From e0b65a9374e4521f79c2c451e8efaa37b430a934 Mon Sep 17 00:00:00 2001 From: Phillip Weinberg Date: Thu, 27 Feb 2025 10:16:21 -0500 Subject: [PATCH] backporting more links --- 0.11.0/index.html | 2 +- 0.12.0/index.html | 2 +- 0.13.0/index.html | 2 +- 0.14.0/index.html | 2 +- 0.15.0/index.html | 2 +- 0.15.1/index.html | 2 +- 0.15.10/index.html | 2 +- 0.15.11/index.html | 2 +- 0.15.12/index.html | 2 +- 0.15.13/index.html | 2 +- 0.15.14/index.html | 2 +- 0.15.2/index.html | 2 +- 0.15.3/index.html | 2 +- 0.15.4/index.html | 2 +- 0.15.5/index.html | 2 +- 0.15.6/index.html | 2 +- 0.15.7/index.html | 2 +- 0.15.9/index.html | 2 +- dev/index.html | 2 +- v0.16.0/index.html | 2 +- 20 files changed, 20 insertions(+), 20 deletions(-) diff --git a/0.11.0/index.html b/0.11.0/index.html index 6226c38e1..89957190d 100644 --- a/0.11.0/index.html +++ b/0.11.0/index.html @@ -1,2 +1,2 @@ - Index - The Neutral Atom SDK
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Bloqade Logo Bloqade Logo

Latest Version Supported Python Versions codecov CI

Welcome to Bloqade: QuEra's Neutral Atom SDK

What is Bloqade?

Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.

Why A Python Version of Bloqade?

Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.

Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.

In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.

What does Bloqade do?

Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.

Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.

Getting Started

Installation

You can install the package with pip in your Python environment of choice via:

pip install bloqade
+ Index - The Neutral Atom SDK       
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
 
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.12.0/index.html b/0.12.0/index.html
index 276216195..c43b97598 100644
--- a/0.12.0/index.html
+++ b/0.12.0/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK       
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK       
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
 
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.13.0/index.html b/0.13.0/index.html
index ffa426833..77c263bed 100644
--- a/0.13.0/index.html
+++ b/0.13.0/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK       
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK       
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
 
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.14.0/index.html b/0.14.0/index.html
index 8122a021b..a20f0d2a3 100644
--- a/0.14.0/index.html
+++ b/0.14.0/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK       
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK       
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
 
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.0/index.html b/0.15.0/index.html
index e80f7706c..0cbdc9048 100644
--- a/0.15.0/index.html
+++ b/0.15.0/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.1/index.html b/0.15.1/index.html
index d66a02198..fcc43a9ea 100644
--- a/0.15.1/index.html
+++ b/0.15.1/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.10/index.html b/0.15.10/index.html
index 67462d305..f8929e838 100644
--- a/0.15.10/index.html
+++ b/0.15.10/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.11/index.html b/0.15.11/index.html
index 2bbfe5a5a..b783079e2 100644
--- a/0.15.11/index.html
+++ b/0.15.11/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
       
\ No newline at end of file
diff --git a/0.15.12/index.html b/0.15.12/index.html
index 3127dcaa8..8cebdeb53 100644
--- a/0.15.12/index.html
+++ b/0.15.12/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
       
\ No newline at end of file
diff --git a/0.15.13/index.html b/0.15.13/index.html
index b7b5ab5a3..ab73c805c 100644
--- a/0.15.13/index.html
+++ b/0.15.13/index.html
@@ -1,4 +1,4 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
A Glimpse of Bloqade
 
Let's try a simple example where we drive a Rabi oscillation on a single neutral atom. Don't worry if you're unfamiliar with neutral atom physics, (you can check out our Background for more information!) the goal here is to just give you a taste of what Bloqade can do.
 
We start by defining where our atoms go, otherwise known as the atom geometry. In this particular example we will use a small Honeycomb lattice:
 
from bloqade.atom_arrangement import Honeycomb
 
 geometry = Honeycomb(2, lattice_spacing = 10.0)
diff --git a/0.15.14/index.html b/0.15.14/index.html
index 64f1b94ac..d48838386 100644
--- a/0.15.14/index.html
+++ b/0.15.14/index.html
@@ -1,4 +1,4 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
A Glimpse of Bloqade
 
Let's try a simple example where we drive a Rabi oscillation on a single neutral atom. Don't worry if you're unfamiliar with neutral atom physics, (you can check out our Background for more information!) the goal here is to just give you a taste of what Bloqade can do.
 
We start by defining where our atoms go, otherwise known as the atom geometry. In this particular example we will use a small Honeycomb lattice:
 
from bloqade.atom_arrangement import Honeycomb
 
 geometry = Honeycomb(2, lattice_spacing = 10.0)
diff --git a/0.15.2/index.html b/0.15.2/index.html
index cac191f72..5c05035a8 100644
--- a/0.15.2/index.html
+++ b/0.15.2/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.3/index.html b/0.15.3/index.html
index 50d22b694..45ceab0be 100644
--- a/0.15.3/index.html
+++ b/0.15.3/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.4/index.html b/0.15.4/index.html
index fe9442fe3..2afae45a8 100644
--- a/0.15.4/index.html
+++ b/0.15.4/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.5/index.html b/0.15.5/index.html
index 6aed8f78c..f3137771c 100644
--- a/0.15.5/index.html
+++ b/0.15.5/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.6/index.html b/0.15.6/index.html
index 871a7b770..e201d794a 100644
--- a/0.15.6/index.html
+++ b/0.15.6/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.7/index.html b/0.15.7/index.html
index b90c126a6..ba849dcd0 100644
--- a/0.15.7/index.html
+++ b/0.15.7/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/0.15.9/index.html b/0.15.9/index.html
index 325045e35..dd69c57ac 100644
--- a/0.15.9/index.html
+++ b/0.15.9/index.html
@@ -1,2 +1,2 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is an SDK designed to make writing and analyzing the results of analog quantum programs on QuEra's neutral atom quantum computers as seamless and flexible as possible. Currently, QuEra's hardware is on Amazon Braket, the primary method of accessing QuEra's quantum hardware. Over the alpha phase, we plan to expand the emulator capabilities to include a performance Python emulator but also a direct integration with Julia via Bloqade.jl.
 
Why A Python Version of Bloqade?
 
Those coming from Bloqade.jl will most likely have this as their first question in mind. For newcomers the following information is still relevant.
 
Bloqade.jl was designed as an emulation-first SDK enabling users to investigate novel physical phenomena and develop complex algorithms with bleeding-edge performance. The result of this focus is that not everything made in Bloqade.jl is compatible with quantum hardware. While the ability to submit to Braket is available in Bloqade.jl it becomes cumbersome to analyze results and keep track of parameter sweeps.
 
In our mission to make neutral atom quantum computing more accessible to a broader community and the valuable feedback we've received in users of our quantum hardware, we took the opportunity to create a hardware-first SDK. One that is perfectly positioned to make it even easier to reap the benefits of neutral atoms while minimizing the pain points of initial program creation and post-processing results.
 
What does Bloqade do?
 
Bloqade makes writing analog quantum programs for neutral atom quantum computers a cinch. Its interface is designed to make designing a program, analyzing its results, and building more complex algorithms as seamless as possible.
 
Our interface is designed to guide our users through the process of defining an analog quantum program as well as different methods to run the program, whether it be real quantum hardware or an emulator. Bloqade also provides a simple interface for analyzing the results of the program, whether it is a single run, a batch of runs, or even some types of hybrid quantum-classical algorithms.
 
Getting Started
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
Developing your Bloqade Program
 
If you are unfamiliar with Neutral Atom Analog Hamiltonian Simulation (AHS), we recommend you read our Bloqade 101 tutorial where we will give you a in depth introduction to AHS. If you are familiar with AHS, you can skip to the Getting Started tutorial, and finally for more advanced usage of Bloqade you can read our Advanced Usage tutorial.
 
 
  
  
  
 
 
 
    
\ No newline at end of file
diff --git a/dev/index.html b/dev/index.html
index 3db68eefd..c7cb8886b 100644
--- a/dev/index.html
+++ b/dev/index.html
@@ -1,4 +1,4 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
A Glimpse of Bloqade
 
Let's try a simple example where we drive a Rabi oscillation on a single neutral atom. Don't worry if you're unfamiliar with neutral atom physics, (you can check out our Background for more information!) the goal here is to just give you a taste of what Bloqade can do.
 
We start by defining where our atoms go, otherwise known as the atom geometry. In this particular example we will use a small Honeycomb lattice:
 
from bloqade.atom_arrangement import Honeycomb
 
 geometry = Honeycomb(2, lattice_spacing = 10.0)
diff --git a/v0.16.0/index.html b/v0.16.0/index.html
index dcd09465a..fe72559a1 100644
--- a/v0.16.0/index.html
+++ b/v0.16.0/index.html
@@ -1,4 +1,4 @@
- Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
+ Index - The Neutral Atom SDK      
 
  
  
 
  
 
 
 
 
  
 
 
 
 
 
  
 
 
 
 
       
  Bloqade Logo Bloqade Logo  
 
Latest Version Supported Python Versions codecov CI
 
Welcome to Bloqade: QuEra's Neutral Atom SDK
 
What is Bloqade?
 
Bloqade is a Python SDK for QuEra's neutral atom quantum computer Aquila (check out our paper!). It's designed to make writing and analyzing the results of analog quantum programs on Aquila as easy as possible. It features custom atom geometries and flexible waveform definitions in both emulation and real hardware. Bloqade interfaces with the AWS Braket cloud service where Aquila is hosted, enabling you to submit programs as well as retrieve and analyze real hardware results all-in-one.
 
Installation
 
You can install the package with pip in your Python environment of choice via:
 
pip install bloqade
 
 
A Glimpse of Bloqade
 
Let's try a simple example where we drive a Rabi oscillation on a single neutral atom. Don't worry if you're unfamiliar with neutral atom physics, (you can check out our Background for more information!) the goal here is to just give you a taste of what Bloqade can do.
 
We start by defining where our atoms go, otherwise known as the atom geometry. In this particular example we will use a small Honeycomb lattice:
 
from bloqade.atom_arrangement import Honeycomb
 
 geometry = Honeycomb(2, lattice_spacing = 10.0)