Fix broken links in simulation samples README (#255)

* Fix broken links in simulation samples README * Fix one more broken link and description
microsoft · Nov 22, 2019 · 4854573 · 4854573
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diff --git a/samples/error-correction/README.md b/samples/error-correction/README.md
@@ -2,5 +2,5 @@
 
 These samples show how to work with quantum error correcting codes in Q# programs.
 
-- **[Unit Testing](./unit-testing)**:
-  This sample demonstrates how to use the unit testing functionality provided with the Quantum Development Kit to test the correctness of quantum programs.
+- **[Bit-flip Code](./bit-flip-code)**:
+  This sample describes a simple quantum code that encodes 1 qubit into 3 qubits and protects against a single bit-flip error.
diff --git a/samples/simulation/README.md b/samples/simulation/README.md
@@ -3,14 +3,14 @@
 These samples show how to simulate evolution under different Hamiltonians.
 
 - *H₂ Simulation*
-  - **[H2SimulationCmdLine](./Samples/src/H2SimulationCmdLine)**:
+  - **[H2SimulationCmdLine](./h2/command-line)**:
       This sample walks through the simulation of molecular hydrogen using the Trotter–Suzuki decomposition.
-  - **[H2SimulationGUI](./Samples/src/H2SimulationGUI)**:
+  - **[H2SimulationGUI](./h2/gui)**:
       This sample builds on *H2SimulationCmdLine* by using the [Electron](https://electronjs.org/) framework and the [chart.js](http://www.chartjs.org/) package to plot results asynchronously in a cross-platform application.
 - *Ising Model Simulation*
-  - **[SimpleIsing](./Samples/src/SimpleIsing)**: This sample walks through constructing the time-evolution operator for the Ising model.
-  - **[IsingGenerators](./Samples/src/IsingGenerators)**: This sample describes how Hamiltonians may be represented using Microsoft.Quantum.Canon functions.
-  - **[AdiabaticIsing](./Samples/src/AdiabaticIsing)**: This sample converts a representation of a Hamiltonian using library data types into unitary time-evolution by the Hamiltonian on qubits.
-  - **[IsingPhaseEstimation](./Samples/src/IsingPhaseEstimation)**: This sample adiabatically prepares the ground state of the Ising model Hamiltonian, and then perform phase estimation to obtain an estimate of the ground state energy. 
-  - **[IsingTrotterEvolution](./Samples/src/IsingTrotterEvolution)**: This sample walks through constructing the time-evolution operator for the Ising model using the Trotterization library feature.
-- **[HubbardSimulation](./Samples/src/HubbardSimulation)**: This sample walks through constructing the time-evolution operator for the 1D Hubbard Simulation model.
+  - **[SimpleIsing](./ising/simple)**: This sample walks through constructing the time-evolution operator for the Ising model.
+  - **[IsingGenerators](./ising/generators)**: This sample describes how Hamiltonians may be represented using Microsoft.Quantum.Canon functions.
+  - **[AdiabaticIsing](./ising/adiabatic)**: This sample converts a representation of a Hamiltonian using library data types into unitary time-evolution by the Hamiltonian on qubits.
+  - **[IsingPhaseEstimation](./ising/phase-estimation)**: This sample adiabatically prepares the ground state of the Ising model Hamiltonian, and then perform phase estimation to obtain an estimate of the ground state energy. 
+  - **[IsingTrotterEvolution](./ising/trotter-evolution)**: This sample walks through constructing the time-evolution operator for the Ising model using the Trotterization library feature.
+- **[HubbardSimulation](./hubbard)**: This sample walks through constructing the time-evolution operator for the 1D Hubbard Simulation model.