Learn CIRQ with Real Code Examples

Learn basic Python programming

Understand quantum computing principles

Build quantum circuits using Cirq

Simulate circuits and test algorithms

Execute circuits on Google Quantum Engine and analyze results

Week 1: Install Cirq and simulate basic circuits

Week 2: Implement standard algorithms (Grover, Deutsch-Jozsa)

Week 3: Explore noise modeling and optimizers

Week 4: Execute experiments on Google quantum hardware

Week 5: Integrate classical post-processing and hybrid pipelines

What is Cirq and what are its main components?

Explain the difference between simulation and hardware execution

How do you define and run a quantum circuit in Cirq?

Describe noise-aware algorithm testing in Cirq

Compare Cirq with other quantum frameworks like Qiskit or Pennylane

cirq.Circuit() = create new circuit

cirq.GridQubit(x, y) = define qubit at grid location

qc.append(cirq.H(q)) = apply Hadamard gate to qubit q

qc.append(cirq.CNOT(control, target)) = apply CNOT gate

simulator.run(circuit) = execute circuit on simulator

Programming Quantum Computers with Cirq

Practical Quantum Computing with Cirq

Variational Quantum Algorithms with Cirq

Quantum Circuit Design and Optimization

Cirq Textbook and Tutorial Collection

Cirq official tutorials

Quantum circuits and algorithm examples

Variational algorithms with Cirq

Noise modeling and optimization pipelines

Integration with TensorFlow Quantum for ML experiments

https://quantumai.google/cirq

https://github.com/quantumlib/Cirq

Cirq GitHub repository

Cirq Slack and Discord channels

Google Quantum Community

Quantum StackExchange

Academic Cirq workshops and tutorials

Cirq GitHub repository

Cirq Slack and Discord channels

Google Quantum Community

Quantum StackExchange

Academic Cirq workshops and tutorials