Learn STRAWBERRY-FIELDS with Real Code Examples

Learn Python programming

Understand continuous-variable quantum computing concepts

Practice constructing Gaussian circuits in Strawberry Fields

Explore non-Gaussian operations and simulations

Integrate circuits with machine learning pipelines

Week 1: Install Strawberry Fields and run basic Gaussian circuits

Week 2: Implement simple Fock state operations

Week 3: Build variational quantum circuits and integrate with TensorFlow

Week 4: Simulate multi-mode Gaussian boson sampling circuits

Week 5: Analyze and optimize circuits; deploy on photonic hardware

What is Strawberry Fields and its primary use?

Explain continuous-variable quantum computing

How do Gaussian and non-Gaussian operations differ?

Describe integration with PennyLane for quantum ML

Compare Strawberry Fields to qubit-based frameworks like Qiskit

sf.Program(N) - create program with N photonic modes

with prog.context as q: Dgate(alpha) | q[0] - apply displacement gate

Sgate(r) | q[0] - apply squeezing gate

MeasureFock() | q[0] - measure mode in Fock basis

engine.run(prog) - execute circuit on chosen backend

Continuous-Variable Quantum Computing with Strawberry Fields

Photonic Quantum Information Processing

Quantum Machine Learning with Continuous Variables

Practical Photonic Quantum Computing

Introduction to Strawberry Fields and Xanadu's platform

Strawberry Fields documentation tutorials

Gaussian boson sampling examples

Quantum machine learning with PennyLane

CV quantum teleportation simulation

Fock state circuit simulations

https://strawberryfields.ai

https://github.com/XanaduAI/strawberryfields

Strawberry Fields GitHub repository

Xanadu community forums

Quantum StackExchange

PennyLane community for hybrid ML

Academic research groups in photonic quantum computing

Strawberry Fields GitHub repository

Xanadu documentation and tutorials

PennyLane community forums

Quantum StackExchange discussions

Academic research groups focused on CV quantum computing