Quantum Foundations & State Preparation Back to top

Quantum State Generation

Quantum-state preparation across superconducting qubits, single photons, squeezed light, time-bin encoding, and entangled-state generation.

Includes: Jupyter simulators · Matched technical briefs | GitHub

Quantum Superposition Simulator

Interactive quantum superposition simulator for introductory quantum physics, classroom instruction, conceptual assessment, and measurement-based learning.

Includes: Jupyter simulator · Classroom activities · Assessment prompts · Teaching materials | GitHub

Stern–Gerlach Simulator

Interactive Stern–Gerlach simulator for quantum physics education and solution-architecture-based exploration of foundational quantum concepts.

Includes: Jupyter simulator | GitHub

Hybrid Optimizer for Bell-State Preparation

Hybrid classical–quantum optimizer for Bell-state preparation with fidelity tracking, convergence visualization, and transparent numerical verification.

Includes: Jupyter simulator | GitHub

Neutral-Atom Rydberg Blockade Simulator

Interactive Bloqade Analog simulator connecting neutral-atom spacing, Rydberg interaction strength, final-state probabilities, and Rydberg-blockade leakage.

Includes: Jupyter simulator | GitHub

Quantum Optics & Photonics Back to top

Hong–Ou–Mandel Two-Mode Interference Simulator

Quantum-optics simulator comparing Fock, superposition, coherent, and squeezed inputs using coincidence, cross-correlation, noise-reduction, and other two-mode interference observables.

Includes: Jupyter simulator | GitHub

Quantum Double-Slit Simulator

Probabilistic double-slit simulator showing quantum interference, which-path visibility loss, and photon-count buildup from sampled detection events.

Includes: Jupyter simulator | GitHub

Three-Mode Fock-State Interference Simulator

Interactive three-mode photonic interferometer simulator for Fock-state inputs, linear-optical interference, and photon-number-resolving output sampling.

Includes: Jupyter simulator | GitHub

Squeezed-State and Fock-State Resource Simulator

Photon-conditioned squeezed-state resource mapping for continuous-variable quantum photonics, including Wigner negativity, matched photon number, and displacement-fidelity analysis.

Includes: Jupyter simulator | GitHub

Quantum Networking & Entanglement Back to top

Bell-State Measurement Simulator

Interactive Bell-state measurement simulator showing how Bell states map to two-bit measurement outcomes as a foundation for entanglement swapping and quantum networking.

Includes: Jupyter simulator | GitHub

State-Based Entanglement-Swapping Simulator

State-based entanglement-swapping simulator with loss-free and shot-by-shot loss models for source states and Bell-state measurements.

Includes: Jupyter simulator | GitHub

Cross-Architecture Entanglement-Swapping Benchmark

Minimal entanglement-swapping benchmark spanning pure Python, QuTiP, Qiskit, IonQ-native, Quantinuum-native, and Strawberry Fields continuous-variable implementations.

Includes: Jupyter simulator · Cross-platform benchmark | GitHub

Entanglement and Superposition Network Sandbox

Quantum-network simulators that translate hardware specifications into network-performance and deployment decisions.

Includes: Jupyter simulators | GitHub

Quantum Network Simulator

Auditable planning tools for quantum-network analysis, system comparison, and deployment-oriented decision making.

Includes: Jupyter planning tools | GitHub

Quantum Computing & Fault Tolerance Back to top

Fault-Tolerance Scaffold Simulator

Quantum error correction, repetition codes, hardware and measurement errors, logical error rates, software decoding, thresholds, multi-cycle reliability, and resource estimation.

Includes: Jupyter simulator · Technical brief · Guided exercises | GitHub · DOI

Materials Physics Back to top

Oxidation-State Atlas

Wyckoff-resolved oxidation-state atlas and Python assignment workflow for Materials Project-derived crystal structures, composition-based oxidation states, and crystallographically resolved site assignments.

Includes: Python workflow · Oxidation-state atlas | GitHub

Applied Photonics & Scientific Computing Back to top

AI Data Center Photonics Scenario Simulator

Baseline-free scenario screening for AI data-center electrical power, GPU computing capacity, and carbon-dioxide savings enabled by photonic interconnects.

Includes: Jupyter simulator | GitHub