Bachelor's monograph project simulating Bell-state fidelity under hardware noise — comparing a custom noise model vs IBM FakeVigoV2 using Qiskit Aer.

Variational quantum circuit for Bell state preparation using the parameter-shift rule — built with PennyLane.

An InDev library providing a simple OOP framework for simulating quantum computing operations in python.

Solution + visualizations for PennyLane's Schrödinger's Cat challenge. Analytical U3 basis-rotation derivation, verified on 100+ random unitaries.

Verified Bell state, BB84 QKD & VQC experiments on IBM Quantum hardware. DOI: 10.5281/zenodo.21427293

2 Qubits Quantum Simulator

3 Qubits Quantum Simulator

Preparation of the maximally entangled two-qubit Bell state |Φ⁺⟩ = (|00⟩ + |11⟩)/√2.

A minimal, self-contained demonstration of quantum entanglement in Rust using Sirraya QuTub, a pure-Rust quantum circuit and noise simulation framework.

ÔÜø Quantum Hello World: Bell State simulator with TypeScript + Qiskit. Demonstrates superposition and entanglement.

Quantum Mac Lab: interactive quantum computing simulator for Apple Silicon and Intel Macs with sci-fi UI, Bell/GHZ/Grover/QFT demos, and state-vector capacity estimates.

🔮 First quantum computing program — Build a Bell State (quantum entanglement) with IBM Qiskit, explained line by line. No physics degree needed.

Quantum dense coding protocols using different entangled states are comparatively analyzed under ideal and Pauli noisy environments. Theoretical and Qiskit simulation results show excellent agreement, revealing trade-offs in robustness, circuit depth, and gate complexity, providing a practical framework for future quantum communication networks.

QSignAI: quantum-randomness-seeded identity signatures for AI-driven real-time event participation. Deployed on Telegram. Science for AI ↔ AI for Science.