CLAUDETANGLE
CLAUDETANGLE - https://claudetangle.vercel.app/ Quantum computing is transformative, yet understanding it remains locked behind dense textbooks, expensive lab access, and years of physics prerequisites.
Core trick
Fully client-side quantum simulator drives Three.js Bloch sphere and entanglement visuals, stepping gate by gate.
Description
CLAUDETANGLE - https://claudetangle.vercel.app/
Quantum computing is transformative, yet understanding it remains locked behind dense textbooks, expensive lab access, and years of physics prerequisites. We believe everyone deserves to build quantum intuition, not just PhDs. Claudetangle is an interactive 3D quantum computing visualizer that makes quantum concepts tangible. Users watch qubits rotate on Bloch spheres, see entanglement form as glowing beams, and observe superposition collapse in real time, all in the browser, no installations required. We built five guided chapters from classical bits to entanglement, a step-by-step walkthrough that pauses at each gate with plain-English explanations, an interactive sandbox for free experimentation, and visualizations of real algorithms including Shor's factoring. What once required a physics course now takes an afternoon of exploration. Quantum literacy should be a playground, not a privilege.
README excerpt
# Claudetangle An interactive 3D quantum computing simulator and learning platform. Explore quantum algorithms through immersive visualizations — watch qubits evolve on Bloch spheres, see entanglement beams form between qubits, and step through circuits gate by gate with guided explanations. Built with React, Three.js, and Zustand. Fully client-side — no backend required. ## Features ### Explore Mode Load and run pre-built quantum algorithms with full 3D visualization: - **Bell State** — Two-qubit entanglement (2 qubits) - **GHZ State** — Three-qubit entanglement (3 qubits) - **Quantum Teleportation** — State transfer via entanglement (3 qubits) - **Grover's Search** — Quantum search with quadratic speedup (3 qubits) - **Deutsch-Jozsa** — Constant vs balanced function detection (3 qubits) - **Quantum Fourier Transform** — Core subroutine for period-finding (4 qubits) - **Shor's Algorithm** — Full factorization of 15 with inverse QFT (8 qubits) Each algorithm includes narrative explanations, probability output bars, and state vector display. ### Guided Walkthrough Step-by-step mode that auto-pauses at each gate with rich explanations: - Camera focuses on the active gate - Overlay card shows what's happening and why - State change notation (e.g. `|00⟩ → (|00⟩ + |11⟩)/√2`) - Visual hints for what to watch in the 3D scene - Continue with button click or Space key - Custom content for Bell State, generic fallback for all other algorithms ### Learn Mode Five interactive