🧪 Quantum Nanotechnology Simulator: Live Uncertainty & Coherence
This simulation explores how quantum effects manifest in nanoscale structures, allowing users to visualize phenomena like superposition and entanglement in a controlled environment. The measurement panel now computes real Heisenberg-uncertainty position spread and a decoherence-driven coherence time from the particle's energy and tunneling probability, instead of showing frozen placeholder numbers.
This simulation explores how quantum effects manifest in nanoscale structures, allowing users to visualize phenomena like superposition and entanglement in a controlled environment. The measurement panel now computes real Heisenberg-uncertainty position spread and a decoherence-driven coherence time from the particle's energy and tunneling probability, instead of showing frozen placeholder numbers.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install