Quantum Computing ProjectsQuantum Computing ProjectsCryptoHorizon an interactive app that makes the quantum threat to encryption real instead of theoretical: a live Shor's-algorithm demo, a classical-vs-post-quantum crypto benchmark, a personal "harvest now, decrypt later" risk calculator, and a sourced Q-Day timeline, all in one dashboard.
Defining feature is honesty by design: every number on screen is computed live at request time, never hardcoded RSA-2048 and ECC P-256 keys get generated, benchmarked, and compared against NIST's ML-KEM and ML-DSA in real time, and the quantum demo runs an actual Qiskit circuit against small, pre-validated semiprimes rather than a lookup table dressed up as a result. Only one thing is allowed to leak into the UI's language: a rule baked in from commit one that nothing may imply real-world RSA is broken or claim quantum advantage.
Under the hood, Shor's algorithm runs for real superposition over a counting register, controlled modular exponentiation, inverse QFT, continued-fraction extraction, then a classical gcd step to pull out the factors on a FastAPI backend with no shortcuts. The risk calculator checks your required confidentiality window against five independently sourced Q-Day estimates from NIST, Google, and the Global Risk Institute, so "safe until 2035" is a real, cited comparison, not a guess.
medium.com/@anuragnagare77/cryptohorizon-i-built-a-quantum-computer-that-factors-91-and-thats-the-whole-point-2c156a00d0da Engineered a real-time visualization interface for advanced quantum and nano-scale phenomena, focusing on dynamic matrix rendering for Landau Levels and electron orbital degeneracies.
Architected optimized computational pipelines using WebGL and client-side rendering to process complex wave functions Ψ(x,y), locking a stable 60 FPS during multi-variable parameter manipulation.
Designed custom telemetry control layouts, integrating high-density interactive components for precise tracking of field coupling, potential barriers, and particle mass.
Implemented a premium, high-contrast design system utilizing an obsidian and liquid gold visual hierarchy, strict component alignment, and glassmorphic UI constraints.
Integrated an advanced educational UX layer, embedding explicit telemetry descriptions and mathematical typography to translate complex nanoscale physical systems into intuitive interactive software.
Optimized and deployed production-ready web infrastructure via automated pipelines, ensuring ultra-low latency execution and fluid cross-platform responsiveness. 
