Built this interactivein Framer.

Each bold title sits on black, and hovering one reveals its image, which fades in and follows your cursor with smooth inertia and a subtle tilt, swapping instantly as you move between titles.

Cinematic, hover-driven motion that makes any "selected work" section feel alive.

The cursor-following image with the subtle tilt is a detail that makes portfolio sites feel considered rather than just built. That inertia on transition is what separates it from a basic hover reveal.

Interactive Physics Web App with Real-Time Canvas Simulation.

The challenge: Build a web experience that makes an advanced, abstract physics concept (quantum state superposition and phase-space behavior) genuinely understandable through direct interaction — not a static explainer video.

What we built: A fully responsive, dependency-light HTML/CSS/JS application featuring a live, canvas-rendered phase-space simulation that recomputes and redraws in real time as the user manipulates on-screen controls (a "squeeze" slider and a superposition toggle), plus a second interactive scene simulating a measurement-collapse interaction. The entire experience runs client-side with zero backend, includes bilingual (English/Hindi) content, scroll-triggered reveal animations, and is fully responsive across desktop and mobile.

The outcome: A production-ready, zero-dependency interactive web app demonstrating advanced canvas-based simulation, real-time data visualization, and motion/interaction design — directly applicable to EdTech products, interactive dashboards, scientific/financial simulations, and product demo experiences.