A quantum physicist who builds the physics tools he wished he'd had as a student — where every law is a simulation you operate, not a formula you memorise. Competitive Physics is that idea, made for JEE Advanced & NEET.
Too much of the syllabus gets reduced to memorised formulas. Students learn 1/v − 1/u = 1/f without ever watching an image leap from real to virtual as the object crosses the focus. Competitive Physics is built to fix that: to let you drag the object, tune the glass, orbit the bench in 3D, and watch the rays converge exactly where the mathematics predicts.
Every diagram is physically exact — not a cartoon. Every module carries original, exam-grade problems at JEE Advanced and NEET depth. The goal is simple: after time on the board, the formula sheet should read like a set of things you have already seen happen.
Rays terminate where they truly converge; images sit at the paraxial focus. The picture and the formula never disagree.
Original warm-ups, open benches and question banks written fresh at JEE Advanced / NEET depth — never lifted from a textbook.
The printable glossary links each result to a simulation you can drag until the number makes sense.
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Mirrors, lenses, prisms & wave optics — every ray drawn on the board and driven by the maths, in 2D and orbitable 3D. The first of six chapters, fully playable today.
Open the board →Built for the student who wants to see the physics, not just pass it — and taught by someone who's still doing it.