Cambridge AICE & IGCSE Physics vs Quantum Computational Physics

Built for the Cambridge syllabuses behind Pre-AICE Physics and AICE Physics — the same 0625 and 9702 content, one purchase. This app trains the one skill exams reward most: knowing which relation to reach for first. Instead of grinding out full solutions, you drill the decisive opening move — reading the situation and choosing the right relation in seconds. Built for Cambridge IGCSE Physics (0625) and AS & A Level Physics (9702). • Method-recognition drills across motion, forces, momentum, energy, pressure, thermal physics, waves, light, electricity, magnetism, nuclear and space physics • Every question is machine-checked, then re-solved independently by a second model before it ships • Study offline — no account and no subscription; one simple one-time purchase (buying and restoring need a connection) • One purchase covers both 0625 and 9702 — the syllabus you are sitting now and the one after it. What you master carries straight over • Short, focused sessions that build real exam reflexes What this app does not do. It trains the choice of method on questions that can be stated in words and settled by a number. It does not cover drawing or interpreting diagrams and graphs, ray tracing, or describing experimental procedures — those parts of the syllabuses need paper and a pencil. This app is an independent study aid. It is not affiliated with, endorsed by, or connected to Cambridge Assessment International Education or any examination board. "IGCSE", "A Level", "0625" and "9702" refer only to the syllabuses the content is aligned to.

This Mobile App contains: - a designed BPhO Computational Physics opening screen; - a Start button and ten-project menu; - navigation into every project screen; - the official 2026 task names; - two- and three-dimensional random walks; - an animated Brownian-motion collision model; - Planck black-body and Einstein heat-capacity graphs; - an interactive photoelectric-effect graph; - hydrogen emission series for every named element; - recalculated electron-diffraction rings; - probability-density and energy graphs for a Particle in a Box; - classical-versus-quantum mismatch calculations; - three Compton-scattering graphs; - radial, 2D, 3D and sp²-hybridised orbital views. ## About the APP All ten tasks were translated from the MIT-licensed source in [`lightninguy26/BPho-2026`](https://github.com/lightninguy26/BPho-2026. The app keeps the calculations and input ranges while replacing desktop-only Turtle, Tkinter, Matplotlib and Plotly interfaces with controls and SVG graphs that work in Expo Go.