Decipher Physics vs Quantum Computational Physics

Decipher – Physics practice problems and GCSE revision (suitable for AQA, Edexcel). No cost, completely free to use. Practise physics with questions linked to the Decipher Physics video lessons, plus a full set of GCSE revision questions. Built for AQA and Edexcel Combined Science and Triple Science, and useful for A-level and beyond. What you get: - Interactive lessons and practice questions on topics from the video lessons - GCSE Physics revision (Legacy section): 190+ exam-style questions for AQA and Edexcel - Step-by-step solutions and clear feedback for every question - Progress tracking so you can see what you’ve done and what to revise - Practice by topic or by exam paper (GCSE) Key features: - Topic-linked practice: pick a topic, then work through the questions for that topic. - Full GCSE coverage: Energy, Electricity, Particle Model, Atomic Structure, Forces, Waves, Magnetism, Space Physics - Range of question types: multiple choice, select all correct, fill in the gaps, calculations, equation recall - Instant marking with explanations - Progress and analytics to track improvement - Simple, focused interface for revision Perfect for: - Students using the Decipher Physics YouTube channel who want to practise as they learn - GCSE students preparing for AQA or Edexcel Physics (Combined or Triple) - A-level and university students brushing up on core physics - Independent revision and exam preparation Completely free to use.

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.