The Quark Detective vs Positional Encoding

Physics has a suspect. You’re on the case. Welcome to The Quark Detective, an essential learning tool designed to cover the entire 'IQ5 – Deep inside the Atom' topic from Module 8 of the Year 12 HSC Physics syllabus. Designed by a student for students, this app transforms complex particle physics into a fun, interactive investigation. Stop memorising and start understanding. "The Quark Detective" is a complete educational resource that covers every dot point of the HSC syllabus for the Standard Model—from quarks, leptons, and bosons to the fundamental forces—and then takes you further. Benefits & Key Features: - Complete Syllabus Coverage: Progress through three distinct "Cases" that guide you from foundational evidence (Case 1), through the fundamental forces (Case 2), and into the deep theoretical rules of the quantum world (Case 3). - Go Beyond the Syllabus: Explore advanced topics essential for a top-band Depth Study, including the Higgs field, colour confinement, Dark Matter, and the quest for a Theory of Everything. - Engaging Interactive Games: Reinforce your learning with unique challenges. Build hadrons in "QuarkCraft," act as judge in "Particle on Trial," and guard the laws of physics in "The Quantum Gatekeeper." - In-Depth Learning Dossiers: Master the content with nine detailed modules that break down complex topics like Feynman diagrams and conservation laws into clear, visually supported slides. - Track Your Progress: Stay motivated by tracking your progress through every module and challenge, so you always know what you've completed and what's next. If you are a Year 12 Physics student in NSW looking for the perfect tool for your HSC Depth Study, or simply a curious mind wanting to understand particle physics, your investigation starts here. Download The Quark Detective today!

This is an educational App for readers interested in the sin/cos encoding of the token positions in large language models (LLM). Play with this App to acquire a deeper understanding of the positional encoder as it was described in the famous *Attention is All You Need* paper. In particular the App shows how the correlation between two positional vectors depends only on the distance between the corresponding two integer position.