Quantum Mechanics Postulates Explained Visually — Postulate #1

Welcome to the first video in my new series “Quantum Mechanics Postulates Explained Visually.” In this video, I introduce the first postulate of quantum mechanics in clear, accessible language. Instead of overwhelming you with abstract formulas, I use pictures, animations, and comparisons to classical physics so that the ideas finally make sense. You’ll see how a wavefunction describes an electron in a box, why only certain wave patterns are allowed, and how this leads to discrete energy levels. Along the way, I’ll highlight the key differences between classical determinism and quantum probabilities, giving you the bigger picture of what makes quantum mechanics unique. This series is built to help students, educators, and curious learners finally understand the rules of quantum mechanics and see why they matter. 👨‍🏫 About Me & Tutoring Services I am Dr. Jacob Hudis, a physicist and professional tutor with over 25 years of teaching and tutoring experience. I hold a PhD in Condensed Matter Physics from Florida State University, a Master’s in Physics from Johns Hopkins University, and dual Bachelor’s degrees in Applied Physics and Applied Math from Columbia University. I tutor students across a wide range of subjects, from AP Physics, AP Calculus, Precalculus, and Algebra II, all the way through college-level physics, advanced mathematics, and quantum mechanics. My approach is patient, friendly, and focused on making difficult concepts clear. If you’re looking for expert help in physics or math, I’d be happy to work with you. 📍 Learn more at: AcePhysics.org 📞 Contact: 850-284-6629