Master physics the way universities actually teach it

If you've ever walked out of a physics lecture feeling more confused than when you walked in, I want you to know: that's not a you problem. It's a teaching problem. And it's exactly why I built this school.

Physics is one of those subjects where a single gap in understanding — a shaky picture of what a force actually is, or a fuzzy sense of what conservation of energy really means — will quietly undermine everything that comes after it. Students end up memorising formulas they don't trust, skipping steps they don't understand, and hoping the exam doesn't ask the one question that exposes the gap. I've seen this pattern at every level, and I've spent my teaching career doing one thing about it: building the clearest, most logically disciplined explanations I know how to write.

Every lesson in this school is structured the way I wish every textbook chapter was structured. We state what we're trying to show. We draw the diagram. We write the equation and say out loud where it comes from. We solve the problem one numbered step at a time, checking units, stating assumptions, and asking what happens in the limiting cases. That last habit — asking "does this answer make sense when the velocity goes to zero, or when the mass becomes very large?" — is how physicists actually think, and it's something I'll train you to do until it becomes second nature.

The curriculum runs the full arc: classical mechanics and rotational dynamics, thermodynamics and statistical mechanics, waves and optics, electromagnetism through Maxwell's equations, and special relativity. Each unit is a genuine prerequisite for the next. By the time we reach the Lorentz factor, you'll have the mechanical and mathematical fluency to follow every step of the derivation — not because I've made it easier, but because we've built the right foundation underneath it.

I also included something most physics courses quietly skip: a unit on reading physics problems the way a professor grades them. How to identify what a problem is actually asking. How to spot the assumption buried in the setup. How to write a solution that demonstrates understanding, not just a correct final number. That skill is worth more on an AP free-response or a university final than any single formula.

Whether you're a high school student who wants more than an AP prep book offers, an undergraduate trying to find solid ground in a course that's moving too fast, or a self-learner who simply wants to understand how the universe behaves at a rigorous level — this school is for you. Come ready to think carefully, write out your steps, and trust the process. The clarity you're looking for is on the other side of that discipline, and I'll walk you there.