Astrophysics
The large-scale structure of the universe: black holes, neutron stars, dark matter, cosmic inflation, and the deep question of how it all began and how it ends.
A snapshot of what I love thinking about right now. Some of it comes from school, most of it comes from books, lectures, and late-night rabbit holes that started with one question and turned into many.
The large-scale structure of the universe: black holes, neutron stars, dark matter, cosmic inflation, and the deep question of how it all began and how it ends.
The fundamental strangeness of reality: superposition, entanglement, the measurement problem, and what it all tells us about the nature of existence.
Probably the energy problem I find most interesting right now. Plasma confinement, what ITER is actually trying to do, and how far the field really is from a working reactor.
The mathematics of reality: general relativity, quantum field theory, and the unresolved tension between them that defines the frontier of the field.
Entropy, causality, the arrow of time, and why the past and the future are not symmetric despite time-symmetric fundamental laws.
The physics and engineering of becoming a multi-planetary species: propulsion, orbital mechanics, and the long game of human expansion.
I learn as much from these channels and podcasts as I do from textbooks. They turned physics from a school subject into the thing I want to spend my life doing.
Long-form physics films that take an idea — relativity, electricity, the speed of causality — and refuse to oversimplify it.
The closest thing on YouTube to a graduate seminar in cosmology and quantum field theory, delivered weekly.
Mathematical intuition rendered visually. The reason I now think in vectors, manifolds, and Fourier components.
Sharp, skeptical takes on the state of fundamental physics. A useful counterweight when the hype gets loud.
Deep conversations on quantum mechanics, time, and the philosophy underneath the equations.
Columbia astronomer thinking carefully about exoplanets, SETI, and the long future of intelligent life.
Oxford astrophysicist on black holes and galaxies. Real research, explained without losing the physics.
Beautifully animated essays on scale, energy, and the universe. Where a lot of younger curiosity in physics starts.
My current TKS project. Early stage — trying to pick a real problem I can actually understand, not just one that sounds impressive.
Working through the state of nuclear fusion as a curious student: ITER, Commonwealth Fusion, NIF. Mostly trying to understand what's actually hard.
Self-study notes I'm keeping as I work through quantum mechanics: the double-slit, Hilbert space, Bell's theorem. Slow going, on purpose.
A first pass at differential geometry as the language of spacetime. Trying to build intuition before chasing the equations.
Notes comparing magnetic vs. inertial confinement approaches to fusion. A student-level overview, not original research.
A new direction I'm starting to read into. Too early to say more.
A working library. Not a list of titles I admire. A list of titles that have actually shaped how I think.
The Feynman Lectures on Physics
The foundation.
Richard Feynman
A Brief History of Time
Stephen Hawking
The Elegant Universe
Brian Greene
QED: The Strange Theory of Light and Matter
Richard Feynman
Seven Brief Lessons on Physics
Carlo Rovelli
The Road to Reality
A complete guide to the laws of the universe.
Roger Penrose
Something Deeply Hidden
Sean Carroll
The Emperor's New Mind
Roger Penrose
The Order of Time
Carlo Rovelli
Currently Reading
Lost in Math
Sabine Hossenfelder
On the List