Computational Physics + Generative AI
Einstein said the most important thing is imagination. We use code and generative AI to visualize the deepest problems in physics — dark energy, the cosmological constant, and the geometry of spacetime.
“Imagination is more important than knowledge. Knowledge is limited. Imagination encircles the world.”
Einstein field equations, geodesics, and the geometry of spacetime — derived and simulated in code.
The worst prediction in physics: why does vacuum energy disagree with observation by 120 orders of magnitude?
Generative AI as an imagination engine — rendering what equations describe but humans can't see.
Start from first principles. Work through the mathematics of general relativity, cosmology, and quantum field theory.
Translate equations into code. Run numerical simulations of cosmic expansion, gravitational dynamics, and dark energy models.
Use generative AI to visualize what the math describes — curved spacetime, vacuum fluctuations, the accelerating universe.
Publish articles, videos, and interactive visualizations that make frontier physics accessible and beautiful.
Chapter 02
The worst prediction in physics — quantum field theory overshoots the observed vacuum energy by 10121. Interactive visualization of the discrepancy and five proposed solutions.
Explore the problem →
Chapter 01
The master equations of cosmic expansion — derived, explained, and simulated with an interactive visualization. Toggle dark energy on and off to see 200 galaxies accelerate or decelerate in real time.
Read & simulate →