Pace
Weekly focus on one primitive—scattering, variational tricks, or Gaussian automation.
Knowledge + skill, unrushed. Slow notebooks, reproducible scripts, and honest progress logs — all routed through learn.lazying.art.
Featured Book
A reordered public book edition built from finished writing and speaking lecture notes, published in English, Traditional Chinese, and Japanese.
The cover image here is the first page preview. Pocket editions are also available in English at 1.0x and 1.2x.
Direct links to the Leonard Susskind lecture-note book collection, followed by the companion LazyEarn wealth-research shelf published at earn.lazying.art.
Pocket-size / penguin editions are also available in 1.0x and 1.2x formats for 10-inch e-ink readers and iPad-class screens.
Classical Mechanics Theoretical Minimum
Quantum Mechanics Theoretical Minimum
Special Relativity Theoretical Minimum
General Relativity Theoretical Minimum
Statistical Mechanics Theoretical Minimum
Cosmology Theoretical Minimum
Classical Mechanics Stanford partial run
Quantum Mechanics Modern Physics Stanford
General Relativity Einstein 2008
Cosmology Legacy course
Advanced Quantum Mechanics Supplementary course book
Particle Physics 1 Basic Concepts
Particle Physics 2 Standard Model
Particle Physics 3 Supersymmetry and Grand Unification
Quantum Entanglement Part 1
Quantum Entanglement Part 3
Topics in String Theory Cosmology and Black Holes
String Theory and M-Theory Supplementary course book
Demystifying the Higgs Boson Single-lecture book
Companion money, wealth, markets, and entrepreneurship books from LazyEarn, published on earn.lazying.art.
Weekly focus on one primitive—scattering, variational tricks, or Gaussian automation.
Every plot ships with matching notebooks inside comp_physics/ and scripts
inside examples/.
GitHub Pages serves docs/ directly so anyone can peek at the backlog or
clone the calculations on demand.
Quick links into the workbench.
Numerical experiments, from Numerov solvers to Lennard-Jones sweeps, live in the
comp_physics/ tree.
Minimal QAOA and VQE pilots under examples/ keep the tooling sharp
without heavyweight dependencies.
The multiwfn/ drop mirrors the upstream 3.8 dev kit for quick
wavefunction analysis alongside Gaussian outputs.
Static PNGs in figures/ capture convergence plots, QAOA heatmaps, and
anything worth reusing in talks.
Tuned comp_physics/numerov.py plus its notebook to sweep boundary
conditions; refreshed figures/ in the process.
examples/pennylane_chemistry_h2_vqe.py now logs intermediate energies so
the LazyLearn site can embed convergence GIFs.
The reading queue condenses advanced texts into quick public briefings tucked inside the notebooks.
Clone the repo, run a script, tweak a notebook, then log the win so LazyLearn can
celebrate. Custom domain setup: learn.lazying.art → GitHub Pages (docs/).
Explore related hubs across the LazyingArt network.
The studio behind OnlyIdeas, EchoMind, and LazyEdit.
lazying.art →Research‑to‑product community.
onlyideas.art →Multilingual AI companion for learning and creation.
chat.lazying.art →Focus on ideas while PaperAgent handles the paper workflow.
paper.lazying.art →Rewards and payouts bridging contributions and on‑chain value.
coin.lazying.art →Automations to turn small wins into income.
earn.lazying.art →Physics and chemistry learning tracks.
learn.lazying.art →Agent that turns ideas into drafts, tasks, and posts.
robot.lazying.art →Capture, translate, and auto‑produce highlight reels.
glass.lazying.art →Research notes and essays.
ideas.onlyideas.art →