This applies physics fundamentals to analyze real-world problems, from energy systems to technology feasibility. It grounds analysis in conservation laws, thermodynamics, and quantitative modeling rather than hand-waving. Use it when you need to evaluate whether something violates physical limits, assess energy efficiency claims, or understand complex systems through first principles. The approach is refreshingly rigorous: it will tell you why perpetual motion machines don't work, calculate Carnot efficiency limits for heat engines, and call out proposals that ignore entropy. Good for sanity-checking bold technical claims or understanding why certain engineering constraints are physics problems, not just implementation details.
npx -y skills add rysweet/amplihack --skill physicist-analyst --agent claude-codeInstalls into .claude/skills of the current project.
Select a file.
juliusbrussee/caveman
mattpocock/skills
shadcn/improve
obra/superpowers
forrestchang/andrej-karpathy-skills
vercel-labs/skills