Turn plain Python scripts into small scientific web apps.

A Python framework I designed and published that turns plain functions (a simulation worker, matplotlib visualizations, analysis routines, and LaTeX theory notes) into a polished four-section scientific web app (Theory → Simulation → Visualization → Analysis) with auto-generated parameter controls, a parameter-scan engine, and three terminal-dashboard themes. A lab serves itself over FastAPI at localhost and runs as a browser tab: no HTML, no JavaScript, and no LaTeX toolchain, since the equations are typeset in the browser.

Screenshots. Click one to enlarge.

Interactive exploration of BSM physics at the LHC's forward experiments.

A labforge app wrapping the FORESEE Monte Carlo framework: pick a beyond-Standard-Model particle model on the theory page, then cache production spectra, generate signal events, and scan the discovery reach of forward LHC experiments, with live plots of hadron spectra, production rates, energy distributions, and sensitivity reach.