Lab Parameters
Safe lab values. Real mass drivers use much higher g's and vacuum.
Prototype Results
SMALL TRACK VISUAL
The Accelerator Testbed Simulator models a small, safety-conscious particle-accelerator testbed — the kind used for materials science, isotope work, and applied physics — letting you explore beam and power trade-offs without touching hardware.
It's an educational sandbox for understanding how accelerator parameters interact, aimed at students and curious builders rather than facility operators.
The simulator relates input power and beam settings to output performance using simplified physics, so you can see how, for example, higher energy demands more power, or how duty cycle trades average output against peak load. It is deliberately scoped to safe, small-scale regimes.
The value is conceptual: it makes the levers of accelerator design legible and shows why real facilities balance energy, current, and power the way they do.
Raising beam energy in the model increases capability but pushes power draw up sharply, illustrating the central trade-off that governs how small physics testbeds are actually specified and operated.
No — it's an educational simulation with simplified physics, not an operations tool.
It models modest, benchtop-class regimes rather than large or hazardous facilities.
Students, educators, and hobbyists learning accelerator fundamentals.
No — they are first-order estimates for building intuition.
Yes — 25 languages, runs in-browser.