🧪 Energy Advanced Antimatter Power Simulation

Antimatter releases more energy per kilogram than any other known process — but turning that into an actual power plant means winning three separate fights at once: producing antiprotons cheaply enough, keeping them alive long enough in a magnetic trap, and converting their annihilation into usable electricity without losing it all to gamma radiation. This simulator renders a 3D Penning-Malmberg trap with a live antiproton population, lets you tune accelerator production rate, trap vacuum quality, production technology and converter efficiency, and tracks the real energy accounting in real time — stored mass, net power balance, and the cumulative energy-return-on-investment that decides whether the whole scheme is a battery worth building or a net energy sink.