💥 Antimatter Reactor Simulator
Harness E=mc² — the most powerful energy conversion in the universe
🤔 What Is an Antimatter Reactor?
When antimatter meets matter, both annihilate and convert 100% of their mass to energy via E=mc². One gram of antimatter produces 180 terajoules — equivalent to 43 kilotons of TNT. This is the most efficient energy source theoretically possible, but containing antimatter without it touching matter is the ultimate engineering challenge.
Why does this matter? A single milligram of antimatter could power a spacecraft to Mars. CERN currently produces only nanograms per year at enormous cost. Solving antimatter containment and production would revolutionize energy, propulsion, and medicine forever.
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Pure Energy
100% mass-to-energy via E=mc²
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Interstellar Travel
Only fuel efficient enough for star missions
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PET Scans
Positron emission tomography in hospitals
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CERN Research
Antihydrogen spectroscopy at ALPHA
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Magnetic Traps
Penning traps store antiparticles
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CP Violation
Why matter dominates over antimatter
🚀 Quick Start
⚙️ Reactor Parameters
📋 Event Log
Reactor offline. Initialize antimatter type and press Start...
Annihilations/s: 0
Energy Output: 0.00 GJ
Gamma Ray Flux: 0 ph/s
Containment: 100%
AM Stored: 0.00 ng
Efficiency: 0%
Energy Gauge