TriPod Energy Suite · Storage & Propulsion Scale

Antimatter Engine

p + p̄ → γγ + π± + π⁰ + … + 1.877 GeV
Energy density: 9×10¹⁶ J/kg · highest known
Mode: PHOTON ROCKET
v_e:
Thrust:
Δv:
Propulsion Mode
Pure annihilation photon rocket. v_e = c. I_sp = 3.06×10⁷ s. Maximum possible specific impulse. Requires perfect photon collimation — the engineering challenge.
Fuel & Ship Mass
Antimatter fuel (log) 1 mg
Fuel/ship mass ratio 5%
Annihilation efficiency 44%
Burn time 24 hr
Penning Trap Confinement
Magnetic field 6 T
Production efficiency (log) 10⁻⁹
Current CERN: η≈10⁻⁹. Energy to produce > energy released. Not a source — a storage medium.
Specific Impulse
seconds
Exhaust Velocity
fraction of c
Thrust
N
Δv Available
km/s
Energy Released
J
Prod. Cost
energy ratio
cost / yield
Destination · Brachistochrone Trajectory (accel + decel) with current Δv
DESTINATION DISTANCE TRIP TIME Δv NEEDED FEASIBLE
Energy Density Comparison · J/kg of fuel
Chemical
~4×10⁷ J/kg
Nuclear fission
~8×10¹³ J/kg
D-T fusion
~3.4×10¹⁴ J/kg
Antimatter
~9×10¹⁶ J/kg