Cold Fusion

Cold Fusion
Type	Low-energy nuclear reaction fusion variant
Developer	Clan Tho'ra
Function	Sustains systems at idle; low-output continuous power
Related	Hot Fusion (standard high-output), Micro Fusion Fuel Cells
Notable Use	Fusion Engine Suit idle mode, Fusion Wings standby

Cold Fusion is a fusion technology variant that operates at low temperatures and low energy output — distinct from the high-output "hot" fusion used in standard Micro Fusion Fuel Cells and the Fusion Engine Suit's combat modes.

Hot vs. Cold

Feature	Hot Fusion	Cold Fusion
Temperature	Millions of degrees (plasma)	Near-ambient (low-energy reactions)
Output	High power	Low continuous power
Use	Combat, propulsion, high-demand systems	Idle, standby, stealth, sustained low-draw
Environmental Impact	May heat environment; requires containment	Minimal thermal signature
Stability	Requires active containment	Inherently stable

Applications

• Fusion Engine Suit idle mode — the suit sustains itself through Cold Fusion when not in combat, keeping all systems warm and ready
• Fusion Wings standby — wings cool but maintain nominal energy level for capacitance preservation via Cold Fusion
• Stealth operations — Cold Fusion's minimal thermal signature makes it ideal for covert missions
• Extended duration operations — low-output sustainable power for long missions

Variants

Some Fusion Engine Suit versions run exclusively on Hot Fusion, others on Cold Fusion, and many alternate between the two. Hot versions may:

• Heat up the environment
• Use plasma-heat containment techniques
• Employ heat management systems
• Harvest heat directly as additional power (like regenerative braking in electric vehicles)

Cold versions sacrifice peak output for silence, stealth, and indefinite duration.

Psionic Cold Fusion

Psionic technology can supplement Cold Fusion systems in several ways:

• Psionic containment fields — replacing physical containment with psionic fields that maintain fusion conditions at lower temperatures
• Neural-guided reaction control — PsiSys can fine-tune reaction parameters at a level beyond mechanical sensors
• Quantum-state manipulation — psionic influence on quantum tunneling probability, increasing fusion cross-sections at lower energies
• Entanglement-assisted fuel cycling — psionic resonance can synchronize fuel particle states for more efficient reactions

See Also

• Fusion Tech — the technology family
• Micro Fusion Fuel Cells — primary hot fusion cells
• Fusion Engine Suit — uses Cold Fusion for idle mode
• Fusion Wings — maintain standby via Cold Fusion