Magnetic Plasma Confinement

From Terra Invicta Official Wiki
Magnetic Plasma Confinement
Energy
researchResearch Cost: 35000
Summary
Researchers learn to control high-temperature plasmas with magnetic fields.
Description
Plasma consists of charged particles — specifically, positive nuclei and negative electrons — that can be shaped and confined by magnetic forces. Like iron filings subjected to magnets, these particles will follow a magnetic field's guidance, enabling us to both contain and direct the boiling, deadly forces within. The magnetic field lines act like an invisible bottle, and can isolate the plasma from any solid walls around it, thus preventing it from burning right through them. Magnetically-confined plasmas can reach temperatures ten times hotter than the heart of the sun, and as such could be used to generate untold megawatts of energy - whether that be to accelerate a spacecraft to ever-greater velocities, or to deal unstoppable death to our enemies.
Full List of Prerequisites.
Name Type Cost
Deep Space Propulsion Concepts Space Science 1000
Advanced Carbon Manipulation Material Science 1000
Superconducting Magnets Material Science 10000
Advanced Atomic Manipulation Material Science 10000
High-Temperature Superconductors Material Science 40000
Advanced Heat Management Concepts Space Science 2500
Magnetic Force Manipulation Energy 2500
Advanced Electromagnetism Energy 1000
Mission To Space Space Science 250
Photonic Computing Information Science 1500
Advanced Superconductors Material Science 3500
Total researchResearch Cost (including itself)
Energy 38500 Information Science 1500
Life Science 0 Material Science 64500
Military Science 0 Social Science 0
Space Science 3750 Total 108250
Direct Prerequisite For
Techs Projects
Z-Pinch Techniques • Tokamaks • Magnetic Nozzles (100%)Improved Plasma Batteries • (100%)Antimatter Plasma Core Reactor II • (100%)Improved Plasma Cannon • (100%)Antimatter Farm • (100%)Mirror Cell Fusion Reactor I • (100%)Hybrid Confinement Fusion Reactor I • (100%)Dusty Plasma Radiator
Quote
"I'm not interested in baby steps. Our enemy isn't going to wait for us to catch up. What I want from you is the most devastating force you can possibly imagine, placed in the hands of our soldiers today."
Colonel Hanse Castillo, Humanity First
Weapons facility inspection, location undisclosed
Notes
Data Sources
TITechTemplate_CSV • TIProjectTemplate_CSV • TIOrgTemplate_CSV • TITechTemplate_EN • TIProjectTemplate_EN • TIOrgTemplate_EN
Related Pages
Tech List • Project List • Technology