Fusion physics

Fusion physics encompasses the study and application of nuclear fusion processes beyond energy production, focusing on their fundamental mechanisms and varied potential uses. This field investigates the conditions under which atomic nuclei overcome electrostatic repulsion to fuse, releasing energy in accordance with quantum tunnelling and the strong nuclear force. Fusion reactions involving isotopes such as deuterium, tritium, and helium-3 have varied applications depending on their energy yield and neutron production.

Research

Tier1.000A decimal number between 0.0 and ~12.0 indicating the overall level of "advancement" of the science
TypePurePure sciences are focused on research and the improvement of knowledge. Applied sciences are too, but to a lesser extent and grant access to more concrete outcomes such as blueprints, governance, and others.

Aspects

PhysicalAbstract
Natural151
Artificial74

Aspect tiers heatmap

  • 2.5001.000
  • 1.5001.050
  • 1.5001.050
  • 2.5001.000
  • 1.5001.050
  • 1.5001.050
  • 1.5001.050
  • 2.5001.000
  • 3.5000.950
  • 1.5001.050
  • 1.5001.050
  • 1.5001.050
  • 2.5001.000
  • 2.5001.000
  • 1.5001.050
  • 2.5001.000
  • 1.5001.050
  • 2.5001.000
  • 1.5001.050
  • 2.5001.000
  • 1.5001.050
  • 1.5001.050
  • 3.5000.950
  • 2.5001.000
  • 1.5001.050
  • 1.5001.050
  • 1.5001.050

Blueprints

Coming soon.