Aneutronic fusion

Aneutronic fusion is a revolution in energy production due to its direct conversion of energy into power via charged particle collection, bypassing the need for intermediary thermal conversion systems like those found in traditional fusion reactors. This offers a much higher efficiency and eliminates much of the radioactive waste that plagues neutron-driven reactors. Additionally, by producing fewer neutrons, the structural degradation of reactor components caused by neutron bombardment is minimised, significantly extending the operational lifetime of reactor systems.

One extremely promising aneutronic reaction is the fusion of protons with boron-11 (p-B11), which yields three alpha particles (helium nuclei) without generating high-energy neutrons. This reaction, while theoretically advantageous due to its cleaner by-products and reduced neutron radiation, requires extremely high temperatures and confinement to initiate - on the order of billions of degrees Kelvin.