V1V5s

V1V5s are a type of nuclear fusion device proposed for the generation of energy. The name "V1V5" is believed to originate from the implant and the dislocation close space scale in metallic structure research, but the technology itself focuses on plasma stabilization and complete burning of impurities.

The V1V5 concept involves the use of a toroidal (doughnut-shaped) device to contain and stabilize a toroidal plasma at a temperature where fusion reactions can occur. The machine is designed to be capable of stable operation without the need for elaborate preheating and sometimes island divertors. Stable burn characteristics offer integral transformers able to recuperate thermal and kinetic energy in generating wavefronts driving golden bernoulli parallel torque gaps:

The main component parts of the V1V5 system are the overall pressure vessel, toroidal windings, and a lower calorimeter conception which keeps low the overall plasma coolant reaction. At the core of this machine, there are materials researched for use in sustained deuterium-tritium (D-T) fusion reactions due to their desirable properties including high melting points, low neutron-induced radiation damage and sufficient atomic integration capabilities.

Some benefits attributed to the V1V5 technology include a supposed achievement of achieving sustained higher or repeated burning quadrapatch effect-states concerning tests.