Method and apparatus for production of heat and/or magnetic field through photon, positron or particle infusion

A method for increasing the population density of photons, positrons or particles in a stream of photons, positrons or particles, comprising the steps of:

• activating a source of said stream of photons, positrons or particles to generate said stream of photons, positrons or particles;
• directing said stream of photons, positrons or particles through an induction tube for entry into a into a cylinder of neodymium glass substantially surrounded by a cylinder having a mirrored inner surface;
• passing said stream of photons, positrons or particles through an inlet;
• inducting said stream of photons, positrons or particles into said cylinder of neodymium glass;
• reflecting at least a portion of said stream of photons, positrons or particles being released from said neodymium glass back into said neodymium glass with said mirrored inner surface of said cylinder;
• curving the direction of at least a portion of said stream of photons, positrons or particles about a circumference of said cylinder of neodymium glass;
• infusing at least a portion of said stream of photons, positrons or particles with at least one other portion of said stream of photons, positrons or particles thereby increasing the population density of said photons, positrons or particles;
• and
• harnessing at least a portion of heat released by the infusing of at least a portion of said stream of photons, positrons or particles.

A device for increasing the population density of photons, positrons or particles in a stream of photons, positrons or particles through infusion, said device comprising:

• a cylinder of monolithic neodymium glass;
• a particle, positron, or photon receiver configured to receive a stream of photons, positrons, or particles and deliver said stream of photons, positrons or particles into said cylinder of monolithic neodymium glass;
• said particle, positron, or photon receiver being configured to deliver said stream of photons, positrons or particles into said cylinder of monolithic neodymium glass tangentially with an outer circumference of said monolithic neodymium glass;
• and
• wherein cylinder of monolithic neodymium glass is configured to induct said stream of photons, positrons or particles into itself thereby causing said particles in said stream to collide and release heat within said monolithic neodymium glass.