MH370 Thermal Signatures Prove Fusion Reactors

Summary

Robert Bussard MH370 thermal signatures fusion reactors IEC technical principles. 1 over r squared density squared equals 1 over r fourth spherical convergence fusion little bitty region called core 1924 Irving Langmuir Katherine Blodgett east coast paper currents limited space charge differences concentric flows spheres 1959 Elmore Tuck Watson Los Alamos paper inertial electrostatic confinement plasma spherical grid bias civ positive potential electrons attracted screen inside make. Negative potential negative point Thomas Thompson Brown effect asymmetric capacitors lift negatively charged lifting towards negatively charged radial middle negative point magnetic field electromagnetic field geometry plasma create. Negative potential well electrons slow down kinetic energy transformed potential energy potential well drop ions edge ions fall down recirculate back forth forth marbles well collided fusion lost tokamac back up well energy well fusion machine grid electrons 100000 transitions fusion ion population grid grid melt Hirsch Farnsworth raster scan television Bob Hirsch postdoc student Farnsworth Fort Indiana 1967 classic paper inverted Elmore Watson potential grid biased negatively accelerate ions directly electron interception problem ion interception problem research factor bigger 710 machine Hirsch desk Alexandria Virginia ran 10 10th fusions second BT world record. Farnsworth designed brilliant designer total gain system 10 minus power power output power grid loss problem collisionality walls two ways ion acceleration electron Elmore Tuck Watson concept grids removed magnetic field contains electrons electrons weigh nothing ions heavier. Whiffle ball configuration plasma leak trapped magnetic fields form bubble flowing back middle system relatively stable little input keep going central virtual anode 100 kilovolt well departure neutrality one part million density 10 12 cubic centimeter computer codes incapable analyzing numerical noise particle cell calculations factor 1000 quasi sphere field magnetic mirror loss equator Livermore time money line cusp problem topology configuration works patented polyhedron coils edges polyhedron even number faces around vertex north south north south cube normal piconic cusp three faces vertex line cusp problem quasi spherical geometry plasma leak out areas plasma damages equipment heats magnets superconducting magnets cold plasma touch walls specific geometry doughnut plasma touch walls avoidable donut shaped stars truth bombs fusion secrets neutrals low energy electron low energy ion ions fall well low energy electrons heated incoming fast electrons microcond time scales circulating system Maxwellian distribution density distribution particles energy particles room 78 non equilibrium plasma all particles bottom energy 100 kilovolt dropping nine bottom 100 kilovolt Maxwellian distribution equilibrium probability fusion tiny tiny fraction MH370 orb thermal signature stable heat signature green orange slice plasma orb uniform temperature equilibrium plasma temperature non equilibrium plasma shapes temperatures 160 kilovolts Z equ 5 boron 100 kilovolt well 500 kilovolts charge five. Mirror machines reflection coefficient varies strength B field one B field electron kinetic pressure magnetic field pressure B square 8 pi magnetic pressure NE kinetic pressure equal kinetic pressure greater blow field balloon beta push magnetic field scaling ceases mirror scaling cusp confinement scaling one square magnetic field coloss holes electrons go smaller smaller drive electron injection inject electrons open cusp holes whiffle ball effect child toy plastic toy holes marble shake marble fall hole smaller holes longer marble takes electron confinement magnetic insulation walls containers coils metal parts magnetic insulation devil details resolved year metamaterial requirements magnets specific material superconducting temperature critical temperature.

Key Claims (15)

Theories Presented (8)