Theory and Goals
LPP's goal is to use a Dense Plasma Focus ("DPF") with pB11 fuel to achieve net energy from fusion. Behind this goal are several theories that need to be tested. the DPF leverages, rather than fights, plasma instabilities; x-ray emissions are managed with the quantum magnetic field effect (QMFE); LPP’s patented photo-electric conversion device recaptures lost x-ray energy; an initial axial magnetic field optimizes efficiency of energy transfer. The issues are described in this peer reviewed JOFE article and, for a more general audience, in this DPF Film.
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Recent posts in this category
Giga Gauss Magnetic Fields
Nov 10, 2005In case you were wondering what Giga-Gauss magnetic fields, gyro-radii and Compton wavelengths are but were afraid to ask:
New Magnetic Effect Discussed at Conferences
May 04, 2003Lerner presented new theoretical results at the annual meeting of the American Physical Society in April 2003 (Philadelphia) and at the Fifth Symposium on Current Trends in International Fusion Research in March, 2003 (Washington, D.C.) showing that giga-gauss magnetic fields produced by the plasma focus will decrease the cooling of the plasma by x-rays, making net energy easier to achieve.
Plasma Density Measurement
May 25, 2001How we calculated the density of the plasmoid in the Texas A&M experiments.
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