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Article
Author(s)
Heinrich Hora1, 2
Full-Text PDF XML 2238 Views
DOI:10.17265/1934-8975/2020.05.003
Affiliation(s)
1. Department of Theoretical Physics, University of New South Wales, Sydney 2052, Australia
2. HB11 Energy Holding Pty/Ltd, Freshwater 2096, Australia
ABSTRACT
Ten million times more compact
energy than from burning carbon can be obtained from nuclear fusion reactions corresponding
to equilibrium temperature reactions in the range above 100 million degrees. Following
the energy gain in stars, one has to gain nuclear energy from slamming very light
nuclei where however the extremely high temperatures above 100 million degrees are
needed for the sufficient pressures at thermal equilibrium ignition. A radically
new option works with non-thermal pressures of picosecond laser pulses at ultrahigh
optical powers by nonlinear forces of ponderomotion. The nuclear fusion of hydrogen
with the isotope 11 of boron produces primarily harmless helium and has no problems
with dangerous radioactive waste and excludes any catastrophic melt-down as fission
reactors, it has the potential to be of low costs and can supply the Earth for more
than 10,000 years with electricity.
KEYWORDS
Laser boron fusion, non-thermal ignition, plasma block acceleration, CPA pulses.
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