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Dark Energy and Extreme CPA Laser Pulses for Non-thermal Igniting Laser Boron Fusion

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Journal of Energy and Power Engineering 2019年第10期13卷 369-372页

作者： heinrich hora Department of Theoretical Physics University of New South WalesSydney 2052Australia

The difficulty with pressures at equilibrium temperatures in the range of dozens of hundred millions of°C for igniting nuclear fusion,can be overcome by the non-thermal pressures from interacting electric and magnetic laser fields with varying optical constants at laser interaction shown by nonlinear *** domination at the just reached picosecond CPA(chirped pulse acceleration)laser pulses at ultra-extreme powers led to measurements of laser fusion of hydrogen with boron-11 with orders of magnitudes higher energy gains than the earlier known classical low *** types of field densities without optical line radiation may be considered as an interstellar plasma state within galaxies representing the dark matter and dark energy.

关键词： Electromagnetic energy density CPA laser pulses laser boron fusion interstellar magnetic dark energy.

Non-thermal laser driven plasma-blocks for proton boron avalanche fusion as direct drive option

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Matter and Radiation at Extremes 2017年第4期2卷 177-189页

作者： heinrich hora Shalom Eliezer Noaz Nissim Paraskevas Lalousis Department of Theoretical Physics University of New South WalesSydneyAustralia Soreq Research Center YavneIsrael Institute of Electronic Structure and Laser FORTH HeraklionGreece

Fusion energy from protons reacting with ^(11) B,HB11,is extremely difficult or impossible when using thermal ignition by laser *** changes radically when using picosecond laser pulses with powers above petawatts dominated by nonlinear force driven ultrahigh ac-celeration of plasma blocks for a non-thermal initiation of igniting solid density HB11 *** a cylindrical trapping of the reaction,laser produced ultrahigh magnetic fields above kiloTesla,have to be *** experimentally confirmed highly increased HB11 fusion gains due to avalanche reaction may lead to a scheme of an environmentally clean and economic power reactor.

关键词： Boron laser fusion Plasma-block ignition ultrahigh acceleration Kilotesla field trapping Avalanche reaction Power reactor

Ultrahigh Acceleration of Plasma Blocks by Nonlinear Forces for Side-On Laser Ignition of Solid Density Fusion Fuel

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Plasma Science and Technology 2013年第5期15卷 420-424页

作者： heinrich hora George H. MILEY HE Xiantu ZHENG Wudi Paraskevas LALOUSIS Istvan FLDES Sandor SZATMARI Stavros MOUSTAIZIS Reynaldo CASTILLO University of New South Wales University of Illinois Urbana Institute of Applied Physics and Computation Mathematics Institute of Electronic Structure and Laser KFKI-Research Institute for Particle and Nuclear Physics University of Szeged Technical University of Crete Institute of Matter Structure and Laser Physics University of Western Sydney

A fundamental difference of very high intensity laser interaction with plasmas from solid targets appears with lasing at picosecond （ps） pulse durations in contrast to pulses of nanosec-onds （ns）. This can be seen from the more than 10,000 times higher acceleration with ps pulse du-rations than with thermal pressure determined interaction. A ps pulse duration produces instantly acting high-efficiency nonlinear （ponderomotive） electrodynamic force dominated acceleration in contrast to heating with longer pulses. The ps pulses accelerate high-density plasma blocks. This can be used by a new scheme of side-on driven laser fusion with generating a flame ignition in uncompressed fusion fuel of solid density resulting in a reaction velocity of more than 2000 km/s for DT.

关键词： laser driven fusion fast ignition nonlinear (ponderomotive) force ultrahighacceleration

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横向自由电子激光放大器的发射条件

中国激光 1984年第12期 705-710页

作者：王润文 heinrich hora 中国科学院上海光机所澳大利亚新洲大学理论物理系

应用高能电子来直接放大激光的条件,从理论上进行了深入分析。主要结果是:①高能电子在高功率激光场中运动是一保守场运动,由此得到同位相耦合的条件;②为保证电磁波从电子束获取能量要有合适的耦合角。指出这一新型自由电子激光的实现... 详细信息

应用高能电子来直接放大激光的条件,从理论上进行了深入分析。主要结果是:①高能电子在高功率激光场中运动是一保守场运动,由此得到同位相耦合的条件;②为保证电磁波从电子束获取能量要有合适的耦合角。指出这一新型自由电子激光的实现是可能的。

关键词：高功率激光高能电子场中强激光激光场激光放大器光放大器激光器

Fighting Climatic Change by NASEM with Help of Non-thermal Optical Laser Pressure

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Journal of Energy and Power Engineering 2021年第5期15卷 163-168页

作者： heinrich hora University of NSW and HB11 HoldingSydneyAustralia

For de-carbonisation of chemical energy generation,the use of ten million times higher nuclear energy per reaction is considered by the report of NASEM(National Academies of Science,Engineering and Medicine)of the *** is considered with nuclear fusion reactions needing thermal pressures at many million *** difficulty can be overcome by recent results of non-thermal pressures from very extreme CPA(Chirped Pulse Acceleration)laser pressures,with the clean fusion of hydrogen and boron=11 eliminating nuclear radiation problems.

关键词： Nuclear fusion using CPA lasers clean fusion of H with 11B non-thermal pressure

Extreme CPA Laser Pulses for Igniting Nuclear Fusion of Hydrogen with Boron-11 by Non-thermal Pressures for Avoiding Ultrahigh Temperatures

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Journal of Energy and Power Engineering 2020年第5期14卷 156-177页

作者： heinrich hora Department of Theoretical Physics University of New South WalesSydney 2052Australia HB11 Energy Holding Pty/Ltd Freshwater 2096Australia

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 *** 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 *** 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.

关键词： Laser boron fusion non-thermal ignition plasma block acceleration CPA pulses

Inhomogeneous Dielectric Target Properties for Increased Non-thermal Pressure in Laser Boron Fusion by CPA-Pulses

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Journal of Energy and Power Engineering 2020年第8期14卷 273-278页

作者： heinrich hora Warren McKenzie University of New South Wales Sydney 2052Australia HB11 Holding Pty.Ltd. Freshwater 2096Australia

Based on the documentation of the invited paper and the subsequent discussion at a virtual conference,discoveries are indicated,which are summarized in the following paper for further evaluation on the topic of non-thermal forces using terms of extremely powerful components of Maxwell’s stress tensor at the interaction of CPA(chirped pulse amplification)laser pulses in the fusion plasmas of hydrogen with the isotope 11 of *** is caused by a recoil mechanism given by the Fresnel formulas of the suppression of the reflectivity of inhomogeneous plasma given by optical constants of the plasma properties.

关键词： Clean nuclear fusion of hydrogen H with 11B Fresnel formulas for inhomogeneous plasmas optical constants in plasmas excluding unnecessary temperatures of hundred million degrees for thermal fusion pressures by non-thermal pressured from extreme laser pulses CPA of ultra-extremely short pulses

First Option for Fusion with CPA-Laser Pulses instead of Thermal Pressures with Dozens of Million Degrees Temperature for Laser-Boron-Fusion

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Journal of Energy and Power Engineering 2019年第3期13卷 116-123页

作者： heinrich hora Gotz J.Kirchhoff Warren R.McKenzie Jan Kirchhoff Department of Theoretical Physics University of NSWSydney 2096Australia HB11 Energy Pty.Ltd FreshwaterSydney 2096Australia

To avoid the > 50 million degree temperatures in pressures for fusion,the goal has now been reached that higher pressures from picosecond CPA-laser pulses of more than 10 PW power can ignite nuclear fusion at modest temperatures in a power reactor for generating *** Mourou,who was honoured with the 2018 Physics Nobel Prize,was involved to solve this crucial problem of fusion energy with the reactor design as co-authors(hora,H.,Korn,G.,Giuffrida,L.,Margarone,D.,Picciotto,A.,Krasa,J.,Jungwirth,K.,Ullschmied,J.,Lalousis,P.,Eliezer,S.,Miley,G.H.,Moustaizis,S.,and Mourou,G.,Laser and Particle Beams 33,2015:607)using the CPA Chirped Pulse Amplification.

关键词： Ignition of nuclear fusion clean nuclear power stations ultra-extreme CPA-laser pulses