|Born||1 July 1931
|Institutions||University of New South Wales|
|Alma mater||University of Halle-Wittenberg
University of Jena
|Notable awards||Edward-Teller Medal (1991)
Dirac Medal (2001)
|Spouse||Rosemarie Hora † 2007|
Heinrich Hora (born 1931 in Bodenbach, Czechoslovakia) is a German-Australian theoretical physicist who made contributions to solid state physics, optical properties of plasma with relativistic and quantum effects and nonlinear dynamics with applications of lasers for producing nuclear fusion energy. He lives in Sydney, Australia where he is Emeritus Professor at University of New South Wales and Vice-President of the Royal Society of New South Wales.
Academic Career and Achievements
As Foundation Professor of Theoretical Physics at the University of New South Wales from 1975 and emeritus from 1992 he established the Department of Theoretical Physics where a number of students received the university medal, with a record level of publications and where he supervised most of his 25 Ph.D. students. Guest and adjunct professorships include the Rensselaer Polytechnic Institute, the universities of Rochester, Bern, Iowa, Giessen, Tokyo, Regensburg, Osaka, Western Sydney and the Weizmann Institute. For seven years he was active in industrial research at Zeiss, IBM, Westinghouse and Siemens. He also was involved with research for 12 years at the Max-Planck-Institute for Plasma Physics in Garching near Munich, Germany and for one year as Attache remun. at CERN in Geneva, Switzerland.
He consulted Rainer Erler to the laser movie "Der Verräter" in the TV series "Das Blaue Palais". His taped lecture course at CERN (1991) about laser acceleration of particles contributed to Gerard Mourou's PeV particle acceleration.
His discoveries include the volume mechanism for photo-electric emission, sub-threshold defect generation by electron beams for producing semiconductor junctions with application in solar cells. Prof. Hora's first publication about growth of diamond crystals by physical vapor deposition became an IBM patent in 1964. His first general formula for nuclear energy gain at laser compression and thermal ignition of fusion led to his subsequent discovery of volume ignition (later confirmed by John A. Wheeler as “Wheeler modes”). Against established knowledge he discovered electron acceleration in vacuum by lasers based on nonlinearity. His derivation of the nonlinear (ponderomotive) forces of laser-plasma interaction including dielectric effects in the Maxwellian stress tensor led to the prediction of ultrahigh acceleration of plasma blocks  being confirmed experimentally by Sauerbrey  with application to a new laser fusion energy scheme as block ignition of uncompressed fuel  resulting in a possible nuclear energy production with less radioactivity than burning coal. He discovered the general mechanism of ponderomotive and relativistic self-focusing. His theory for crossing electron and laser beams within media (Schwarz-Hora effect) led to the discovery of the correspondence principle of electromagnetic interaction and following Nathan Rosen to nonlocality and quantum entangling. Based on the importance of including usually neglected very tiny quantities as the longitudinal field components of laser beams led to the formulation of the nonlinearity principle showing how nonlinear physics is changing from wrong linear physics into correct understanding.
Family and personal life
Heinrich Hora and his late wife Rosemarie Hora † 2007, née Weiler, have six children and sixteen grandchildren.
Degrees and Awards
Ritter-von-Gerstner Medal (1985) Edward-Teller Medal (1991) Dirac Medal (2001) Ernst-Mach Medal (2002)
Book Author and Editor
Founder and Editor-in-Chief of “Laser and Particle Beams”, Cambridge University Press (1982–1991). Co-editor of P.A.M. Dirac “Direction of Physics”, Wiley, New York 1978 (also Russian and Japanese). Co-editor of “Edward Teller Lectures”, Imperial College London 2005. Founder and co-editor of Conference Series “Laser Interaction and Related Plasma Phenomena”, Plenum Press New York, 12 volumes 1971-1992.
H. Hora, LASER PLASMAS AND NUCLEAR ENERGY Plenum, New York, 1975, 464 pages. ISBN 0-306-30785-5.
H. Hora, NONLINEAR PLASMA DYNAMICS Springer, Heidelberg 1979, 250 pages.ISBN 3-540-09502-0
H. Hora, PHYSICS OF LASER DRIVEN PLASMAS Wiley, New York 1981, 334 pages (also in Russian). ISBN 0-471-07880-8
S. Eliezer, A.K. Ghatak, and H. Hora (Foreword by Edward Teller) INTRODUCTION TO THE EQUATIONS OF STATE Cambridge Univ. Press, Cambridge, 1986, 378 pages. ISBN 0-521-30389-3.
H. Hora, ELEKTRODYNAMIK, S.Roderer, Regensburg, 1994, 192 pages, ISBN 3-89073-749-8.
H. Hora, NONLINEAR FORCE AND PONDEROMOTION, ILE Osaka 1996, 208 pages ISBN 4-9900502-1-5.
H.Hora, INNOVATION, TECHNOLOGIE & ÖKONOMIE, S.Roderer,Regensburg 1998, 248p. ISBN 3-89073-230-5 (2nd edition 2000)
H.Hora, LASER PLASMA PHYSICS - FORCES AND THE NONLINEARITY PRINCIPLE, SPIE PRESS 2000, Bellingham, WA, 232p. ISBN 0-8194-3509-0
S. Eliezer, A.K. Ghatak, and H. Hora, FUNDAMENTALS OF EQUATIONS OF STATE, World Scientific Publishing, Singapore 2002, 385p. ISBN 981-02-4833-4
Heinrich Hora KEINE KLIMAKATSTROPHE – es ist viel schlimmer (NO CLIMATIC CATASTROPHY – it is much worse) 202 pages, Sydney 2007, ISBN 978-0-9803575-0-9 same: KLIMAKATASTROPHE ÜBERWINDEN,. Roderer-Verlag, Regensburg 2007, 202 pages ISBN 978-3-89783-587-0
Heinrich Hora KLIMAPROBLEME – LÖSUNGSWEGE, S. Roderer-Verlag, Regensburg 2010, 256 pages, ISBN 978-3-89783-715-7
- H. Hora, Nature 333 (1988) 337
- H. Hora Physics of Laser Driven Plasmas Wiley New York (1981) p. 179
- R. Sauerbrey, Physics of Plasmas 3 (1996) 4712
- H. Hora, J. Badziak et al.Physics of Plasmas 14 (2007) 072701
- H. Hora, G.H.. Miley et al. Energy and Environmental Science 3 (2010) 479
- H. Hora Climatic Problems and Solutions (in German), S. Roderer, Regensburg 2010
- H. Hora Laser and Particle Beams, R.A. Mayers ed. Encyclopedia of Physical Sciences and Technology, Academic Press, San Diego, Vol. 7, 99-128 (1987); Vol. 8, 433-465 (1992)
- H. Hora, P.H. Handel Kapitza-Dirac effect with lasers and non-resonant interaction for quantum modulation of electron beams (Schwarz-Hora effect) Applied Physics Letters 102 (2013) 141119
- R. Feynman in H. Hora Climatic Problems and Solutions (in German), S. Roderer, Regensburg 2010 p. 147
- H. Hora, Laser Plasma Physics – Forces and the Nonlinearity Principle SPIE PRESS 2000, Bellingham, WA,