33:
355:: "For his ground breaking and visionary work towards developing a cohesive picture of the r-process by employing novel experimental techniques to study the decay of nuclei far from stability, working with observations of astronomers, models of astrophysicists and nuclear theorists, and the geochemical analyses of meteorites."
373:: "For outstanding work on the primordial helium abundance as well as abundances of other elements and their implications for cosmology and for the chemical evolution of galaxies and stars. This work is fundamental as a critical test for cosmological theories and the baryonic content of the Universe."
260:: "For pioneering work on large-scale ultra-low-background detectors, specifically Borexino, measuring the complete spectroscopy of solar neutrinos, culminating in observation of CNO neutrinos, thus experimentally proving operation of all the nuclear-energy driving reactions of stellar evolution."
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281:: "For pioneering work in conceiving and executing the first focusing telescope in the high energy X-ray regime, NASA’s Nuclear Spectroscopic Telescope Array (NuSTAR) satellite. NuSTAR has enabled major advances in understanding phenomena in the most extreme environments in the universe."
295:: "For outstanding contributions across a broad spectrum of fields including nuclear physics, particle physics, theoretical and observational astrophysics, and cosmology, especially Big Bang nucleosynthesis and the properties of dark matter."
288:: "For lasting contributions to our understanding of the nuclear astrophysics of the universe, including stellar evolution, the synthesis of new elements, the theory of core-collapse and thermonuclear supernovae, and gamma-ray bursts."
423:: "For his work in nuclear astrophysics and numerical work on supernovae core collapse, neutrino transport, and shock propagation. His codes reenergized supernovae shocks, launched numerical relativity and magnetically driven jets."
456:: ""For his noteworthy contributions and scientific leadership in the field of neutrino astrophysics, in particular for his success in merging nuclear theory with experiments and observations in nuclear physics and astrophysics."
362:: "For outstanding contributions to nuclear astrophysics, especially his seminal work on weak interaction rates for stellar evolution and collapse and his pioneering research on neutrino flavor-mixing in supernovae."
474:: "For his superb synthesis of fundamental concepts which have provided an understanding of matter at extreme conditions, ranging from crusts and interiors of neutron stars to matter at ultrahigh temperature."
380:: "For fundamental contributions to the understanding of nuclear matter at very high densities, the structure of neutron stars, their cooling, and the related neutrino processes and astrophysical phenomena."
401:: "For his outstanding and fundamental work on how nuclear reactions shape multi-dimensional and partly out-of-equilibrium evolution of stars and supernova explosions and their yields of new isotopes."
267:: "For fundamental contributions to the physics of hot and dense matter, and their implications for heavy ion collisions and multi-messenger observations of neutron star structure and evolution."
952:
463:: "For his contributions to the experimental foundation of nuclear astrophysics, especially the delineation of the processes involved in explosive hydrogen burning in novae and
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481:: "For his insightful analyses of the effects of various nuclear constituents on nucleon interactions and nucleon structure, and his contributions to new viewpoints on
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and astrophysics, including the triple-alpha reaction, electron screening of nuclear reactions, charged-current emission of neutrinos, and the form of the stellar
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387:: "For seminal contributions to the experimental determination of nuclear cross-sections in stars, including the first direct measurement of the key
219:, nuclear astrophysics, or closely related fields. The prize consists of $ 10,000 and a certificate citing the contributions made by the recipient.
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302:: "For seminal and sustained contributions to understanding physical processes in compact object astrophysics, and advancing numerical relativity."
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253:: "For developing conceptual and quantitative tools that have enabled cosmologists to measure the geometry, content and age of the universe.”
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Hans Bethe prize is endowed by contributions from the
Division of Astrophysics, the Division of Nuclear Physics and friends of the
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274:: "For distinguished contributions across the breadth of nuclear astrophysics, Galactic chemical evolution and cosmochronology."
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434:. These basic ideas, laid out almost 50 years ago, are still the basis of current research in this field."
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and stellar explosions through applications to individual objects and to cosmic chemical evolution."
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problem and his important contributions to other areas of nuclear astrophysics."
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from binary compact objects, including the now-verified prediction that
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of the nucleus that laid the foundation of much of what we know about
441:: "For his significant and wide ranging contributions in the areas of
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to honor him for his outstanding and numerous accomplishments in both
430:: "For his pioneering work in developing the fundamental concepts of
32:
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309:: "For key contributions to the study of the electromagnetic and
332:: "For outstanding theoretical work connecting observations of
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530:: "For his fundamental work on all theoretical aspects of the
449:– most notably, the collapsar model of gamma-ray bursts."
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emission and the equation of state of matter beyond
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515:: "For wide-ranging contributions to nuclear and
144:, nuclear astrophysics, or closely related fields
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240:The prize has been awarded annually since 1998.
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59:introducing citations to additional sources
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1262:1998 establishments in the United States
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49:Relevant discussion may be found on the
1252:Awards of the American Physical Society
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596:Biography and Bibliographic Resources
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614:American Physical Society web page
604:United States Department of Energy
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136:Outstanding work in the areas of
42:relies largely or entirely on a
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500:: "For pioneering work on the
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1:
1048:Leo Szilard Lectureship Award
953:David Adler Lectureship Award
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311:gravitational wave radiation
160:Division of Plasma Physics,
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564:American Physical Society.
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1257:Awards established in 1998
1217:Physics Education Research
1063:Maria Goeppert-Mayer Award
609:Hans Bethe And His Physics
321:that will be found in all
1230:Reviews of Modern Physics
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1023:James Clerk Maxwell Prize
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878:American Physical Society
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1033:Joseph F. Keithley Award
943:Arthur L. Schawlow Prize
1078:Oliver E. Buckley Prize
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998:Herbert P. Broida Prize
978:Francis M. Pipkin Award
726:Friedrich K. Thielemann
406:Friedrich K. Thielemann
1192:Accelerators and Beams
1088:Robert R. Wilson Prize
1073:Norman F. Ramsey Prize
948:Dannie Heinemann Prize
765:Silvia Torres-Peimbert
755:Christopher J. Pethick
714:Alastair G. W. Cameron
696:Michael C. F. Wiescher
545:List of physics awards
461:Michael C. F. Wiescher
378:Christopher J. Pethick
371:Silvia Torres-Peimbert
317:mergers produce short
1043:Leo P. Kadanoff Prize
1013:Irving Langmuir Award
1003:Herman Feshbach Prize
963:Earle K. Plyler Prize
958:Davisson–Germer Prize
933:Andrei Sakharov Prize
672:Edwin Ernest Salpeter
521:initial mass function
513:Edwin Ernest Salpeter
428:Alastair G.W. Cameron
70:"Hans A. Bethe Prize"
1028:John H. Dillon Medal
988:George E. Pake Prize
973:Fluid Dynamics Prize
938:Aneesur Rahman Prize
590:Hans A. Bethe Prize
491:black hole formation
432:nuclear astrophysics
399:William David Arnett
394:at solar conditions"
258:Frank Paul Calaprice
55:improve this article
1098:Tom W. Bonner Prize
993:Hans A. Bethe Prize
983:Frank Isakson Prize
923:Full list of awards
902:Fellows (1998–2010)
897:Fellows (1972–1997)
892:Fellows (1921–1971)
666:John Norris Bahcall
650:Hans A. Bethe Prize
528:John Norris Bahcall
205:Hans A. Bethe Prize
128:Hans A. Bethe Prize
1068:Max Delbruck Prize
1038:Lars Onsager Prize
928:Abraham Pais Prize
801:Keith Alison Olive
789:Vassiliki Kalogera
307:Vassiliki Kalogera
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777:Karl Ludwig Kratz
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330:James M. Lattimer
300:Stuart L. Shapiro
279:Fiona A. Harrison
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569:. Retrieved
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315:neutron star
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231:astrophysics
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157:Presented by
138:astrophysics
111:January 2020
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738:Claus Rolfs
702:Wick Haxton
690:Gordon Baym
598:, from the
502:shell model
472:Gordon Baym
454:Wick Haxton
385:Claus Rolfs
293:Keith Olive
133:Awarded for
1246:Categories
885:Membership
678:Igal Talmi
652:recipients
551:References
498:Igal Talmi
483:supernovae
334:supernovae
81:newspapers
1212:Materials
747:2011-2020
658:1998-2010
571:6 October
187:/programs
51:talk page
1222:Research
1132:Journals
539:See also
342:neutrino
1199:Applied
1147:Letters
526:1998 –
511:1999 –
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477:2001 –
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325:types."
305:2016 –
298:2017 –
291:2018 –
284:2019 –
277:2020 –
270:2021 –
263:2022 –
256:2023 –
249:2024 -
191:/prizes
189:/honors
176:Website
149:Country
95:scholar
1206:Fluids
916:Awards
834:2022:
828:2021:
811:2020:
805:2019:
799:2018:
793:2017:
787:2016:
781:2015:
775:2014:
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759:2012:
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670:1999:
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369:&
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193:/bethe
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340:with
122:Award
102:JSTOR
88:books
573:2018
336:and
233:and
203:The
195:.cfm
185:.org
183:.aps
171:1998
74:news
389:3He
181:www
57:by
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1161:B
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863:t
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109:(
99:·
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