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also serves this purpose. In 1996 he was the
Executive Vice-President of ICSEB V (Fifth International Congress of Systematic and Evolutionary Biology) that took place in Budapest, partially sponsored by Collegium Budapest. He served as President of the International Organisation for Systematic and
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in 1996 by a group of institutes for advanced study. He used the prize to establish the NEST (New Europe School for
Theoretical Biology) foundation, whose task is to help young Hungarian theoretical biologists. The Juhász-Nagy junior fellowship that he endowed in 1996 at
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His main interest is theoretical evolutionary biology and focuses on the common principles of the major steps in evolution, such as the origin of life, the emergence of cells, the origin of animal societies, and the appearance of human language. Together with his mentor,
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Apart from the aforementioned co-authored books, he has also published numerous papers in important journals, including Nature, Science, Proceedings of the
National Academy of Sciences of the USA, and Journal of Theoretical Biology.
68:). Both books have been translated into other languages (so far, German, French, Japanese, and Hungarian). He serves on the editorial board of several journals (
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acknowledged his outstanding scientific contribution with the
Academy Prize in 1999. He was invited to prestigious institutions, including the
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at the now-defunct
Collegium Budapest Institute for Advanced Study and at the Department of Plant Taxonomy and Ecology of
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The Major
Transitions in Evolution, Freeman, 1995, and The Origins of Life, Oxford University Press, 1999
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76:, Origins of Life and Evolution of the Biosphere, Evolutionary Ecology and Evolution of Communication).
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246:. Cambridge, Massachusetts: The Belknap Press of Harvard University Press. pp.
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a mathematical description of some phases of early evolution;
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a derivation of the optimal size of the genetic alphabet;
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a general framework to discuss the major transitions in
274:(in Hungarian). bla.hu. 2 February 2012. Archived from
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143:a demonstration of the selection consequences of
122:Professor Szathmáry's main achievements include:
94:Evolutionary Biology (IOSEB, 1996–2002). The
8:
238:. In Ruse, Michael; Travis, Joseph (eds.).
200:Dawkins Vs Gould: Survival of the Fittest
272:"Professzorok Batthyány Köre — Tagjaink"
242:Evolution: The First Four Billion Years
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164:and collectively autocatalytic system (
236:"Paleontology and the History of Life"
160:a discussion on the confusion between
140:in terms of metabolic control theory;
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84:Professor Szathmáry was awarded the
44:The Major Transitions in Evolution
27:theoretical evolutionary biologist
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129:a scenario for the origin of the
202:. Cambridge, U.K.: Icon Books.
74:Journal of Evolutionary Biology
49:Batthyány Society of Professors
70:Journal of Theoretical Biology
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112:Hungarian Academy of Sciences
100:Wissenschaftskolleg zu Berlin
96:Hungarian Academy of Sciences
329:Members of Academia Europaea
37:. He is the co-author with
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31:Eötvös Loránd University
324:Evolutionary biologists
319:Theoretical biologists
314:Hungarian biologists
106:. He is a member of
16:Hungarian biologist
91:Collegium Budapest
62:John Maynard Smith
39:John Maynard Smith
257:978-0-674-03175-3
220:978-1-84046-780-2
209:978-1-84046-780-2
108:Academia Europaea
104:Collège de France
22:(born 1959) is a
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278:on 16 April 2019
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86:New Europe Prize
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136:an analysis of
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20:Eörs Szathmáry
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55:Main interest
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280:. Retrieved
276:the original
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131:genetic code
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118:Achievements
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304:1959 births
298:Categories
182:References
162:hypercycle
155:evolution
145:parabolic
138:epistasis
24:Hungarian
234:(2009).
198:(2007).
110:and the
102:and the
35:Budapest
282:1 April
147:growth;
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248:80–104
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173:Author
80:Awards
214:Also
284:2012
252:ISBN
216:ISBN
204:ISBN
166:link
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