Biography:Tamás Csörgő

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Short description: Hungarian theoretical physicist


Tamás Csörgő (born 1963) is a Hungarian theoretical physicist known for his contributions to high-energy particle physics and quantum chromodynamics (QCD). He is associated with research on elastic proton–proton scattering and was part of a research group (with Tamás Novák, Roman Pasechnik, András Ster, and István Szanyi) that provided evidence supporting the experimental discovery of the odderon, a theoretical prediction in strong interaction physics.[1][2]

Early life and education

Csörgő was born in 1963 in Gyöngyös, Hungary. In 1983, he won first prize in the Loránd Eötvös National Physics Competition in Hungary, a prestigious academic competition for secondary school students.

Research and career

Csörgő's research focuses on theoretical particle physics, including quantum chromodynamics, relativistic hydrodynamics, and high-energy collision phenomena. His work has contributed to the theoretical interpretation of experimental results from large-scale particle physics collaborations, including those conducted at CERN.

In 2021, results from the TOTEM experiment at CERN provided evidence for the odderon, a charge-conjugation-odd compound state predicted by QCD. Csörgő and collaborators published theoretical analyses supporting the interpretation of the experimental data as evidence of odderon exchange.[3]

Honors and awards

Csörgő has received several academic recognitions, including:

  • First Prize, Loránd Eötvös National Physics Competition (1983)
  • Charles Simonyi Fellowship, Charles Simonyi Foundation (2012)[4]
  • Co-recipient of the 2025 Breakthrough Prize as part of CERN experiment collaborations[5]

References