Quantum field theory lacks complete mathematical rigor in four dimensions
Quantum field theory continues to face significant foundational and mathematical challenges, particularly regarding its rigorous formulation in four dimensions.
The retrieved literature touches upon foundational and open challenges in quantum field theory and strongly coupled systems, supporting the claim that complete mathematical rigor remains an active area of investigation. None of the papers refute the claim.
Brambilla N, Eidelman S, Foka P, Gardner S, Kronfeld AS, Alford MG, Alkofer R, Butenschoen M, Cohen TD, Erdmenger J, Fabbietti L, Faber M, Goity JL, Ketzer B, Lin HW, Llanes-Estrada FJ, Meyer HB, Pakhlov P, Pallante E, Polikarpov MI, Sazdjian H, Schmitt A, Snow WM, Vairo A, Vogt R, Vuorinen A, Wittig H, Arnold P, Christakoglou P, Di Nezza P, Fodor Z, Garcia I Tormo X, Höllwieser R, Janik MA, Kalweit A, Keane D, Kiritsis E, Mischke A, Mizuk R, Odyniec G, Papadodimas K, Pich A, Pittau R, Qiu JW, Ricciardi G, Salgado CA, Schwenzer K, Stefanis NG, von Hippel GM, Zakharov VI. QCD and strongly coupled gauge theories: challenges and perspectives.. 2014. https://doi.org/10.1140/epjc/s10052-014-2981-5
Paper 0 highlights ongoing open challenges in quantum chromodynamics and strongly coupled gauge theories.
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A. Plotnitsky. “In Mathematical Language”: On Mathematical Foundations of Quantum Foundations. 2024. https://doi.org/10.3390/e26110989
Paper 3 discusses the mathematical foundations and formal postulates connecting quantum field theory without fully resolving representation issues.
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