Path Integrals from Spacetime Quantum Actions - presented by Dr Nahuel L Diaz

Path Integrals from Spacetime Quantum Actions

Dr Nahuel L Diaz

Dr Nahuel L Diaz
Slide at 02:40
QFTs "Extended" Particles Entanglement Single Particle System Time PHYSICAL REVIEW D 100, 125020 (2019) History state formalism for scalar particles N.L. Diaz® 1 J.M. Matera, I and R. Rossignolio! PHYSICAL REVIEW D 103, 065011 (2021) Spacetime quantum actions N. L. Diazo. ¹ J.M. Matera and R. Rossignolio 1,2 S = f a r a [H]-H]
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References
  • 1.
    N.  . Diaz et al. (2019) History state formalism for scalar particles. Physical Review D
  • 2.
    N.  . Diaz et al. (2021) Spacetime quantum actions. Physical Review D
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Summary (AI generated)

This unexpected finding emerged from our years of research on a formulation of Quantum State Theory (QST) based on the quantum action. We discovered that single-particle states closely resemble classical states. This leads us to our paper, which addresses the relationship between the quantum action and Feynman's formulation. Before we delve into the details of the paper, I would like to present one final piece of information.