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Zahir, S. (2023) Extra Time Dimension: Deriving Five-Dimensional Relativistic Space-Time Transformations, Kinematics, and Time-Dependent Non-Relativistic Quantum Mechanics with Compactification. arXiv: 2310.18120.

has been cited by the following article:

• TITLE: Exploring the Electromagnetic Interactions in the 2T + 3S Dimensions without Compactification: The Lorentz Force and the Electromagnetic Stress Tensor

  AUTHORS: Sajjad Zahir

  KEYWORDS: Extra Time Dimension, Electromagnetic Interactions, Lorentz Force Equation, Electromagnetic Stress Tensor, Covariant Lagrangian Formulation

  JOURNAL NAME: Journal of Modern Physics, Vol.17 No.11, November 4, 2026

  ABSTRACT: We used the five-dimensional formulation of classical electrodynamics in 2T + 3S dimensions and derived the Lorentz Force Equation in the relativistic covariant two-time paradigm. We find that the effective-charge idea introduced earlier in the five-dimensional formulation of classical electrodynamics brings the derived Lorentz Force Equation closer to the four-dimensional one. We also compute the components of the electromagnetic energy tensor in the 2T + 3S dimensions and identify the new additional features.