• Corpus ID: 84835808

Ascendancy of potentials over fields in electrodynamics

@article{Reiss2017AscendancyOP,
  title={Ascendancy of potentials over fields in electrodynamics},
  author={H. R. Reiss},
  journal={arXiv: General Physics},
  year={2017}
}
  • H. Reiss
  • Published 6 December 2017
  • Physics
  • arXiv: General Physics
Multiple bases are presented for the conclusion that potentials are fundamental in electrodynamics, with electric and magnetic fields as quantities auxiliary to the scalar and vector potentials -- opposite to the conventional ordering. One foundation for the concept of basic potentials and auxiliary fields consists of examples where two sets of gauge-related fields are such that one is physical and the other is erroneous, with the information for the proper choice supplied by the potentials. A… 

References

SHOWING 1-10 OF 60 REFERENCES

Physical restrictions on the choice of electromagnetic gauge and their practical consequences

It is shown that electromagnetic potentials convey physical information beyond that supplied by electric and magnetic fields alone, and are thus more fundamental. Observable physical properties can

On a modified electrodynamics

  • H. Reiss
  • Physics
    Journal of modern optics
  • 2012
A modification of electrodynamics is proposed, motivated by previously unremarked paradoxes that can occur in the standard formulation. It is shown by specific examples that gauge transformations

Special analytical properties of ultrastrong coherent fields

AbstractEmerging ultrastrong-laser capabilities that can reveal details of vacuum structure have intensified research into the fundamentals of quantum electrodynamics. It has been more than half a

On gauge invariance and vacuum polarization

This paper is based on the elementary remark that the extraction of gauge invariant results from a formally gauge invariant theory is ensured if one employs methods of solution that involve only

Gauge invariant formulation of the interaction of electromagnetic radiation and matter

The conventional perturbation theory in quantum mechanics for the interaction of electromagnetic radiation with matter, which is based on the time‐dependent vector and scalar potentials, is shown to

Theory of the Fermi Interaction

The representation of Fermi particles by two-component Pauli spinors satisfying a second order differential equation and the suggestion that in β decay these spinors act without gradient couplings

Mass shell of strong-field quantum electrodynamics

It has long been known that a free electron in an intense plane-wave field has a mass shell that differs from the usual free-electron mass shell, with a form that implies that an intensity-dependent

Consequences of the Postulate of a Complete Commuting Set of Observables in Quantum Electrodynamics

It is shown that the radiation gauge (Coulomb gauge) of the potentials is the average of DeWitt's line-dependent gauge over all straight lines at constant time converging to the point where the
...