The Net Advance of Physics:
ELECTRICITY AND MAGNETISM

ELECTRICITY AND MAGNETISM:
See also History of Electromagnetism

• General: Introductory: R. Nave's HyperPhysics site; Salgado 97a;

• General: Textbooks: Undergraduate: Brigham Young University no date; Salgado 97b; Thidé 98; Rosu (in Spanish) 2000/05;
  • Tutorial de Eletromagnetismo by Christine C. Dantas [2009/06] In Portuguese.
  • Technical Notes on Classical Electromagnetism, with exercises by Christine Córdula Dantas [2012/09]
  • Introduction to Electromagnetic Theory and the Physics of Conducting Solids by Costas J. Papachristou [Hellenic Naval Academy, 2017] Junior-level textbook, 221 pp.

• General: Textbooks: Advanced:
  • Problems and Solutions in a Graduate Course in Classical Electrodynamics (1) by Raza M. Syed [2008/01] 64 pp.
  • Theory of electromagnetic fields by Andrzej Wolski [2010/06]

• General: Hehl et al. 99/07;
  • Maxwell's Equations in Arbitrary Coordinate System by D. S. Kulyabov and A. V. Korolkova [Mathematics, Information Sciences, Physics 1, 96 (2012)] Useful explicit formulæ in various coördinate systems.
  • Modern geometry in not-so-high echelons of physics: Case studies by Marián Fecko [Acta Physica Slovaca 63, 261 (2013)]
  • Spacetime algebra as a powerful tool for electromagnetism by Justin Dressel et al. [2014/11]
  • The Maxwell equations as a Bäcklund transformation by C. J. Papachristou [2015/05]
  • Maxwell electromagnetism as an emergent phenomenon in condensed matter by Jorge Rehn and R. Moessner [Philosophical Transactions of the Royal Society A 374, 20160093 (2016)]
  • Bäcklund Transformations: Some New and Old Perspectives by C. J. Papachristou and A. N. Magoulas [2016/07]
  • Independence of Maxwell's Equations: A Bäcklund-Transformation View by Costas J. Papachristou [2019/01]
  • Introduction to Electromagnetism by I. Shreyber [2021/09]

• Aspects: CONDENSED MATTER PHYSICS; ELECTRONS; ELECTROSTATICS; MAGNETISM; OPTICS;

• Aspects: ANTENNÆ:
  • Nanoantennas for visible and infrared radiation by Paolo Biagioni et al. [2011/03]

• Aspects: CHARGE:
  • Dirac [electric charge] quantisation condition: a comprehensive review by Ricardo Heras [2018/10]

• Aspects: CONFORMAL MAPPING:
  • Testing conformal mapping with kitchen aluminum foil by S. Haas et al. [Canadian Journal of Physics 95, 423 (2017)]

• Aspects: DC ELECTRICITY:
  • Simple circuit theory and the solution of two electricity problems from the Victorian Age by Alexandre C. Tort [2008/11]

• Aspects: ELECTROMOTIVE FORCE:
  • Electromotive Force: A Guide for the Perplexed by C. J. Papachristou and A. N. Magoulas [2012/11] For undergraduates.
  • Does the electromotive force (always) represent work? by C. J. Papachristou and A. N. Magoulas [2014/05]
  • Some Aspects of the Electromagnetic Force by Costas J. Papachristou [2018/04]

• Aspects: POTENTIALS and FIELDS: Problems, etc.:
  • On the electrostatic potential and electric field of a uniformly charged disk by V. Bochko and Z. K. Siligadze [2020/04]

• Aspects: STOCHASTIC THEORY:
  • Stochastic Electrodynamics: The Closest Classical Approximation to Quantum Theory by Timothy H. Boyer [Atoms 7, 29 (2019)]

• Aspects: UNITS:
  • Babel of Units: The Evolution of Units Systems in Classical Electromagnetism by Neal Carron [2015/06]

• Re: ATOM:
  • But, how can the atom be so stable, Dr. Maxwell? by C. J. Papachristou [2021/05]

• Re: GENERAL RELATIVITY: Modern Relativity Page;

• Re: IN MEDIA:
  • Generally Covariant Maxwell Theory for Media with a Local Response: Progress since 2000 by Friedrich W. Hehl et al. [2016/03]

THE NET ADVANCE OF PHYSICS