In this paper we review some of the research that has emerged to form Lanczos potential
theory. From Lanczos' pioneering work on quadratic Lagrangians, which ultimately led to the …

It has been conjectured by Lopez-Bonilla and co-workers that there is some linear
relationship between the NP spin coefficients and the Lanczos scalars, and examples have …

A Solution of Weyl-Lanczos Equations for Arbitrary Petrov Type D Vacuum Spacetimes Page 1
Int J Theor Phys (2010) 49: 2713–2722 DOI 10.1007/s10773-010-0464-5 A Solution of …

The Maxwell tensor for the Liénard-Wiechert field as an exact divergence Page 1
PRAMANA __ journal of physics © Printed in India Vol. 42, No. 2, February 1994 pp. 89-95 …

On the Lanczos Potential for Petrov Type III Spacetimes Page 1 Jour.Tensor Society ISSN :
0974-5428 Vol. 6 No. 2 (2012) 127-134 (SI Husain commemorative issue) On the Lanczos …

Letter: A Solution of the Weyl–Lanczos Equations for the Schwarzschild Space-Time
Page 1 General Relativity and Gravitation, Vol. 36, No. 6, June 2004 ( C 2004) LETTER A …

The Lore&-Dirac (LD) equation is an exact description of the motion of a point charge within
the realm of classical theory. Its usual derivation is based upon the determination of energy …

This work shows how the equations which relate the Lanczos potential K ijr to the conformal
tensor C abpq, can be structured in a simple form when written in terms of the formalism …

The motion of a classical charged particle e in Minkowski space is an active theme of
research [1, 2] because we have not yet an answer–without ambiguities–to the question …

The Weyl curvature spinor of every four-dimensional spacetime is derivable from a potential
spinor, called the Lanczos potential. In certain special situations the Lanczos spinor has …