Engineering topics
Publications and source records attributed to Adler, R. J..
An analytical procedure is given for solving the Einstein equations of a rotating fluid body. It is demonstrated that an analytic model of uniform denisty, representing a slowly rotating neutron star, can describe both differentially and uniformly rotating stars.
The entire field of astronomy is in very rapid flux, and at the center of interest are problems relating to the very dense, rotating, neutron stars observed as pulsars. the hypothesized collapsed remains of stars known as black holes, and quasars. Degenerate metric form, or Kerr-Schild metric form, was used to study several problems related to intense gravitational fields.
Algorithms for polynominal resultants computation, considering extraneous factors, truncation errors, memory and computing speed
Methods for solving nonlinear algebraic equations in computer programs for nuclear magnetic resonance spectroscopy