David Finkelstein

David Finkelstein

David Ritz Finkelstein (born July 19, 1929, New York City) is an emeritus professor of Massachusetts Institute of Technology in 1953 and taught at Stevens Institute of Technology through 1960, while he also held a Ford Foundation Fellowship at the European Centre for Nuclear Research from 1959-1960.[1] From 1964 to 1976, he was professor of physics at Yeshiva University. He has been a member of the faculty at Georgia Tech since 1980.

In 1958, Finkelstein and Charles W. Misner found the gravitational kink, a topological defect in the gravitational metric, whose quantum theory could exhibit spin 1/2. The simplest kink exhibited an easily understood event horizon that led him to recognize the one in the Schwarzschild metric and eliminate its coordinate singularity. In essence, Finkelstein determined that whatever falls past the Schwarzschild radius into a black hole cannot escape it; the membrane is one-directional. This important work influenced the decisions of Roger Penrose and John Archibald Wheeler to accept the physical existence of event horizons and black holes.

Most of Finkelstein's work is directed toward a quantum theory of space-time structure. He early on accepted the conclusion of John von Neumann that anomalies of quantum mechanical measurement are anomalies of the logic of quantum mechanical systems. Therefore, he formed quantum analogues of set theory, the standard language for classical space-time structures, and proposed that space-time is a quantum set of space-time quanta dubbed "chronons", a form of quantum computer with spins for quantum bits, as a quantum version of the cellular automaton of von Neumann. His early quantum space-times proving unphysical, he has since studied chronons with a regularized form of Bose–Einstein statistics due to Tchavdar D. Palev.

He investigated ball lightning with Julio Rubinstein and James R. Powell. They concluded that ball lightning is most likely a wandering St. Elmo's fire, a low-temperature soliton in the atmospheric electric current flow.

He also put forward an in-depth interpretation of the engraving Melencolia I of Albrecht Dürer.


  • Books 1
  • See also 2
  • External links 3
  • References 4


  • David Ritz Finkelstein: Quantum relativity: a synthesis of the ideas of Einstein and Heisenberg, Springer, 1996
  • David Ritz Finkelstein, J. M. Jauch: Notes on quaternion quantum mechanics, CERN, 1959
  • Charles Maisonnier, David Ritz Finkelstein: Beam intensity limitation in neutralized space charge betatrons, CERN, 1959
  • David Ritz Finkelstein: Non-linear meson theory of nuclear forces, Massachusetts Institute of Technology, Department of Physics, 1952

See also

External links

  • Finkelstein's home page
  • New York Times obituary of J.A. Wheeler
  • Scientific publications of David Finkelstein on INSPIRE-HEP


  1. ^ "David Finkelstein's homepage". Georgia Tech. Retrieved 12 June 2015.