List of Quantum Gravity Researchers

This is a list of (some of) the researchers in quantum gravity.

  • Jan Ambjørn: Expert on dynamical triangulations who helped develop the causal dynamical triangulations approach to quantum gravity.
  • Giovanni Amelino-Camelia: Physicist who developed the idea of Doubly special relativity, and founded Quantum-Gravity phenomenology.
  • Abhay Ashtekar: Inventor of the Ashtekar variables, one of the founders of loop quantum gravity.
  • John Baez: Mathematical physicist who introduced the notion of spin foam in loop quantum gravity (a term originally introduced by Wheeler).
  • John W. Barrett: Mathematical physicist who helped develop the Barrett-Crane model of quantum gravity.
  • Julian Barbour: Philosopher and author of The End of Time, Absolute or Relative Motion?: The Discovery of Dynamics.
  • Martin Bojowald: Physicist who developed the application of loop quantum gravity to cosmology.
  • Steve Carlip: Expert on 3-dimensional quantum gravity.
  • Louis Crane: Mathematician who helped develop the Barrett-Crane model of quantum gravity.
  • Fay Dowker: Physicist working on causal sets as well as the interpretation of quantum mechanics.
  • David Finkelstein: Physicist who has contributed much quantum relativity and the logical foundations of QR.
  • Charles Francis: Mathematician who has developed a background-independent model of physics called Relational Quantum Gravity.
  • Rodolfo Gambini: Physicist who helped introduce loop quantum gravity; coauthor of Loops, Knots, Gauge Theories and Quantum Gravity.
  • Gary Gibbons: Physicist who has done important work on black holes.
  • Brian Greene: Physicist who is considered one of the world's foremost string theorists.
  • James Hartle: Physicist who helped develop the Hartle-Hawking wavefunction for the universe.
  • Stephen Hawking: Leading physicist, expert on black holes and discoverer of Hawking radiation who helped develop the Hartle-Hawking wavefunction for the universe.
  • Friedrich W. Hehl: Physicist who developed the metric-affine gauge theory of gravity and published a Physics Reports review article about this subject.
  • Christopher Isham: Physicist who focuses on conceptual problems in quantum gravity.
  • Mark Israelit Physicist who worked on torsional Weyl-Dirac electrodynamics, quantum gravity and quantum cosmology (cosmic egg model, together with Nathan Rosen).
  • Ted Jacobson: Physicist who helped develop loop quantum gravity.
  • John Klauder: Physicist. Proponent of the theory called Affine Quantum Gravity.
  • Renate Loll: Physicist who worked on loop quantum gravity and more recently helped develop the causal dynamical triangulations approach to quantum gravity.
  • Robert B. Mann: Physicist who works on "Lineal" gravity i.e. gravity in lower dimensions and alternate theories within quantum field theory.
  • Fotini Markopoulou-Kalamara: Physicist who works on loop quantum gravity and spin network models that take causality into account.
  • Herman Nicolai: Physicist who works on quantum gravity and investigates Kac-Moody algebras as a candidate symmetry for supergravity theories and M-theory.
  • Roger Penrose: Mathematical physicist who invented spin networks and twistor theory.
  • Jorge Pullin: Physicist who helped develop loop quantum gravity, coauthor of Loops, Knots, Gauge Theories and Quantum Gravity.
  • Carlo Rovelli: One of the founders and major contributors to loop quantum gravity.
  • Lee Smolin: One of the founders and major contributors to loop quantum gravity.
  • Rafael Sorkin: Physicist, primary proponent of the causal set approach to quantum gravity.
  • Andrew Strominger: Physicist who works on string theory.
  • Thomas Thiemann: Physicist who works on loop quantum gravity.
  • Frank J. Tipler: Mathematical physicist who incorporates quantum gravity into his ideas of a Judeo-Christian God.
  • Bill Unruh: Canadian physicist engaged in the study of semiclassical gravity and responsible for the discovery of the so-called Unruh effect.
  • Cumrun Vafa: Leading physicist,Developer of F-Theory, Known for Vafa-Witten theorem and Gopakumar-Vafa conjecture.
  • Robert Wald: Leading physicist in the field of quantum field theory in curved spacetime.
  • Anzhong Wang: Physicist, major contributor to Horava-Lifshitz gravity; String theory and applications to cosmology.
  • Peter C. West: Theoretical physicist, major contributions to supergravity and conjectured the E11 Kac-Moody symmetry of M-theory.
  • Edward Witten: Leading mathematical physicist, does research in string theory and M-theory.
  • Richard Woodard: Physicist, major contributor to canonical, perturbative, and finite infrared quantum gravity; applications to cosmology.
  • Paola Zizzi: Physicist who formulated computational loop quantum gravity, also proposed "The Big Wow," which suggests that the universe had a moment of conscious experience at the Big Bang.

Famous quotes containing the words list of, list, quantum, gravity and/or researchers:

    Religious literature has eminent examples, and if we run over our private list of poets, critics, philanthropists and philosophers, we shall find them infected with this dropsy and elephantiasis, which we ought to have tapped.
    Ralph Waldo Emerson (1803–1882)

    Weigh what loss your honor may sustain
    If with too credent ear you list his songs,
    Or lose your heart, or your chaste treasure open
    To his unmastered importunity.
    William Shakespeare (1564–1616)

    A personality is an indefinite quantum of traits which is subject to constant flux, change, and growth from the birth of the individual in the world to his death. A character, on the other hand, is a fixed and definite quantum of traits which, though it may be interpreted with slight differences from age to age and actor to actor, is nevertheless in its essentials forever fixed.
    Hubert C. Heffner (1901–1985)

    Grown beyond nature now, soft food for worms,
    They lift frail heads in gravity and good faith.
    Derek Mahon (b. 1941)

    What strikes many twin researchers now is not how much identical twins are alike, but rather how different they are, given the same genetic makeup....Multiples don’t walk around in lockstep, talking in unison, thinking identical thoughts. The bond for normal twins, whether they are identical or fraternal, is based on how they, as individuals who are keenly aware of the differences between them, learn to relate to one another.
    Pamela Patrick Novotny (20th century)