Please submit all inquiries and correspondence to Dr. Smolin via email
Born in New York City, Lee was educated at Hampshire College and Harvard University. He was formerly a professor at Yale, Syracuse and Penn State Universities and held postdoctoral positions at the Institute for Advanced Study, Princeton, the Institute for Theoretical Physics, Santa Barbara and the Enrico Fermi Institute, the University of Chicago. He has been a visiting professor at Imperial College London and has held various visiting positions at Oxford and Cambridge Universitiies and the Universities of Rome and Trento, and SISSA, in Italy.
University of Waterloo
The department of philosophy, University of Toronto
Lee Smolin is a theoretical physicist who works mainly on the problem of quantum gravity. He also has contributed to cosmology, the foundations of quantum mechanics, astrophysics, theoretical biology, philosophy of science and, recently, economics.
In quantum gravity Dr. Smolin was one of the initiators of two research programs: loop quantum gravity and deformed special relativity.
Among the issues his papers address in the last few years are:
-The emergence of general relativity from thermodynamics in spin foam models.
-The principle of relative locality, a new extension of special relativity applicable to the phenomenology of quantum gravity.
-A new approach to quantum foundations based on a new real ensemble interpretation of quantum states and dynamics.
-The solution of the cosmological constant problem in a quantization of unimodular gravity
-The problem of non-locality in loop quantum gravity and related theories, in collaboration with Fotini Markopoulou and Chanda Prescod-Weinstein.
-The role of gauge invariance in models of economic markets, such as the Arrow-Debreu model and agent based models.
-Quantum gravity phenomenology, in particular the constraints on deforming and breaking lorentz invariance coming from observations of Gamma Ray Bursts from the Fermi space telescope, in collaboration with Giovanni Amelino-Camelia.
-The question of whether laws of physics can evolve on a cosmological time scale and related issues in the philosophy of time, in collaboration with Roberto Mangabeira Unger.
-An extension of the Plebanski formulation of general relativity which leads to a unification with Yang-Mills and Higgs fields, in collaboration with Garrett Lisi and Simone Speziale.
-The problem of information loss in black holes, in collaboration with Sabine Hossenfelder.
-The problem of making predictions the landscape in string theory, in collaboration with George Ellis.
-The emergence of chiral particle-like excitations in loop quantum gravity and related theories, in collaboration with Sundance Bilson-Thompson, Jonathan Hackett, Louis Kauffman, Fotini Markopoulou and Yidun Wan.
-Derivations of deformed special relativity from semiclassical quantum gravity.