The Perimeter Institute for Theoretical Physics is an independent research center in Waterloo, Ontario, Canada, dedicated to foundational theoretical physics. Founded in 1999 by Mike Lazaridis — co-founder of Research In Motion (BlackBerry) — with an initial commitment of C$100 million, the institute was designed as a space where the most fundamental questions in physics could be pursued without the disciplinary pressures that tend to narrow research at conventional universities. Smolin was a founding faculty member and has been one of the institute's most publicly visible researchers, known particularly for his work on loop quantum gravity, cosmological natural selection, and the reality of time. The institute has become a significant center for quantum gravity research, quantum information, cosmology, and foundations of quantum mechanics — the domains where Smolin's most consequential work has been produced.
The Perimeter Institute was founded on a specific theoretical bet: that foundational physics had become stagnant at conventional research universities, where pressure to publish in established paradigms and compete for grants in well-defined subfields discouraged the kind of fundamental rethinking that major scientific revolutions require. By creating an institution with private funding, long-term research commitments, and an explicit mandate to pursue the deepest questions regardless of their immediate tractability, the founders hoped to produce breakthroughs that the conventional academic system could not.
The institution's profile has included hosting figures such as Stephen Hawking, Neil Turok (who served as director from 2008 to 2019), and a rotating cast of distinguished visitors. Its public engagement programs — lectures, outreach, and a public policy arm focused on fundamental science — have made it one of the most visible physics institutions in North America. For Smolin specifically, the institute has provided the institutional stability to pursue research programs that would have been difficult to sustain within a conventional physics department, including his sustained argument for the reality of time and his collaborative work on the autodidactic universe.
The institute has also drawn criticism. Its sociological structure — heavily dependent on private philanthropy, organized around the pursuit of foundational breakthroughs that may never arrive, competing with rather than complementing conventional academia — has been debated by physicists and science policy analysts. Supporters point to the intellectual environment it has produced and the genuinely unorthodox research programs it has sheltered. Critics question whether it produces enough tractable research to justify its cost and whether its selection of researchers is sufficiently diverse.
For the AI discourse, the institute is relevant primarily through Smolin's work there. The arguments developed at the Perimeter Institute — that time is real, that laws evolve, that the universe may be teaching itself its own laws — are the arguments this book applies to the AI transition. They could, in principle, have been developed elsewhere, but the institutional conditions of the Perimeter Institute — long-term research commitments, freedom from conventional pressure, engagement with both mathematical physics and its philosophical foundations — may have made them easier to develop there than they would have been in a more conventional setting.
The Perimeter Institute was founded in 1999 by Mike Lazaridis with the initial support of the Ontario provincial government and the federal government of Canada. Its first director was Howard Burton (2000–2007); subsequent directors have included Neil Turok (2008–2019) and Robert Myers (from 2019).
Private foundation. Founded by a technology industry founder with the explicit goal of pursuing foundational physics outside conventional university constraints.
Long-term research. Designed to support research programs on timescales longer than conventional grant cycles permit.
Foundational focus. Concentrated on the deepest questions — quantum gravity, cosmology, foundations of quantum mechanics — rather than on incremental advances.
Smolin's institutional home. The site where his most consequential work on time, cosmology, and the evolution of law has been produced.
Public engagement. Extensive lecture, outreach, and policy programs that have made foundational physics more publicly visible than it would otherwise be.