Mel Robbins
#1 NYT Bestselling Author of The Let Them Theory | Host of the World's Most-Followed Podcast | Founder & CEO, 143 Studios | TIME 100 Creators 2025
2017 Nobel Laureate in Physics | Co-Founder of LIGO | Feynman Professor Emeritus, Caltech | Science Advisor, Interstellar
One of history's great theoretical physicists, Kip Thorne co-founded LIGO and helped detect gravitational waves for the first time — earning the 2017 Nobel Prize in Physics. Executive producer of Interstellar and Feynman Professor Emeritus at Caltech, he uniquely bridges rigorous science and mass human imagination. His keynotes take senior audiences to the edge of the known universe.
Want to book Kip S. Thorne as a speaker for your event? Please provide the info below and we’ll get in touch within 24h:
Kip S. Thorne is one of the most consequential scientists of the modern era — a Nobel Prize-winning theoretical physicist whose work has fundamentally expanded humanity’s understanding of space, time, and the cosmos. As the Richard P. Feynman Professor of Theoretical Physics Emeritus at the California Institute of Technology, he spent five decades at the frontier of gravitational physics, producing research that transformed theoretical speculation into observable reality.
Nobel Prize science speaker Kip Thorne is perhaps best known as a co-founder of LIGO — the Laser Interferometer Gravitational-Wave Observatory — the most sensitive scientific instrument ever built. Conceived alongside Rainer Weiss and Ronald Drever, LIGO became a collaboration of more than 1,000 scientists and engineers across Caltech and MIT. On September 14, 2015, it made history: the first direct observation of gravitational waves, produced by two black holes colliding a billion light-years from Earth. The achievement opened an entirely new window on the universe and earned Thorne, Weiss, and Barry Barish the 2017 Nobel Prize in Physics.
Thorne’s theoretical contributions span black holes, neutron stars, wormholes, the physics of time travel, and the large-scale structure of spacetime. His graduate textbook, Gravitation (co-authored with Charles Misner and John Wheeler), remains a foundational reference in the field. His popular science book Black Holes and Time Warps: Einstein’s Outrageous Legacy brought these ideas to a mass audience. He also co-founded the Simulating eXtreme Spacetimes (SXS) Project, a computational effort to model black hole mergers and other extreme gravitational phenomena.
After stepping back from his professorship in 2009, Thorne embarked on a remarkable creative turn that sets him apart from virtually any other scientist of his stature. As executive producer and science advisor on Christopher Nolan’s Interstellar (2014), he embedded real physics — both confirmed and speculative — deep into the film’s storyline, then documented it in The Science of Interstellar. He has since collaborated with composer Hans Zimmer and visual effects artists on multimedia concerts exploring gravitational physics, and with painter Lia Halloran on The Warped Side of Our Universe — a book fusing scientific verse and painting to communicate astrophysics as both knowledge and art. He continues to lecture at major institutions globally, delivering the 2025 Hamilton Lecture at the Royal Irish Academy and the keynote address at the University of Minnesota’s Misel Family Public Lecture series.
As a speaker, Kip Thorne brings an authority and clarity that no other figure on the circuit can replicate: a Nobel Laureate who can take audiences from the basics of spacetime to the cutting edge of gravitational wave astronomy — and then connect it all to Interstellar, to art, to the deepest questions about our universe. Senior audiences at scientific, technology, and innovation events consistently describe his presentations as among the most intellectually transformative they have ever attended.
In this landmark keynote, Thorne recounts the half-century journey behind LIGO — from theoretical concept to the moment on September 14, 2015, when humanity first heard the universe speak in gravitational waves. He explains what gravitational waves are, how the most sensitive instrument ever built detects them, and what their discovery means for science, technology, and our understanding of reality. Beyond the science, Thorne draws out the leadership lessons embedded in a collaboration spanning more than 1,000 scientists across decades: sustained vision, institutional patience, and the courage to pursue what seems impossible.
Black holes, wormholes, time travel, the big bang — these are not science fiction but the frontier terrain of modern physics. In this talk, Thorne guides audiences through the "warped side" of the universe: objects and phenomena shaped by curved spacetime rather than ordinary matter. Drawing on sixty years of research and his ongoing collaborations with artists and filmmakers, he makes the universe's most extreme physics vivid, accessible, and awe-inspiring — and connects it to the enduring human drive to understand where we come from and how the cosmos works.
As executive producer and science advisor on Christopher Nolan's Interstellar, Thorne helped create the most scientifically rigorous science fiction film ever made. In this unique talk, he walks audiences through the physics embedded in the film — black holes, time dilation, wormholes, the fifth dimension — distinguishing what is firmly established science from what remains speculative. It is a masterclass in communicating complex ideas through narrative, and in the power of art and science working together to move public understanding forward.
In his post-Nobel chapter, Thorne has collaborated with filmmakers, composers, visual artists, and poets to communicate the frontiers of physics through entirely new creative forms. In this talk, he explores what happens when science and art genuinely merge — not as illustration, but as co-creation. He discusses the multimedia concerts he has developed with Hans Zimmer, his book with painter Lia Halloran, and the deeper argument he is making: that the boundaries of human knowledge are best explored not by science or art alone, but by both together.
| Basic Data Protection Information | |
|---|---|
| Data controller | AURUM SPEAKERS BUREAU S.L. |
| Address | Parc Audiovisual de Catalunya 1, Oficina S11, 08225 Terrassa, Spain |
| Purposes | We will use your data to respond to your requests and deliver our services to you. |
| Marketing | We will only send you marketing correspondence if you have given your prior consent, which you can do by ticking the box for that purpose. |
| Lawful basis | We will only process your data if you have given your prior consent, which you can do by ticking the box for that purpose. |
| Recipients | Generally, only our members of staff who have been duly authorised may access the data that you have provided. |
| Your Rights | You have the right to know what information we hold about you, to rectify it and to erase it, as explained in the additional information available on our website. |
| Additional Information | For more information, please see “PRIVACY POLICY” on our website. |