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Nobel laureate Frank Wilczek, a leading theoretical physicist and quantum mechanics pioneer, to headline Presidential Lecture Series event
Nobel laureate Frank Wilczek, considered one of the world’s most eminent theoretical physicists and a pioneer in modern quantum theory,...


Frank's curiosity has earned him the Nobel Prize and several fruitful collaborations
Professor Frank Wilczek's was interested in mathematics and big numbers even as a child. His father was an electrical technician who...


Quantum Connections in Sweden - 13 Summer School
The Annual Summer Quantum Connections in Sweden conference is generously supported by the Knut and Alice Wallenberg Foundation. This conference brings together leading scientists from around the world to discuss cutting-edge progress in quantum information theory, quantum optics, cold atoms and condensed matter. Read more here Link


Wilczek Wigner Lecture: Symmetries of Time
Nobel Laureate and theoretical physicist Frank Wilczek began his Eugene P. Wigner Distinguished Lecture at ORNL on Monday (4/1), titled...
Frank Wilczek -“The David M. Lee Historical Lectures" April 9, 2024 @ 4.30PM ET
Frank will be speaking at the “The David M. Lee Historical Lectures” which is hosted by the Department of Physics at Harvard University...
New Lecture Series Celebrates Nobel Prize-Winning Alum Julian Schwinger @ Columbia
MIT physicist Frank Wilczek will give the inaugural talk on April 15, 2024. The first Schwinger Lecturer will be given by Frank Wilczek,...
50 Years of QCD
The Phys Rev Journals put together a collection of papers on the 50 years of QCD. Read here : 50 Years of QCD
New time crystal stable for more than 40 minutes: Nobel Prize on the way? Sabine Hossenfelder
Time Crystals sounds like something from Hogwarts, but it’s actually solid-state physics. Maybe not quite as mysterious as the name...
Frank's podcast
Click on the link to listen to Frank Wilczek's podcasts. Frank's podcast


Wilczek's 8 Lectures:Advanced Topics in Theoretical Physics
The first lecture or two will be devoted to the confinement problem of QCD, leading including new ideas about flux tubes and their junctions (“treeons”), channeling flux, and a new approach to hadronic matter that these insights suggest. The next 5-6 lectures will revolve around time reversal symmetry (T). This will lead us through the foundational work that establishes the “strong T problem” as a shortcoming of the standard model of fundamental physics. Topics include Kramer
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