Latest News
Enhancing Research
The KITP launches a fellowship for physics faculty at minority-serving institutions.
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KITP Spring 2022 Newsletter
The Spring 2022 KITP Newsletter is now available!
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Quantum estuary
The KITP fosters science as a nature reserve fosters an ecosystem.
Read moreNicole Yunger Halpern
KITP Newsletter, Spring 2022
Colliding in Harmony
KITP Postdoctoral Scholars Helped Create a New Field in Physics
Read moreMaggie Sherriffs and Megan Turley
KITP Newsletter, Spring 2022
Celebrating the Dedication of the Simons Amphitheater at Kohn Hall
Named in honor of Jim and Marilyn Simons and the Simons Foundation with gratitude for their generous, steadfast support of KITP.
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Quantum Zeta Epiphany
KITP Postdoc finds a new approach to a mathematical enigma
Read moreHarrison Tasoff
KITP Newsletter, Spring 2022
Director's Letter - Spring 2022
KITP continues to provide scientists from around the world the opportunity to interact again here at Kohn Hall and the Munger Physics Residence.
Read moreLars Bildsten, KITP Director
KITP Newsletter, Spring 2022
A Flicker From the Dark
While light cannot escape a black hole, the bright glow of rapidly orbiting gas has its own unique flicker. In a recent paper submitted to Astrophysical Journal Letters, UC Santa Barbara’s Sean Ressler, Lena Murchikova at the Institute for Advanced Study and Chris White at Princeton University were able to use this subtle flickering to construct the most accurate model to date of our own galaxy’s central black hole — Sagittarius A* (Sgr A*) — providing insight into properties such as its structure and motion. Read more.
A Deepening Crisis Forces Physicists to Rethink Structure of Nature’s Laws
For three decades, researchers hunted in vain for new elementary particles that would have explained why nature looks the way it does. As physicists confront that failure, they’re reexamining a longstanding assumption: that big stuff consists of smaller stuff.
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KITP Postdoctoral Scholar Grant Remmen explores new approach to the Riemann hypothesis
Grant Remmen believes he has a new approach for exploring the quirks of the zeta function. He has found an analogue that translates many of the function’s important properties into quantum field theory. Read more.