
Explore quantum gravity with physicist Lucien Hardy as he discusses paradoxes, operational approaches to quantum puzzles, and his quest for a unifying theory bridging general relativity and quantum mechanics.

Explore quantum gravity, unlearning outdated ideas, and the intersection of physics and philosophy with Carlo Rovelli in this thought-provoking conversation about the nature of reality and scientific discovery.

Explore cutting-edge physics with Manuel Calderón de la Barca Sánchez as he shares clips from "Secrets of the Universe" and discusses quantum thinking, colliders, and the frontiers of particle physics.

Explore high-energy neutrino research at the South Pole, uncovering cosmic mysteries and advancing our understanding of the universe through innovative scientific collaboration and cutting-edge technology.

Experts discuss future particle accelerator projects, exploring challenges, potential breakthroughs, and long-term visions for advancing our understanding of the Universe and fundamental physics.

Nobel laureate Art McDonald explores neutrino detection, the Sudbury Neutrino Observatory's groundbreaking discoveries, and future research into dark matter and rare radioactive processes at SNOLAB.

Explore particle accelerators beyond physics: their workings, high-power proton beam control, and future potential. Discover innovative applications and cutting-edge research in accelerator technology.

Explore gravitational waves, their sources, detection methods, and future implications in astronomy. Gain insights into LIGO's groundbreaking discoveries and the new era of gravitational wave astronomy.

Explore fusion energy's potential, challenges, and the ITER project with physicist Ian Chapman. Learn about plasma confinement, robotic engineering, and international collaboration in this cutting-edge scientific endeavor.

Explore the quest for a unified theory of physics with astrophysicist John Gribbin, delving into quantum theory, general relativity, and their potential convergence to explain the universe's mysteries.

Explore the cutting-edge world of ultra-intense lasers and their revolutionary applications in science, from miniaturizing particle accelerators to creating fusion energy, with demonstrations and expert insights.

Explore 60 years of scientific discoveries about space radiation hazards, from the Van Allen belts to geomagnetic storms, and their impact on satellites and space exploration.

Explore the extreme nature of black holes, their role in the universe, and their impact on theoretical physics. Delve into Einstein's theories, gravitational waves, and the mysteries of these cosmic monsters.

Explore the fascinating world of liquids, from life-sustaining water to powerful kerosene, as Mark Miodownik delves into their unique characteristics, dangers, and wonders during a simulated plane journey.

Explore how particle accelerators revolutionize cancer treatment through proton beam therapy, offering precise tumor targeting and reduced damage to healthy tissue.

Explore dark matter and black holes with Yale professor Priyamvada Natarajan. Discover the latest insights on mapping dark matter distribution and tracing black hole growth history in this engaging lecture.

Explore quantum matter's fascinating world, emergent phenomena like superconductivity, and quantum information's role in tackling complex problems with expert Karen Hallberg.

Theoretical cosmologist Katie Mack explores the end of the universe, discussing concepts like vacuum decay, the Big Crunch, and inflation while addressing audience questions in this engaging live webcast.

Explore quantum physics' unresolved issues and the potential for a more complete theory. Lee Smolin challenges conventional understanding, arguing for a revolutionary approach to quantum mechanics.

Explore how advances in light physics are revolutionizing sustainable food production, from indoor farming to solar energy harvesting, with insights on transforming agriculture for a growing population.

Explore subatomic physics, supercomputer calculations of quarks and gluons, mass origins, nuclear reactions powering the Sun, and dark matter's nature in this guided tour of the universe's fundamental building blocks.