
Explore the solar system through expert presentations on past and present missions, gaining insights into planetary bodies and Earth while understanding the importance of continued space exploration.

Panel discussion on new opportunities in lunar exploration, featuring commercial spacecraft programs, small satellites, and international missions to unexplored lunar regions.

Explore cutting-edge techniques to unravel the mysteries of Earth's interior and other celestial bodies, from high-pressure experiments to dynamic compression and advanced spectroscopy.

Explore new findings challenging theories on Earth's oxygenation events, their sources, and implications for understanding oxygen history on Earth and other planets.

Explore collaborative practices between scientists and communities to enhance research impact, promote equity, and address societal challenges through interdisciplinary approaches and knowledge co-production.

Discover exoplanets using open-source PANOPTES: a distributed network of robotic telescopes combining cloud computing, affordable electronics, and innovative software.

Explore the enduring computing systems of NASA's Voyager probes, launched in 1977 and still operational. Learn about their design, adaptability, and resilience in space exploration.

Explore LinkedIn's journey in democratizing AI, enhancing modeler efficiency, and scaling machine learning across engineering teams through innovative infrastructure and practices.

Explore the potential of human return to the Moon, its scientific importance, and role as a catalyst for solar system exploration. Learn about past missions, current projects, and future plans.

Live Q&A exploring black holes, time travel, the Big Bang, and the multiverse with physicist Brian Greene. High school students engage in a thought-provoking discussion about cutting-edge scientific concepts and theories.

Nobel Laureate Frank Wilczek and Brian Greene explore quantum mysteries, from quarks to the cosmos, discussing current insights and their implications for our understanding of reality.

Explore the concept of the multiverse with renowned physicist Andrei Linde, delving into inflationary theory, string theory, and the future of cosmology in this thought-provoking lecture.

Explore quantum mechanics, dark matter, and cosmology with Nobel Laureate Frank Wilczek and Brian Greene as they delve into the ten fundamental keys to understanding reality.

Renowned physicists explore groundbreaking concepts in quantum mechanics, black holes, and string theory, discussing holographic principle, quantum entanglement, and the reconciliation of quantum mechanics with gravity.

Explore supermassive black holes with astrophysicist Priyamvada Natarajan, from their formation to galactic impact. Discover cutting-edge research and gain insights into these fascinating cosmic phenomena.

Nobel Laureate Andrea Ghez discusses her groundbreaking discovery of a supermassive black hole at our galaxy's center, exploring the technological advances and long journey that led to this remarkable achievement.

Explore the cosmos with MIT physicist Max Tegmark, delving into the universe's origins, size, and future. Uncover cosmic mysteries and cutting-edge theories in this captivating journey through space and time.

Explore the search for alien life with astronomer Dimitar Sasselov, examining physical and chemical phenomena beyond our solar system and discussing potential forms of extraterrestrial existence.

Nobel laureate Harold Varmus and Brian Greene discuss the COVID-19 pandemic, scientific literacy, cancer research advancements, and the role of scientists in today's political climate.

Explore gravitational waves with physicist Gabriela González: learn about LIGO's detection methods, recent discoveries, and the potential to unravel cosmic mysteries through this cutting-edge field of study.

Explore string theory's past, present, and future with experts Brian Greene and Cumrun Vafa. Discover how puzzles sparked Vafa's physics passion and delve into fundamental concepts, contradictions, and potential implications.