Happy Birthday to an inspiration to us all, Dr. Stephen Hawking. His endless curiosity changed the way we look at the universe around us.

Quantum physics? Theoretical physicist Brian Greene helps you understand its origins and its impact on today's world.

The series traces quantum physics from Newton's predictable world to Planck, Einstein, Heisenberg, and the strange behavior of particles, waves, and probability. Along the way, it connects ideas like the double slit experiment, uncertainty, and string theory to the technologies shaping modern life. Sign up to see how these radical concepts changed physics and continue to challenge reality itself.

Brian Greene reveals how quantum theory shattered the rules of everyday reality.

Exploring Quantum History With Brian Greene

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Renowned physicist Stephen Hawking takes a flight of epic proportions to visit his favorite places in the Universe.

Follow Stephen Hawking on a visually bold tour of the universe's most fascinating destinations, from the Big Bang and black holes to Saturn and a nearby habitable world candidate. Along the way, his ideas about cosmic origins, alien life, and the laws shaping reality turn each stop into a deeper question. It is the kind of series that rewards curiosity from the first moment.

Stephen Hawking pilots through black holes, newborn stars, and distant worlds.

Stephen Hawking's Favorite Places

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CERN and the University of California-Santa Barbara are collaborating in the search for the elusive substance that physicists and astronomers believe holds the universe together -- dark matter. Where is this search now in the realm of particle physics and what comes next?

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Explore the global search for dark matter through CERN and UC Santa Barbara's ambitious collaboration. See how giant detectors, underground experiments, and astronomical observations are pushing particle physics toward one of the universe's deepest unanswered questions. Sign up to follow the science at the moment technology brings this mystery within reach.

Inside CERN, physicists build extraordinary tools to corner an invisible cosmos.

CERN and the University of California-Santa Barbara are collaborating in the search for the substance that physicists believe holds the universe together -- dark matter.

The Hunt For Dark Matter

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For the first time, scientists have captured a photograph of a black hole. The image verifies one of the most important theories in physics and will help unlock the greatest mysteries of the cosmos.

See how scientists captured the first photograph of a black hole and why that single image matters so deeply to physics. This episode reveals how the picture confirmed a foundational theory and opened a new way to investigate the cosmos. Sign up to watch a breakthrough that turns an abstract idea into visible evidence.

The image that finally brought a cosmic abyss into view.

For the first time, scientists have captured a photograph of a black hole. The image will help unlock the greatest mysteries of the cosmos.

The First Picture of a Black Hole

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Our universe reveals itself in ways we’ve never seen before, thanks to new discoveries in astrobiology.

See how new discoveries in astrobiology and astronomy are reshaping what we know about life and the universe. Across episodes on exoplanets, red dwarf stars, Oumuamua, and the first image of a black hole, the series connects bold observations to some of science’s biggest questions. Sign up to watch ideas this vast come into focus.

Stephen Hawking's Birthday

Exploring Quantum History With Brian Greene

Stephen Hawking's Favorite Places

The Hunt For Dark Matter

The First Picture of a Black Hole

Space Phenomena