In two mind-blowing hours, Hawking reveals the wonders of the cosmos to a new generation.
The promise of time travel has long been one of the world's favorite scientific "what-ifs?" Hawking explores all the possibilities, warping the very fabric of time and space as he goes.
1997 • Science
In two mind-blowing hours, Hawking reveals the wonders of the cosmos to a new generation.
1997 • Physics
Helen Czerski ventures beyond the visible spectrum in the final (and best) episode in this vibrant little series, showing how electromagnetic radiation is so much broader than the narrow slice of reality we see with our eyes. Before delving into the details of UV, infrared and x-rays, Dr Czerski explores colour subjectivity by trying on a dress that recently divided the internet — to some it appeared blue and black, to others white and gold. It's a perfect fit. It's also a neat analogy of how people can have opposing views but both swear blind that their perspective is correct. The series ends with some amazing imaging techniques that show our bodies in a whole new light.
3/3 • Colour: The Spectrum of Science • 2015 • Physics
Carol Vorderman's passions are flying and engineering. She gets hands-on experience with the Airbus workforce at Broughton, Flintshire, where they are building the wings for their latest, greenest, most advanced aircraft - the A350.
2015 • Physics
Theoretical physicist and best-selling author Brian Greene takes us on a journey through the discoveries of quantum physics. How is it that Newtonian mechanics gave way to the more complex and modern world of quantum mechanics?
1/3 • Exploring Quantum History with Brian Greene • 2016 • Physics
How harnessing the link between magnetism and electricity transformed the world.
There is something very strange happens in space – something that should not be possible. It’s as if large parts of the world are being ravaged by a huge and invisible celestial vacuum. Sasha Kaslinsky, the scientist who discovered the phenomenon, is understandably nervous: “We left very upset and nervous,” he says, “because this is not something we planned to find.”
The Heisenberg Uncertainty Principle states that you can never simultaneously know the exact position and the exact speed of an object.
