Jocelyn Bell Burnell • 2010 • episode "S1E1" Beautiful Minds

Category: Physics | Torrent: | Subtitle:

Professor Dame Jocelyn Bell Burnell describes how she discovered pulsars, the by-products of supernova explosions which make life in the universe possible. She describes the moments of despair and jubilation as the discovery unfolded and her excitement as pulsars took the scientific world by storm. Reflecting on the nature of scientific discovery, she talks about the connections between religion and science and how she sees science as a search for understanding rather than as a quest for truth.

Make a donation

Buy a brother a hot coffee? Or a cold beer?

Hope you're finding these documentaries fascinating and eye-opening. It's just me, working hard behind the scenes to bring you this enriching content.

Running and maintaining a website like this takes time and resources. That's why I'm reaching out to you. If you appreciate what I do and would like to support my efforts, would you consider "buying me a coffee"?

Donation addresses

patreon.com

BTC: bc1q8ldskxh4x9qnddhcrgcun8rtvddeldm2a07r2v

ETH: 0x5CCAAA1afc5c5D814129d99277dDb5A979672116

With your donation through , you can show your appreciation and help me keep this project going. Every contribution, no matter how small, makes a significant impact. It goes directly towards covering server costs.

Beautiful Minds • 2010 - 2012 • 6 episodes •

Jocelyn Bell Burnell

Professor Dame Jocelyn Bell Burnell describes how she discovered pulsars, the by-products of supernova explosions which make life in the universe possible. She describes the moments of despair and jubilation as the discovery unfolded and her excitement as pulsars took the scientific world by storm. Reflecting on the nature of scientific discovery, she talks about the connections between religion and science and how she sees science as a search for understanding rather than as a quest for truth.

2010 • Physics

James Lovelock

In a series about scientists with brilliant minds, James Lovelock explains how his maverick way of thinking led him not only to technical breakthroughs in atmospheric detection systems on Earth and Mars, but also to Gaia - a new way of thinking about the Earth as a holistic, self-regulating system. He tells of his struggle against the scientific consensus of the day, the ridicule of his peers and his belief that the mainstream scientific establishment stifles intellectual creativity.

2010 • People

Tim Hunt

Sir Tim Hunt, awarded the Nobel Prize for his discovery of the mechanism of how cells divide, recalls moments in his life that provided inspiration for his career as a scientist, from his father's intent scholarship which shaped his early methods to his mother's battle with cancer and the influence of this on his position at Cancer Research UK. Hunt recounts the events that informed his discovery and reveals his own opinions on the thought processes, both logical and emotional, that led to it.

2010 • People

Professor Jenny Clack

Jenny Clack recounts how she overcame setbacks before she found and described a fossil which offered new evidence of how fish made the transition onto land. For paleontologist Professor Jenny Clack, who solved one of the greatest mysteries in the history of life on Earth, success was far from inevitable. A chance discovery in 1986 in the earth sciences department of Cambridge University, of long-forgotten fossils collected from the Devonian rocks of East Greenland in 1970, was to shape the rest of her career. She recounts how she had to overcome a series of setbacks before she found and described the fossil Acanthostega, a 365 million-year-old creature that offered dramatic new evidence of how fish made the transition onto land. She authored or co-authored more than 120 research papers as well as numerous popular articles and book reviews. A measure of the significance of her work is that 15 of her research papers were published in the journal Nature. Her one book, "Gaining Ground, The Origin and Evolution of Tetrapods" (2002), summarises the results of research on early tetrapods over the previous 25 years.

2012 • People

Professor Andre Geim

Professor Andre Geim is a condensed matter physicist at the University of Manchester. His life's work has been to gain a better understanding of the materials that make up the world around us. While just one subject can be a scientist's life's work, Andre has made switching fields a feature of his career. But while straying from the conventional path can be risky for a scientist, Andre has repeatedly turned it to his advantage. His "let's try it and see" approach means he's the only individual winner of the both the Nobel and the more light hearted Ig Nobel Prizes. He won the Nobel Prize for Physics in 2010 for uncovering the extraordinary properties of a material called graphene, but Geim can also lay claim to seeding two other new areas of physics research--levitation and gecko tape.

2012 • People

Professor Richard Dawkins

Dawkins discusses his book, the Selfish Gene, which divided the scientific community and made him the most influential evolutionary biologist of his time. Professor Richard Dawkins is one of the most well-known and controversial scientists in Britain. A passionate atheist he believes science rather than religion offers us the best way to appreciate the wonders of the Universe we live in. In the last 10 years he has become notorious for his outspoken views on religion, but at the heart of his success is his explosive first book -- The Selfish Gene -- which put forward a radical rewriting of evolutionary theory and divided the scientific community. Much of the controversy comes from its provocative title.

2012 • People

You might also like

Schrödinger's cat: A thought experiment in quantum mechanics

Austrian physicist Erwin Schrödinger, one of the founders of quantum mechanics, posed this famous question: If you put a cat in a sealed box with a device that has a 50% chance of killing the cat in the next hour, what will be the state of the cat when that time is up?

TED-EdPhysics

Unruly Elements (1859-1902)

Over a single weekend in 1869, a young Russian chemistry professor named Dmitri Mendeleev invents the Periodic Table, bringing order to the growing gaggle of elements. But this sense of order is shattered when a Polish graduate student named Marie Sklodowska Curie discovers radioactivity, revealing that elements can change identities — and that atoms must have undiscovered parts inside them.

Part 2The Mystery of Matter: Search for the Elements • 2015 • Physics

Frozen Solid

In episode one, Helen ventures to the bottom of the temperature scale, revealing how cold has shaped the world around us and why frozen doesn't mean what you might think. She meets the scientists pushing temperature to the very limits of cold, where the normal laws of physics break down and a new world of scientific possibility begins. The extraordinary behaviour of matter at temperatures close to absolute zero is driving the advance of technology, from superconductors to quantum computing.

S1E1From Ice to Fire: The Incredible Science of Temperature • 2018 • Physics

Out of Thin Air (1754-1806)

One of science’s great odd couples — British minister Joseph Priestley and French tax administrator Antoine Lavoisier — together discover a fantastic new gas called oxygen, overturning the reigning theory of chemistry and triggering a worldwide search for new elements. Soon caught up in the hunt is science’s first great showman, a precocious British chemist named Humphry Davy, who dazzles London audiences with his lectures, introduces them to laughing gas and turns the battery into a powerful tool in the search for new elements.

Part 1The Mystery of Matter: Search for the Elements • 2015 • Physics

The Jet Race

From the first gas turbine to tomorrow's hypersonic jet engines, see the evolution of the machine that is changing the world.

S1E4Survival in the Skies • 2019 • Physics

The Structure of Earth

…or why we live on an onion made of magma.

Physics