Joué
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Brian Cox and Robin Ince are joined on stage by Danny Wallace, mathematician Hannah Fry and science writer Timandra Harkness. They'll be going big on Big Data, and asking just how big is it? They'll be looking at where Big Data comes from, should we be worried about it, and what mysteries are hidden within the seemingly endless amounts of information that is collected about us as we go about our daily lives.
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Melvyn Bragg and guests discuss how some bats, dolphins and other animals emit sounds at high frequencies to explore their environments, rather than sight. This was such an unlikely possibility, to natural historians from C18th onwards, that discoveries were met with disbelief even into the C20th; it was assumed that bats found their way in the dark by touch. Not all bats use echolocation, but those that do have a range of frequencies for different purposes and techniques for preventing themselves becoming deafened by their own sounds. Some prey have evolved ways of detecting when bats are emitting high frequencies in their direction, and some fish have adapted to detect the sounds dolphins use to find them.
With
Kate JonesProfessor of Ecology and Biodiversity at University College London
Gareth JonesProfessor of Biological Sciences at the University of Bristol
And
Dean WatersLecturer in the Environment Department at the University of York
Producer: Simon Tillotson.
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Melvyn Bragg and guests discuss the history of real and imagined machines that appear to be living, and the questions they raise about life and creation. Even in myth they are made by humans, not born. The classical Greeks built some and designed others, but the knowledge of how to make automata and the principles behind them was lost in the Latin Christian West, remaining in the Greek-speaking and Arabic-speaking world. Western travellers to those regions struggled to explain what they saw, attributing magical powers. The advance of clockwork raised further questions about what was distinctly human, prompting Hobbes to argue that humans were sophisticated machines, an argument explored in the Enlightenment and beyond.
The image above is Jacques de Vaucanson's mechanical duck (1739), which picked up grain, digested and expelled it. If it looks like a duck...
with
Simon SchafferProfessor of History of Science at Cambridge University
Elly TruittAssociate Professor of Medieval History at Bryn Mawr College
And
Franziska KohltDoctoral Researcher in English Literature and the History of Science at the University of Oxford
Producer: Simon Tillotson
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Brian Cox and Robin Ince explore the legacy of Einstein's great theory, and how a mathematical equation written 100 years ago seems to have predicted so accurately exactly how our universe works. From black holes to the expanding universe, every observation of the universe, so far, has been held up by the maths in Einstein's extraordinary work. So how was he able to predict the events and behaviour of our universe, long before the technology existed to prove he was right, and will there ever be another theory that will supersede it? Brian and Robin head up the iconic Lovell telescope at Jodrell Bank to explore Einstein's theory in action, and talk to scientists who are still probing the mysteries hidden within General Relativity.
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It's 100 years since the publication of Einstein's great theory, and arguably one of the greatest scientific theories of all time. To mark the occasion, Brian Cox takes Robin Ince on a guided tour of General Relativity. With the help of some of the world's leading cosmologists, and a comedian or two, they explore the notions of space time, falling elevators, trampolines and bowling balls, and what was wrong with Newton's apple. It's a whistle stop tour of all you'll ever need to know about gravity and how a mathematical equation written 100 years ago predicted everything from black holes to the Big Bang, to our expanding universe, long before there was any proof that these extraordinary phenomena existed.
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The Human Story: how we got here and why we survived.Brian Cox and Robin Ince are joined by comedian Ross Noble, Professor Danielle Schreve and Professor Chris Stringer as they look at the tricky job of piecing together the history of modern humans and how we came to be here. They look back to the earliest known human ancestors and the fossils and tools that have allowed us to paint the picture of our journey out of Africa, to become the last surviving human species on the planet. They ask why we have gone from more than 5 or 6 species of humans some 200,000 years ago, to just 1 today. They also look at how discoveries made in just the last 5 years have completely transformed our understanding of human history and what new DNA technology has revealed about our ancient past. They also reveal what surprising tropical animal remains have been found buried deep under Trafalgar Square.
Producer: Alexandra Feachem.
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Astronaut Special
Brian Cox and Robin Ince transport the cage to Trondheim Norway, host of this year's Starmus Festival, for an extraordinary gathering of astronauts. They are joined on stage by NASA astronauts Sandra Magnus and Terry Virts, ESA astronaut Claude Nicollier, and Apollo 16's Charlie Duke, one of the last people to have walked on the moon. They talk about their personal journeys to fulfill their long-held dreams, and literally reach for the stars. They hear from Charlie Duke about the extraordinary Apollo missions he was part of, including his role as Capsule Communicator for the very first moon landing, before taking his own first steps on the lunar surface as part of Apollo 16. They explore the different experience of astronauts from Charlie's era, and those who now become residents of space, spending months and months aboard the International Space Station, and the challenges each mission brings. And Claude Nicollier describes his epic spacewalk to repair the Hubble Telescope.
Producer: Alexandra Feachem.
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The Teenage Brain
Brian Cox and Robin Ince are joined by impressionist Rory Bremner, Professor of Cognitive Neuroscience at UCL Sarah-Jayne Blakemore and Professor of Zoology at Manchester University Matthew Cobb to look at the working of the teenage brain, and why teenagers are so, well, teenagery. Stomping off to your bedroom, being embarrassed by your parents, wanting to fit in with your peers and a love of risky behaviour are all well known traits associated with our teenage years, exasperating parents through the ages. But new research into dynamic changes going on in the brain during these key years has revealed that it's not just hormones that are responsible for these behaviours. Could a better understanding of what is going on during these formative years not only help teenagers themselves, but inform our education system and even help prevent many of the mental health problems that often begin during adolescence?
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The Immune System
Brian Cox and Robin Ince are joined by comedian Shappi Khorsandi, Prof Dan Davis and Prof Steve Jones to look at our amazingly complex and clever immune system. They look at how the human body fights disease, and why it has been so little understood until now. Fear not though, a new revolution in understanding is underway, with some extraordinary insights into the cunning of our little white cells. The panel look at how this new understanding is already leading to some real breakthroughs in treatment for diseases such as cancer, and Shappi reveals the crucial role she played in one such discovery.
Producer: Alexandra Feachem.
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The Code Breakers
Brian Cox and Robin Ince are joined by comedian Katy Brand, as they transport the cage of infinite proportions to the home of modern day cryptography and codebreaking., GCHQ. They'll be discovering how far we've come from the days of the humble code book and the birth of machines like Enigma. and how the new digital era has turned us all into modern day code breakers and cryptographers, without us even realising it.
Producer: Alexandra Feachem.
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The Future of HumanityBrian Cox and Robin Ince take on the entire future of our civilisation, as they are joined by Astronomer Royal and former head of the Royal Society Lord Rees, Baroness Cathy Ashton and comedian, actor and director Chris Addison. They'll be talking about the biggest challenges facing humanity at the moment, and whether science offers the solution to some of these great problems, from Climate Change to the rise of AI.
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How to Build a Bionic Human.
Brian Cox and Robin Ince are joined on stage by "supervet" Noel Fitzpatrick, Dr Kevin Fong and comedian Lucy Beaumont to learn how to build a bionic human. They'll be looking at the development of artificial limbs and organs that have been pioneered during times of war and at the extreme end of emergency medicine, and find out how Noel Fitzpatrick is developing new techniques and bionic devices at his veterinary practice, that could eventually be used on humans.
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Can Science Save Us?
Brian Cox and Robin Ince are joined on stage by Stephen Fry, Eric Idle, chemist and Pro-Vice-Chancellor of Sheffield University, Professor Tony Ryan, and University of London solar scientist, Dr Lucie Green, as they ask: "can science save us?" They'll be looking at some of the fantastic ideas at the very forefront of science and technology that are being looked at to help in tackling some of the biggest challenges facing our planet, from climate change, to feeding our ever expanding global population.
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Serendipity in Science
Brian Cox and Robin Ince are joined on stage by comedian Lee Mack, science author and journalist Simon Singh and chemist Professor Andrea Sella to look at how many of our biggest science discoveries seem to have come about by accident. From Viagra to Pyrex to the discovery of the Cosmic Background Microwave Radiation, the earliest remnant of the big bang, they all owe their discovery to a healthy dose of luck and accident as scientists stumbled across them in the course of looking for something else. So are these discoveries just luck, are they still deserving of Nobel prizes and scientific glory, or is serendipity and an open scientific mind key to exploring and understanding our universe?
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The Science of Everyday LifeRobin Ince and Brian Cox return for a new series. They are joined on stage, at the Manchester Museum of Science and Industry, by comedian Russell Kane, physicist Helen Czerski and engineer Danielle George as they discuss the science to be discovered in everyday life. They discover how the humble cup of tea displays fundamental laws of nature that also govern our climate. How dropping raisins in a bottle of lemonade reveal how the Titanic sunk, and a robot orchestra, created from household objects, plays some familiar tunes. PRODUCER: Alexandra Feachem.
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The origin of numbers and can fish count?
Brian Cox and Robin Ince are joined by mathematician Dr Hannah Fry, comedian Matt Parker and neuroscientist Prof Brian Butterworth to ask where numbers come from and can fish count? They'll be looking at the origin of numbers and whether counting is a uniquely human trait that actually started before the evolution of language.
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A Forensic look at Forensics
No dead strawberries this week, but plenty of dead bodies, as Brian Cox and Robin Ince take a gruesome look at the science of death and some of the more unusual ways that forensic scientists are able to look for and gather clues and evidence. From insects that can be used to give a precise time of death, to the unusual field of forensic botany, It's not just DNA evidence that can be used to pinpoint someone to the scene of a crime. They are joined on stage by Professor Sue Black from the University of Dundee, Dr Mark Spencer, a forensic botanist at the Natural History Museum and comedian Rufus Hound.
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Brian Cox and Robin Ince are joined on stage by naturalist Steve Backshall, zoologist Lucy Cooke and comedian Andy Hamilton as they battle it out to decide which creature wins the title of earth's most deadly. The panel reveal their own brave encounters with a host of venomous, toxic and just downright aggressive beasts, including the bullet ant, rated the most painful stinging insect on the planet, deadly tree frogs and snakes, sharks, scorpions and hippos. They ask whether our seemingly innate fear of snakes and spiders is justified, and whether the deadliest creature on the planet is in fact a human being.
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Brian Cox and Robin Ince transport the cage of infinite proportions, for the first of 2 programmes from the Edinburgh Festival. They are joined on stage by cosmologists Carlos Frenk and Faye Dowker and actor and comedian Ben Miller and comedian and fellow physics PhD alumnus Richard Vranch.
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Are humans uniquely unique?
Robin Ince and Brian Cox are joined on stage by human and non-human ape experts Keith Jensen, Katie Slocombe and Ross Noble to ask whether humans are truly unique amongst animal species. They'll be looking at why studying our nearest relative, the chimpanzee, could reveal clues as to how humans evolved some of the traits that make us stand out, such as language, culture and truly altruistic cooperation, or whether these are traits that are now being uncovered in our primate cousins. They'll also be revealing why a chimpanzee could be classified as far more rational than its human counterpart.
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