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    Science

    Discovery

    Explorations in the world of science.

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    Copyright: © (C) BBC 2026

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    Latest Episodes:
    What the Songbird Said May 25, 2015
    Show notes

    Could birdsong tell us something about the evolution of human language? Language is arguably the single thing that most defines what it is to be human and unique as a species. But its origins and its apparent sudden emergence around a hundred thousand years ago, remains mysterious and perplexing to researchers. But could something called vocal learning provide a vital clue as to how language might have evolved? T

    he ability to learn and imitate sounds - vocal learning - is something that humans share with only a few other species, most notably, songbirds. Charles Darwin noticed this similarity as far back as 1871 in the Descent of Man and in the last couple of decades, research has uncovered a whole host of similarities in the way humans and songbirds perceive and process speech and song. But just how useful are animal models of vocal communication in understanding how human language might have evolved? Why is it that there seem to be parallels with songbirds but little evidence that our closest primate relatives, chimps and bonobos, share at least some of our linguistic abilities?

    Angela Saini meets biologists and linguists investigating what research on songbirds and other species might have to say about the question of how language, with all its beauty and richness, may have evolved.

    (Photo: Zebra Finch. Credit: Dr Michelle Spierings)


    Shedding Light on the Brain May 18, 2015
    Show notes

    Biologists are using light to explore the brain - and to alter it. Roland Pease meets some of the leading players in optogenetics, who use light-sensitive molecules to take direct control of neural systems in worms, flies, and maybe one day, humans. For some, it's a way of exploring the interplay of electricity and chemistry as neuron talks to neuron in complex brains. For others it opens the way to future therapies for conditions like motor neuron disease, in which dying nerves bring about paralysis, and epilepsy, brought about by runaway oscillations in brain waves.

    (Photo: Elegans nemotodes, or round worms, undergo examination by project scientists at the Kennedy Space Center in Florida. Credit: Getty Images)


    Future of Solar Energy May 11, 2015
    Show notes

    Roland Pease looks into perovskites - the materials enthusiasts say could transform solar power. Solar power is the fastest growing form of renewable energy. But most of it collected by panels made of silicon - the material that also goes into computer chips. But silicon is an old technology, and researchers have long sought a material that is both better at capturing sunlight. And cheaper to make.

    Perovskites, which first emerged into the lab just a few years ago, promise to be just that material. Roland Pease meets the experts who have made this happen, and finds out what makes perovskites so good - and what wrinkles still have to be ironed out.

    Image credit: 1999 EyeWire, Inc


    Scotland's Forgotten Einstein, James Clerk Maxwell May 04, 2015
    Show notes

    Dr Susie Mitchell hears the story of the 19th Century Scottish scientist James Clerk Maxwell. Maxwell's lifelong curiosity about the world and his gift for solving complicated puzzles led him to a string of discoveries. He was the first person to demonstrate a way of taking colour photographs, and he used mathematics to work out what the rings of Saturn were made of before any telescope or spacecraft was able to observe them close up. His most important achievement however was the discovery of electromagnetism, as neatly described by four now famous lines of equations. His prediction of electromagnetic waves led on to a huge range of today’s technology, from mobile phones and wi-fi equipment to radio, X-rays and microwave ovens. Albert Einstein considered him a genius, and another scientist Heinrich Hertz described him as ‘Maestro Maxwell’.

    The 2015 International Year of Light celebrates, amongst other events, the anniversary of his ground-breaking publication about electromagnetism. So the only question is - how come the name James Clerk Maxwell isn't better known?

    (Photo: James Clerk-Maxwell. Credit: Hulton Archive/Getty Images)


    Science of Stammering Apr 27, 2015
    Show notes

    In this edition of Discovery, Erika Wright explores the science of Stammering, a widely misunderstood condition that occurs at the same level in all cultures, countries and languages. There is a window of opportunity in early childhood when stammering begins but is also a time of natural faltering when help may not be required, so therapists and parents have to decide when and whether to intervene.

    To add to the complexity many young children who stammer will recover naturally – although the exact number is debated and so therefore, is the incidence of stammering – but it’s universally agreed that to identify those that will persist is critical.

    There are clear risk factors for Stammering and Discovery speaks to the professor of speech pathology who has made it a lifelong quest to study the common factors that may place children at risk.

    There is news of a new trial using brain stimulation while adults who stutter talk on the beat, to see if word fluency can be enhanced.

    And new initiatives in Rwanda and Burkina Faso - to name just two - where volunteers are working to combat the stigma often associated with this problem.

    (Photo credit: Dieudonne Nsabimana, co-ordinator, African Stuttering Research Centre)


    Jane Francis Apr 20, 2015
    Show notes

    Just twenty years ago, the British Antarctic Survey (BAS) would not allow women to camp in Antarctica. In 2013, it appointed Jane Francis as its Director. Jane tells Jim Al-Khalili how an intimate understanding of petrified wood and fossilised leaves took her from Dorset’s Jurassic coast to this icy land mass. Camping on Antarctic ice is not for everyone but Jane is addicted, even if she does crave celery and occasionally wish that she could wash her hair. Fossils buried under the ice contain vital clues about ancient climates and can be used to check current computer models of climate change. The earth can withstand a great range of temperatures: Antarctica was once covered in lush forest. But the question is: can humans adapt? As the ice caps melt, sea levels will continue to rise. And, says Jane, the time to start planning for that is now.

    Image: Courtesy of Jane Francis


    The Teenage Brain: Sarah-Jayne Blakemore Apr 13, 2015
    Show notes

    Until recently, it was thought that human brain development was all over by early childhood but research in the last decade has shown that the adolescent brain is still changing into early adulthood. Jim al-Khalili talks to pioneering cognitive neuroscientist professor Sarah-Jayne Blakemore who is responsible for much of the research which shows that our brains continue to develop through the teenage years. She discusses why teenagers take risks and are so susceptible to influence from their peers, as well as her childhood growing up with the constant threat of attacks from animal rights groups.

    (Photo: Professor Sarah-Jayne Blakemore, courtesy of UCL)


    Matt Taylor Apr 06, 2015
    Show notes

    Matt Taylor talks to Jim Al-Khalili about being in charge of the Rosetta space mission to the distant comet, 67P. It is, he says, 'the sexiest thing alive', after his wife. He describes his joy when, after travelling for ten years and covering four billion miles, the robot, Philae landed on the speeding comet 67P; and turned the image tattooed on his thigh from wishful thinking into a triumph for science.

    Matt's father, a builder, encouraged him to do well at school. He wanted him to get a job in science and Matt did not disappoint, joining the European Space Agency in June 2005. His charm and exuberance have brought competing teams together as they fight for their science to have priority on Rosetta. His enthusiasm has helped to spark and fuel a global interest in the mission and he deeply regrets his choice of shirt on one occasion.

    (Photo: Matt Taylor, BBC copyright)


    John O'Keefe Mar 30, 2015
    Show notes

    John O'Keefe tells Jim al-Khalili how winning the Nobel Prize was a bit of a double-edged sword, especially as he liked his life in the lab, before being made famous by the award.

    John won the prize for his once radical insight into how we know where we are. When he first described the idea of ‘place cells’ in the brain back in 1971, many scoffed. Today it is accepted scientific wisdom that our spatial ability depends on these highly specialised brain cells.

    A keen basketball player,John says, he has put this principle to the test by trying to shoot hoops with his eyes closed. But this belies the years of painstaking experiments on rats that John performed to prove that a rat’s ability to know where it is depends not only on its sense of smell, but also on a cognitive map, or internal GPS, inside the rat's brain.

    He describes how he listened in on the unique firing patterns of individual rat brain cells using the tiniest electrodes. “You almost imagine they are singing to you”, he says, as he imitates the different sounds made by individual neurons. And, he says, he misses them when they fall silent.

    It is important to John, and for his results, that his rats are happy and John welcomes the strong controls over animal experiments in the UK. Computer models are useful but, he says, they could never replace the need for experiments on animals, in the work that he does. And,while it need not necessarily have been the case, experiments on rats' brains have provided valuable insight into the workings of the human brain. John's research was entirely curiosity-driven but it could provide vital clues to understanding dementia and is already being used to develop a test for the earliest stages of Alzheimer’s.

    (Photo: John O'Keefe, BBC copryight)


    Does Money Make you Mean? Mar 23, 2015
    Show notes

    Can money really make a person mean? In this second and final programme, Jack heads to Hong Kong to explore whether our preoccupation with money is affecting the way we treat other people. Jack hears about the growing body of evidence indicating that we behave with less empathy, kindness and generosity when exposed to the idea of money. Most of the research so far is from the United States, but Jack stages his own psychology experiment at the City University of Hong Kong to explore how far these findings hold true there. He hears from leading expert Kathleen Vohs and from two Hong Kong academics who have started asking whether money even affects aggression and attitudes to casual sex.

    (Photo: A colourful bird which ostensibly tells your fortune. BBC copyright)


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