Podcasts about life scientific

This year quantum physics celebrates its 100th anniversary. And while we've made great progress in understanding its many intricacies and quirks, it's likely that quantum behaviour will continue to fascinate and beguile scientists around the world for years to come. In this episode we speak to Prof Jim Al-Khalili, a theoretical physicist based at the University of Surrey, author of several best-selling books and the long-time presenter of BBC Radio 4's The Life Scientific. He tells us about the many disagreements that have surrounded quantum theory over the past century, how the theory raises deep scientific and philosophical questions about the nature of reality itself, and why we still have so much to learn. Watch the episode here. Learn more about your ad choices. Visit podcastchoices.com/adchoices

As the famous frog once said, it's not easy being green. And when it comes to decarbonising industry, indeed, reducing emissions of all sorts, the task is a complex one.Fossil fuels are used to manufacture some of mankind's most ubiquitous products, from plastics to cement to steel; and even in areas where we're trying to improve our footprint, there are repercussions. Mining lithium for electric car batteries isn't exactly without impact. Add to the mix stories of corporations prioritising profits, and governments focusing on short-term popular policies – and it would be easy to feel disheartened.Professor Anna Korre says her role is to be the champion of science in this debate: providing clear evidence to help reduce environmental impacts, while allowing vital production processes to continue.Anna is an environmental engineer at Imperial College London and Co-Director of the university's Energy Futures Lab. Her work has led to a risk model that's now used in mining operations around the world – and her current research into underground CO2 storage could hold the key to decarbonising British industry. But as she tells Jim Al-Khalili, social and family expectations when she was growing up in her native Greece meant her successful career in engineering very nearly didn't happen...

Tech Industry Alliance is proud to announce the official launch of TechFest 2025, the South West's leading technology conference, bringing together industry pioneers, AI experts, and business leaders to explore how artificial intelligence, space innovation, and tech talent are shaping our future. TechFest is the Alliance's annual flagship technology conference and will be held at Rochestown Park Hotel, Cork, from 08:00 am on May 15, 2025. This year's theme, "Tech, AI & Humanity - Shaping Our Future," will examine the profound impact of AI on society, business, and the workforce of tomorrow. Tickets for the main conference are now on sale here. TechFest 2025 is delighted to welcome internationally acclaimed neuroscientist, broadcaster, and author Dr. Hannah Critchlow as the keynote speaker. Named a "Rising Star in Life Sciences" by Nature, Dr. Critchlow is a Fellow at Magdalene College, University of Cambridge, and a respected voice in neuroscience and AI. With frequent appearances on BBC, ABC, and global media, including The Life Scientific, Tomorrow's World Live, and BBC Radio 4's Destiny and the Brain, Dr. Critchlow will explore the intersection of neuroscience, AI, and human potential. Keeping the energy high and discussions insightful, Jonathan McCrea, an acclaimed science communicator and AI master trainer, will guide attendees through the event. Passionate about harnessing AI to drive productivity and innovation, Jonathan will ensure an engaging and thought-provoking experience. Other expert speakers on the day include Dan Rapp Chief AI and Data Officer - Proofpoint, Dr. Laura Maye - UCC Lecturer specialising in human-computer interaction and inclusive technology design, Rory Fitzpatrick - CEO of the National Space Centre, Cormac O' Sullivan from Mbyronics, Dr. Niall Smith - Head of Research at Munster Technological University, Tim Crowe, Co-Founder and CEO of WrxFlo, Emily Brick - Founder of Athena Analytics, plus many more. This year's conference will feature four engaging tracks addressing the biggest challenges and opportunities in tech: Tech, AI & Humanity - How Will Artificial Intelligence Reshape Society? The Future of Tech Talent - What Skills Will Define the Workforce of Tomorrow? Showcasing Evolving Tech Companies - Meet the Innovators Transforming the South West's Tech Sector Space & the Future of Humanity - Exploring the Next Frontier of Innovation Gerry Murphy, Tech Industry Alliance Chairperson, commented: "We are delighted to be announcing TechFest 2025, which will feature rare content, rich dialogue, and facilitate real connections. This event would not be possible without the vital support of our sponsors, who all recognise the importance of our sector to the Munster region. Following a highly successful TechFest last year, we are thrilled with this year's incredible lineup of speakers and the even greater opportunities to network with colleagues and businesses across the South West region." With over 400 attendees expected, TechFest 2025 will be an unparalleled opportunity to network, connect, and collaborate. Given the high demand, attendees are encouraged to secure their tickets early, as the event is expected to be a sell-out. TechFest 2025 sponsors - Tech Industry Alliance Skillnet, AIB, Proofpoint, PepsiCo Ireland, Skillnet Innovation Exchange, FIT (Fastrack into Information Technology), Barden, Trend Micro, Park Place Technologies, CyberSkills, NetApp, Aspen Grove, Deloitte, Cork City Council, Cork County Council, We are Cork, Kerry County Council, Discover Kerry, Voxxify, MTU, Nimbus Secure Your Spot Now: TechFest 2025 is THE must-attend event for tech professionals, business leaders, startups, and innovators who want to stay ahead of the curve. Register today and secure your spot.

Rosalie David is a pioneer in the study of ancient Egypt. In the early 1970s, she launched a unique project to study Egyptian mummified bodies using the techniques of modern medicine. Back then, the vast majority of Egyptologists regarded mummies as unimportant sources of information about life in ancient Egypt. Instead they focussed on interpreting hieroglyphic inscriptions, the written record in papyrus documents and archaeological remains and artefacts. Rosalie David proved that the traditionalists were quite wrong.Professor David's mummy research started at the Manchester Museum when she began to collaborate with radiologists at in Manchester, taking the museum's mummies for x-rays at the hospital. Her multi-disciplinary team later moved to a dedicated institute at the University of Manchester, the KNH Centre for Biomedical Egyptology. Over the decades, the team there has made remarkable discoveries about disease and medicine in ancient Egyptian society, providing a new perspective on the history of medicine and giving extraordinary insights into the lives of individuals all those years ago.Rosalie tells Jim Al-Khalili about her journey from classics and ancient history to biomedicine, including some of her adventures in Egypt in the 1960s. She talks about some of her most significant research projects, and the 21st Century forensic detective work on the mummy of a young woman which revealed a gruesome murder 3,000 years ago...

In the summer of 2003, Europe experienced its most intense heatwave on record - one that saw more than 70,000 people lose their lives. Experiencing the effects whilst on holiday in Tuscany, climate scientist Peter Stott was struck by the idea that just maybe, he could use a modelling system developed by his team at the UK's Meteorological Office, to study extreme weather events such as this very heatwave mathematically; and figure out the extent to which human influences were increasing their probability.That's exactly what he went on to do - and, through this work and more, Peter has helped to shine a light on the causes and effects of climate change. His career, predominantly at the Meteorological Office, has seen him take on climate change sceptics and explain the intricacies of greenhouse gas emissions to global leaders. His work with the Intergovernmental Panel on Climate Change even earned him a share of the 2007 Nobel Peace Prize.But the biggest challenge remains: Peter talks to Jim Al-Khalili about whether humanity can adapt quickly enough to deal with the increasingly dangerous effects of our warming world...

Imagine a nanoparticle, less that a thousandth of the width of a human hair, that is so precise that it can carry a medicine to just where it's needed in the body, improving the drug's impact and reducing side effects.Ijeoma Uchegbu, Professor of Pharmaceutical Nanoscience at University College London, has spent her career with this goal in mind. She creates nanoparticles to carry medicines to regions of the body that are notoriously hard to reach, such as the back of the eye and the brain. With clinical trials in the pipeline, she hopes to treat blindness with eyedrops, transform pain relief and tackle the opioid crisis.Ijeoma took an unconventional route into science. Growing up in the UK and in Nigeria, she tells Professor Jim Al-Khalili her remarkable life story, from being fostered by a white family in rural Kent, while her Nigerian parents finished their studies, to struggling to pay the bills through her PhD as a single mum with young children.So passionate is Ijeoma to spread her love of science, she's even turned to stand-up comedy to help get her message across!

Darren Croft studies one of the ocean's most charismatic and spectacular animals – the killer whale. Orca are probably best known for their predatory behaviour: ganging up to catch hapless seals or attack other whales. But for the last fifteen years, Darren Croft's focus has been on a gentler aspect of killer whale existence: their family and reproductive lives . Killer whales live in multi-generational family groups. Each family is led by an old matriarch, often well into her 80s. The rest of the group are her daughters and sons, and grand-children. Especially intriguing to Darren is that female orca go through something like the menopause - an extremely rare phenomenon in the animal kingdom, only documented in just five species of toothed whales and of course in humans. Halting female reproduction in midlife is an evolutionary mystery, but it is one which Darren Croft argues can be explained by studying killer whales. Darren is Professor of Animal Behaviour at the University of Exeter. He talks to Jim Al-Kalili about his research on killer whales, his previous work revealing sophisticated social behaviour in fish, his life on the farm, and the downsides and upsides of being dyslexic.

Bill Gates is one of the world's best-known billionaires - but after years at the corporate coalface building a software empire and a vast fortune, his priority now is giving that wealth away. And his ethos for doing it has been shaped by science.Famed for co-founding Microsoft, in recent decades Bill's attention has turned to philanthropy via The Gates Foundation: one of the largest charities in the world. Since its inception in 2000, the organisation has helped tackle issues around health, education, inequality and climate change in some of the world's poorest countries, with an undeniable impact, from contributing to the eradication of wild poliovirus in Africa, to helping halve global child mortality rates within 25 years.But, as Jim al-Khalili discovers, for a man with lofty ambitions and an even loftier bank balance Bill has surprisingly humble tastes.

Throbbing head, nausea, dizziness, disturbed vision – just some of the disabling symptoms that can strike during a migraine attack. This neurological condition is far more common than you might think, affecting more people than diabetes, epilepsy and asthma combined.While medications, to help relieve the symptoms of migraine, have been around for some time, they haven't worked for everyone. And what happens in the brain during a migraine attack was, until recently, poorly understood.Peter Goadsby is Professor of Neurology at King's College London's Institute of Psychiatry, Psychology & Neuroscience and is a true pioneer in the field of migraine.Over the course of his career, he has unravelled what happens in the brain during a migraine attack and his insights are already benefiting patients - in the form of new medications that can not only treat a migraine, but also prevent it from occurring.Peter shares this year's Brain Prize, the world's largest prize for brain research, with three other internationally renowned scientists in the field.

Kip Thorne is an Emeritus Professor of Theoretical Physics at Caltech, the California Institute of Technology, and someone who's had a huge impact on our understanding of Einsteinian gravity. Over the course of his career Kip has broken new ground in the study of black holes, and been an integral parts of the team that recorded gravitational waves for the very first time – earning him a share in the 2017 Nobel Prize for Physics.He went on to promote physics in films: developing the original idea behind Christopher Nolan's time-travel epic Interstellar and, since then, advising on scientific elements of various big-screen projects; including, most recently, the Oscar-winning Oppenheimer.In a special edition of The Life Scientific recorded in front of an audience of London's Royal Institution, Professor Jim Al-Khalili talks to Kip about his life and career, from his Mormon upbringing in Utah to Hollywood collaborations – all through the lens of his unwavering passion for science.

It's summer - no really - and although the weather might have been mixed, the sporting line-up has been undeniably scorching - from the back-and-forth of Wimbledon, to the nail-biting Euros, to the current pageantry of the Summer Olympics.Next month the 2024 Paralympic Games get underway in Paris, involving the world's very best para athletes; and Professor Vicky Tolfrey is at the forefront of the science that makes their sporting dreams a reality.Vicky is the Director of the Peter Harrison Centre for Disability Sport at Loughborough University, a hub for elite para-sport research. She's worked with stars from the worlds of wheelchair athletics, basketball, rugby and tennis, amongst others – and in 2017, became the first European recipient of the International Paralympic Committee's prestigious Scientific Award.She tells Professor Jim Al-Khalili about her work with elite para athletes, her experiences at major international sporting events, and her childhood dreams of becoming an Olympian herself.

The engineering industry, like many other STEM sectors, has a problem with diversity: one that Dawn Bonfield believes we can and must fix, if we're to get a handle on much more pressing planetary problems...Dawn is a materials engineer by background, who held roles at Citroën in France and British Aerospace in the UK. But, after having her third child, she made the difficult decision to leave the industry - as she thought at the time, for good. However a short spell working in post-natal services and childcare gave her new skills and a fresh perspective. This led to Dawn rehabilitating the struggling Women in Engineering Society and creating ‘International Women In Engineering Day', which has just celebrated its 10th anniversary.Today, she's Professor of Practice in Engineering for Sustainable Development at King's College London, and the founder of Magnificent Women: a social enterprise celebrating the story of female engineers over the past century. She's also President of the Commonwealth Engineers' Council and has had her work supporting diversity and inclusion recognised with an MBE.Dawn talks to Professor Jim Al-Khalili about why 'inclusive engineering' should not be dismissed as tokenism, and why she's optimistic about the engineering sector's power to change the world.

In recent decades, we have taken huge steps forward in treating formerly fatal viruses - with pharmacological breakthroughs revolutionising treatment for conditions such as HIV, hepatitis and herpes. Raymond Schinazi has played a big role in that revolution.Ray was born in Egypt, where his mother's brush with a potentially deadly illness during his childhood inspired a fascination with medicine. His childhood was scattered; after his family were forced to leave their homeland and travelled to Italy as refugees, Ray ended up on a scholarship to a British boarding school - and subsequently went on to study and flourish in the world of chemistry and biology.Today, Ray is the director of the Laboratory of Biochemical Pharmacology at Emory University in Atlanta, where he also set up the renowned Center for AIDS Research. His work in the early days of HIV studies led to drugs that many with the virus still take today; while his contribution to developing a cure for Hepatitis C has saved millions of lives around the world.Speaking to Jim al-Khalili, Ray reflects on his route to success and explains why he is confident that more big breakthroughs are on the horizon.

From anorexia nervosa to binge-eating, eating disorders are potentially fatal conditions that are traditionally very difficult to diagnose and treat - not least because those affected often don't recognise that there's anything wrong. But also because of the diverse factors that can influence and encourage them.Janet Treasure is a Professor of Psychiatry at King's College, London - where she's focused on understanding the drivers behind these disorders, to help develop more effective treatments. Her study of twins in the 1980s offered one of the earliest arguments of a genetic link to anorexia, rather than the purely psychological motivations accepted at the time; while her most recent work explores holistic ways to better treat these conditions.Speaking to Jim Al-Khalili, Janet explains the work that's revealed anorexia's roots in both body and mind - as well as how attitudes towards eating disorders are slowly changing.

This series was originally broadcast in 2020.Science and politics are not easy bedfellows - "Stick to the science" is a three part series which aims to find out why.In this episode we're asking how politics shapes the life of a working scientist. Be it through funding agendas, cultural lobbies or personal bias, there's a myriad of ways in which politics can shape the game; influencing the direction and quality of research, But what does this mean for the objective ideals of science?This episode was produced by Nick Petrić Howe, with editing from Noah Baker and Benjamin Thompson. it featured contributions from many people, including: Mayana Zatz, Shobita Parthasarathy, Michael Erard, Peg AtKisson, Susannah Gal, Allen Rostron, Mark Rosenberg, and Alice Bell. Further ReadingBrazil's budget cuts threaten more than 80,000 science scholarshipsMove to reallocate funds from scientific institutions in São PauloBacklash to “Shrimps on a treadmill”Explanation of the Dickey AmendmentAfter over 20 years the CDC can now fund gun violence researchSpirometer use “race-correction” softwareBlack researchers less likely to get funding from the National Institutes of Health in the USBlack researchers may get less funding from the National Institutes of Health due to topic choiceBlack researchers fill fewer academic roles in the UKClinical trials use mostly white participantsThe Received Wisdom Podcast, with Shobita Parthasarathy Hosted on Acast. See acast.com/privacy for more information.

Marfan syndrome is a genetic disorder that makes renders the body's connective tissues incredibly fragile; this can weaken the heart, leading to potentially fatal aneurysms. What's more, anyone with the condition has a 50/50 chance of passing it on to their children.Dr Anne Child is a clinical geneticist who's dedicated her professional life to finding answers and solutions for people affected by Marfan's.Born in Canada, she met her British future-husband while working in Montreal in a case she describes as "love at first sight" - and in the 1970s she relocated her life to the UK.There, an encounter with a Marfan patient she was unable to help set Anne on a career path for life. She subsequently established the team that discovered the gene responsible for Marfan's, and founded the Marfan Trust to drive further research. Since then, life expectancy for those with the condition has jumped from 32 years old, to over 70.Speaking to Professor Jim Al-Khalili, Anne shares how she and her team achieved this remarkable turnaround.

Many of us have heard of seismology, the study of earthquakes; but what about asteroseismology, focusing on vibrations in stars?Conny Aerts is a Professor of Astrophysics at the University of Leuven in Belgium - and a champion of this information-rich field of celestial research. Her work has broken new ground in helping to improve our understanding of stars and their structures.It hasn't been an easy path: Conny describes herself as always being “something of an outlier” and she had to fight to follow her dream of working in astronomy. But that determination has paid off - today, Conny is involved in numerous interstellar studies collecting data from thousands of stars, and taking asteroseismology to a whole new level.In an epsiode recorded at the 2024 Cheltenham Science Festival, Professor Jim Al-Khalili talks to the pioneering Belgian astrophysicist about her lifelong passion for stars, supporting the next generation of scientists, and her determination to tread her own path.

When does a crowd of people become unsafe? How well will the football team Aston Villa do next season? When is it cost-effective to replace a kitchen? The answers may seem arbitrary but, to Nira Chamberlain, they lie in mathematics. You can use maths to model virtually anything.

What is the universe made of? Where does space dust come from? And how exactly might one go about putting on a one-man-show about Sir Isaac Newton?These are all questions that Mike Edmunds, Emeritus Professor of Astrophysics at Cardiff University and President of the Royal Astronomical Society (RAS), has tackled during his distinguished career. And although physics is his first love, Mike is fascinated by an array of scientific disciplines - with achievements ranging from interpreting the spread of chemical elements in the Universe, to decoding the world's oldest-known astronomical artefact.Recording in front of an audience at the RAS in London, Professor Jim Al-Khalili talks to Mike about his life, work and inspirations. And who knows, Sir Isaac might even make an appearance…

The reputation of the nuclear industry has had highs and lows during the career of Dr Fiona Rayment, the President of the Nuclear Institute. But nowadays the role of nuclear science and engineering has become more widely accepted in the quest for carbon net zero.Growing up in Hamilton, Scotland during a time of energy insecurity, Fiona was determined to understand more about why her school lacked the energy to heat up all of the classrooms or why there were power cuts causing her to have to do her homework by candlelight - and in nuclear she knew there was a possible solution.But it's not just in clean energy that Fiona has spent her career, she's also been involved in investigating how nuclear science can be used in treating cancer and space travel, as well as promoting gender diversity in the nuclear industry.Speaking to Professor Jim Al-Khalili, Fiona discusses how she's always tried to keep close to the science during her career in order to keep her ‘spark'!

Professor Charles Godfray, Director of the the Oxford Martin School tells Jim Al-Kahlili about the intricate world of population dynamics, and how a healthy obsession with parasitic wasps might help us solve some of humanity's biggest problems, from the fight against Malaria to sustainably feeding a global community of 9 billion people.

Sir Jonathan Van-Tam, or ‘JVT' as he's arguably better known, first came to widespread public attention in his role as Deputy Chief Medical Officer during the Covid-19 pandemic.But even before that, Jonathan had built an impressive career based on a long-held fascination with respiratory illness and infectious diseases. He's worked across the public and private sectors, contributing significantly to improving our understanding of influenza and treatments to address such viruses.It's hard to believe that back in his teens, JVT – the man who advised the nation on pandemic precautions and helped make the UK's vaccine roll-out possible – nearly didn't get the grades he needed to go to medical school. But early challenges aside, Jonathan went on to discover a love for both medical research and public speaking: making complex public health messages easier to digest – not least by using analogies relating to his beloved football.Speaking to Professor Jim Al-Khalili in the first episode of a new series of The Life Scientific, Jonathan discusses his life and career: from academic emphasis in childhood and imposter syndrome at medical school, to pandemic pressures around Covid-19 and big birthday celebrations.

The final episode in this series of The Life Scientific is a journey through space and time, via black holes and wormholes, taking in Nobel-prize-winning research and Hollywood blockbusters!Kip Thorne is an Emeritus Professor of Theoretical Physics at Caltech, the California Institute of Technology, and someone who's had a huge impact on our understanding of Einsteinian gravity. Over the course of his career Kip has broken new ground in the study of black holes, and been an integral parts of the team that recorded gravitational waves for the very first time – earning him a share in the 2017 Nobel Prize for Physics.He went on to promote physics in films: developing the original idea behind Christopher Nolan's time-travel epic Interstellar and, since then, advising on scientific elements of various big-screen projects; including, most recently, the Oscar-winning Oppenheimer.In a special edition of The Life Scientific recorded in front of an audience of London's Royal Institution, Professor Jim Al-Khalili talks to Kip about his life and career, from his Mormon upbringing in Utah to Hollywood collaborations – all through the lens of his unwavering passion for science. Presented by Jim Al-Khalili Produced by Lucy Taylor

In this episode of Mind Matters News, hosts Robert J. Marks and Angus Menuge continue their discussion with Dr. Jonathan J. Loose, author of the chapter “The Simple Theory of Personal Identity and the Life Scientific” in the book Minding the Brain. They explore thought experiments that challenge the idea that personal identity is solely determined by physical and psychological continuity. Read More › Source

In this episode of Mind Matters News, co-hosts Robert J Marks and Angus Menuge interview Dr. Jonathan Loose, another featured author included in the recent volume Minding the Brain. The book delves into the age-old question is the mind more than the brain? Loose’s chapter is titled “The Simple Theory of Personal Identity and The Life Scientific.” The trio discuss the Read More › Source

Our theme in the next two episodes is dark matter, the kind of far-out science that is stranger than fiction and presents realms of possibility that are both more plausible and more interesting than parallel worlds or extra dimensions or even wormholes. In this episode we talk to Jim Al-Khalili, who is many things: physicist, author of both fiction and non-fiction, educator, broadcaster and all around extraordinary public intellectual who reaches millions of people around the world with his popular science books and as the host of the BBC's flagship scientific program, The Life Scientific.  In this conversation we talk about his new science fiction book Sunfall, which uses dark matter as the novum that drives the story, and makes heroes of the physicist who save the world.  Along the way we talk about a lot of other cool science in his science fiction, including quantum effects in biology, the magnetic field of earth and how it prevents our atmosphere from being stripped away by the solar wind, as well as a really interesting bit of (fictional) particle physics that imagines the possibility of manipulating and focusing dark matter beams so they can interact with each other and release their energy in the core of the earth.  This is a gentle introduction to the subject of dark matter, about which we still understand very little -  but we know it exists, and it is likely to show us that the universe is more ingenious and creative and interesting than our human minds have yet to imagine.https://en.wikipedia.org/wiki/Jim_Al-Khalilihttps://www.amazon.com/Sunfall-Jim-Al-Khalili/dp/0593077423Buzzsprout (podcast host):https://thescienceinthefiction.buzzsprout.comEmail: thescienceinthefiction@gmail.comFacebook: https://www.facebook.com/groups/743522660965257/Twitter:https://twitter.com/MartyK5463

Welcome to Episode 16 of Season 7 everyone! Everything Under The Sun has been nominated for Best British Podcast in the kids category, has moved to Bali, Indonesia, and the paperback book of Everything Under The Sun is OUT NOW!!   This week we have three fascinating questions about our weird and wonderful universe! So get your space helmets on... we're taking a trip through the Solar System!   How did the milky way form? Jim Al-Khalili answers this one. He is a theoretical physicist with his own radio show called The Life Scientific!    Why is there no gravity on space? We find out all about the very important force of gravity, and how it works in space (spoiler alert: there IS gravity in space!).   Why is Earth called Earth? Ever wondered how our beautiful little planet got its name? We trace Earth's name all the way back to hundreds of years ago.   Happy listening everyone!   And do buy the brand new PAPERBACK edition of Everything Under The Sun - a year of curious questions - out now!   Amazon: https://www.amazon.co.uk/Everything-Under-Sun-curious-question/dp/0241433460   Target Australia: https://www.target.com.au/p/everything-under-the-sun-molly-oldfield/65704592   And order it in any beautiful bookshop! Thank you! Hope you love it.   Instagram: @mollyoldfieldwrites Pod Instagram: @everythingunderthesunpod   Do check out our website www.mollyoldfield.com for more info about how to send in questions.See omnystudio.com/listener for privacy information.

Professor Al-Khalili is a theoretical physicist at the University of Surrey, as well as a prominent author and broadcaster. Jim has written 14 popular books about science translated into 26 different languages. His latest book, The Joy of Science, applies the principles of science to our daily lives. Jim is a regular presenter of science documentaries, and he hosts the long-running weekly BBC Radio 4 programme, The Life Scientific. On this episode of the Templeton Ideas podcast, Jim explores the intersection of quantum mechanics and biology, the enduring mystery of the origin of life, and reflects on his journey as a science communicator. What did you think of this episode? Let us know with a rating and a review! Still curious? https://www.templeton.org/news is where you can find the latest stories from our grantees, our staff, and contributing writers from around the world.  Join the conversation on social media: Twitter, Facebook, Instagram, LinkedIn and YouTube.

Sir Jonathan Van-Tam, or ‘JVT' as he's arguably better known, first came to widespread public attention in his role as Deputy Chief Medical Officer during the Covid-19 pandemic.But even before that, Jonathan had built an impressive career based on a long-held fascination with respiratory illness and infectious diseases. He's worked across the public and private sectors, contributing significantly to improving our understanding of influenza and treatments to address such viruses. It's hard to believe that back in his teens, JVT – the man who advised the nation on pandemic precautions and helped make the UK's vaccine roll-out possible – nearly didn't get the grades he needed to go to medical school. But early challenges aside, Jonathan went on to discover a love for both medical research and public speaking: making complex public health messages easier to digest – not least by using analogies relating to his beloved football. Speaking to Professor Jim Al-Khalili in the first episode of a new series of The Life Scientific, Jonathan discusses his life and career: from academic emphasis in childhood and imposter syndrome at medical school, to pandemic pressures around Covid-19 and big birthday celebrations.Produced by Lucy Taylor.

In this archive listen from 2022, Professor Jim Al-Khalili is the physicist who makes science look easy. He's the author of several books including The Joy of Science, which offers eight core scientific principles that can be applied to everyday life. As a broadcaster Jim is perhaps best known as the voice of BBC Radio 4's The Life Scientific and he holds the position of Distinguished Chair in physics and University Chair in public engagement at the University of Surrey. Our host for this discussion is Media Editor for The Sunday Times, Rosamund Urwin. If you'd like to become a Member and get access to all of our longer form interviews and Members-only content, just visit intelligencesquared.com/membership to find out more. For £4.99 per month you'll also receive: - Full-length and ad-free Intelligence Squared episodes, wherever you get your podcasts - Bonus Intelligence Squared podcasts, curated feeds and members exclusive series - 15% discount on livestreams and in-person tickets for all Intelligence Squared events - Our member-only newsletter The Monthly Read, sent straight to your inbox ... Or Subscribe on Apple for £4.99: - Full-length and ad-free Intelligence Squared podcasts - Bonus Intelligence Squared podcasts, curated feeds and members exclusive series ... Already a subscriber? Thank you for supporting our mission to foster honest debate and compelling conversations! Visit intelligencesquared.com to explore all your benefits including ad-free podcasts, exclusive bonus content, early access and much more ... Subscribe to our newsletter here to hear about our latest events, discounts and much more. https://www.intelligencesquared.com/newsletter-signup/ Learn more about your ad choices. Visit podcastchoices.com/adchoices

Humans have a long-held fascination with the idea of Artificial Intelligence (AI) as a dystopian threat: from Mary Shelley's Frankenstein, through to the Terminator movies. But somehow, we still often think of this technology as 'futuristic': whereas in fact, it's already woven into the fabric of our daily lives, from facial recognition software to translator apps. And if we get too caught up in the entertaining sci-fi narrative around AI and the potential threat from machines, there's a more pressing danger that we overlook real and present concerns - from deep fakes to electoral disinformation. That's why Michael Wooldridge is determined to demystify AI and explain how it can improve our lives, in a whole host of different ways. A Professor of Computer Science at the University of Oxford, and the Director of Foundational AI Research at the Alan Turing Institute, Mike believes the most common fears around this technology are "misplaced". In a special 300th edition of The Life Scientific, recorded in front of an audience at London's Royal Institution (RI), Mike tells Jim Al-Khalili how he will use this year's prestigious RI Christmas Lectures to lift the lid on modern AI technology and discuss how far it could go in future. Mike also reminiscences about the days when sending an email was a thrilling novelty, discusses why people love talking to him about the Terminator at parties, and is even challenged to think up a novel future use of AI by ChatGPT... Presenter: Jim Al-Khalili Producer: Lucy Taylor Audio editor: Sophie Ormiston Production co-ordinator: Jonathan Harris

How do you solve a problem like CO2? As the curtain closes on the world's most important climate summit, we talk to a scientist who was at COP 28 and is working to solve our carbon dioxide problem. Professor Mercedes Maroto-Valer thinks saving the planet is still Mission Possible - but key to success is turning excess of the climate-busting gas, carbon dioxide, into something useful. And as Director of the Research Centre for Carbon Solutions at Heriot-Watt University and the UK's Decarbonisation Champion, she has lots of innovative ideas on how to do this. She also has a great climate-themed suggestion for what you should say when someone asks your age… Presenter: Jim Al-Khalili Producer: Gerry Holt Audio editor: Sophie Ormiston Production Co-ordinator: Jonathan Harris

The Life Scientific zooms in to explore the intricate atomic make-up of metal alloys, with complex crystalline arrangements that can literally make or break structures integral to our everyday lives. Professor Sir Harry Bhadeshia is Professor of Metallurgy at Queen Mary University of London and Emeritus Tata Steel Professor of Metallurgy at the University of Cambridge. He's been described as a ‘steel innovator' – developing multiple new alloys with a host of real-world applications, from rail tracks to military armour. Harry's prolific work in the field has earned him widespread recognition and a Knighthood; but it's not always been an easy ride... From his childhood in Kenya and an enforced move to the UK as a teenager, to the years standing up to those seeking to discredit the new path he was forging in steel research - Jim Al-Khalili discovers that Harry's achievements have required significant determination, as well as hard work. Presenter: Jim Al-Khalili Producer: Lucy Taylor Audio editor: Sophie Ormiston Production Co-ordinator: Jonathan Harris

“Big data” and “data science” are terms we hear more and more these days. The idea that we can use these vast amounts of information to understand and analyse phenomena, and find solutions to problems, is gaining prominence, both in business and academia. Cathie Sudlow, Professor of Neurology and Clinical Epidemiology at the University of Edinburgh, has been at the forefront of enabling health-related research using ever-increasing datasets. She tells presenter Jim Al-Khalili why this type of research matters and how the COVID-19 pandemic changed attitudes towards data in healthcare. Over the course of her career, Cathie has held a variety of roles at different organisations, and she is currently Chief Scientist and Deputy Director at Health Data Research UK. She believes that there is no room for prima donnas in science, and wants her field to be open and collaborative, to have the most impact on patients' lives.Presenter: Jim Al-Khalili Producer: Florian Bohr Production Co-ordinator: Jonathan Harris

Professor Jim Al-Khalili meets one of Britain's greatest physicists, Sir Michael Berry. His work uncovers 'the arcane in the mundane', revealing the science that underpins phenomena in the world around us such as rainbows, and through his popular science lectures he joyfully explains the role of quantum mechanics in phones, computers and the technology that shapes the modern world. He is famed for the 'Berry phase' which is a key concept in quantum mechanics and one Sir Michael likes to explain through an analogy of holding a cat upside down and dropping it, or parallel parking a car.Presenter: Jim Al-Khalili Studio Producer: Tom Bonnett Audio Editor: Gerry Holt Production Co-ordinator: Jonathan Harris

Dr Susannah Maidment, Principal Researcher in fossil reptiles at London's Natural History Museum, takes us 100 million years back in time to when Antarctica was a rainforest and home to some of the biggest creatures to ever walk the earth – the dinosaurs! Susannah has a PhD in vertebrate palaeontology from the University of Cambridge and, prior to working at the Natural History Museum, was a Research Fellow at Imperial College and a postdoctoral researcher at the Natural History Museum. She appears regularly in the media talking about dinosaurs and has been a guest on BBC Radio 4's The Life Scientific and The Infinite Monkey Cage.https://www.ukaht.org/antarctica-in-sight/podcasts/Season 4 of A Voyage to Antarctica is made possible with support from Hurtigruten Expeditions. Hosted on Acast. See acast.com/privacy for more information.

People around the world are living longer and, on the whole, having fewer children. What does this mean for future populations? Sarah Harper CBE, Professor in Gerontology at the University of Oxford, tells presenter Jim Al-Khalili how it could affect pensions, why it might mean we work for longer, and discusses the ways modern life is changing global attitudes to when we have children, and whether we have them at all. Fertility and ageing have been Sarah's life's work and she tells her story of giving up a career in the media to carry out in-depth research, and going on to study population change in the UK and China, setting up the Oxford Institute of Population Ageing and later becoming a Scientific Advisor to UK Government.Presenter: Jim Al-Khalili Producer: Tom Bonnett Production Co-ordinator: Jonathan Harris

The Life Scientific returns with a special episode from the USA; Princeton, New Jersey, to be precise. Here, the Institute for Advanced Study has hosted some of the greatest scientific minds of our time - Einstein was one of its first Professors, J. Robert Oppenheimer its longest-serving director - and today's guest counts among them. Edward Witten is Professor Emeritus at the Institute and the physicist behind M-Theory, a leading contender for what is commonly referred to as ‘the theory of everything', uniting quantum mechanics and Einstein's theory of gravity. He talks to Jim Al-Khalili about a career that's spanned some of the most exciting periods in modern theoretical physics - and about one particular problem that's both obsessed and eluded him since his days as a student… Produced by Lucy Taylor

Humans have a long-held fascination with the idea of Artificial Intelligence (AI) as a dystopian threat: from Mary Shelley's Frankenstein, through to the Terminator movies.But somehow, we still often think of this technology as 'futuristic': whereas in fact, it's already woven into the fabric of our daily lives, from facial recognition software to translator apps. And if we get too caught up in the entertaining sci-fi narrative around AI and the potential threat from machines, there's a more pressing danger that we overlook real and present concerns - from deep fakes to electoral disinformation.That's why Michael Wooldridge is determined to demystify AI and explain how it can improve our lives, in a whole host of different ways. A Professor of Computer Science at the University of Oxford, and the Director of Foundational AI Research at the Alan Turing Institute, Mike believes the most common fears around this technology are "misplaced".In a special 300th edition of The Life Scientific, recorded in front of an audience at London's Royal Institution (RI), Mike tells Jim Al-Khalili how he will use this year's prestigious RI Christmas Lectures to lift the lid on modern AI technology and discuss how far it could go in future.Mike also reminiscences about the days when sending an email was a thrilling novelty, discusses why people love talking to him about the Terminator at parties, and is even challenged to think up a novel future use of AI by ChatGPT...Produced by Lucy Taylor.

The Life Scientific zooms in to explore the intricate atomic make-up of metal alloys, with complex crystalline arrangements that can literally make or break structures integral to our everyday lives.Professor Sir Harry Bhadeshia is Professor of Metallurgy at Queen Mary University of London and Emeritus Tata Steel Professor of Metallurgy at the University of Cambridge. He's been described as a ‘steel innovator' – developing multiple new alloys with a host of real-world applications, from rail tracks to military armour.Harry's prolific work in the field has earned him widespread recognition and a Knighthood; but it's not always been an easy ride... From his childhood in Kenya and an enforced move to the UK as a teenager, to the years standing up to those seeking to discredit the new path he was forging in steel research - Jim Al-Khalili discovers that Harry's achievements have required significant determination, as well as hard work.Produced by Lucy Taylor.

Today's information (and misinformation) overload is difficult and confusing to navigate. Post-truth politics and conspiracy theories abound. Science and scientists are under growing suspicion, causing even more confusion and unrest. At the same time, we need science to survive today's biggest threats like pandemics and climate change. To bridge this gap, acclaimed physicist and New York Times bestselling author Jim Al-Khalili wants us all to start thinking like scientists. Al-Khalili believes that the practice of science can offer us a way of thinking and understanding our complex world. He's created a guide to leading a more rational life, inviting people to engage with the world as scientists have been trained to do. He defines the “how” and “why” behind science, as well as what science is (and what it's not). With today's scrutiny over science, Al-Khalili admits that scientists need to do more to communicate how they work to build trust and credibility in the public eye. One way to do that is for everyone to adopt the scientific method in our daily lives. Science may not only solve today's biggest problems, but it can be a way for everyone to make everyday decisions for themselves and their loved ones. Jim Al-Khalili is an Iraqi-born theoretical physicist at the University of Surrey, where he holds a Distinguished Chair in physics as well as a university chair in public engagement in science. He has written 14 books on popular science and the history of science, between them translated into twenty-six languages. His latest books include The Joy of Science and The World According to Physics, which was shortlisted for the Royal Society Book Prize. He is a regular presenter of TV science documentaries, such as the Bafta-nominated Chemistry: A Volatile History and he hosts the long-running weekly BBC Radio 4 program, The Life Scientific. The Joy of Science Third Place Books

With the world's biodiversity being lost at an alarming rate, Alexandre Antonelli, Director of Science at the Royal Botanic Gardens, Kew, has made it his life's mission to protect it. He is a bio-geographer revealing how changes to the Earth's landscape, such as the formation of mountain ranges and rainforests, leads to the evolution of new species and causes plants, fungi and animals to move around the world. His work is a masterclass in joined-up thinking, bringing together different fields of research by starting conversations between scientists who would rarely talk to one another. Together, they paint a more holistic picture of how our planet's biodiversity has developed in the hope of informing how we can protect it in the future. Alex tells presenter Jim Al-Khalili about a life spent in the wild, beginning with his earliest memories of growing up in Brazil cataloguing life in the Atlantic Rainforest. That passion is still with him today. We've only scratched the surface of understanding what lives here on Earth, he says, more than 4,000 new species are found every year. Alex is passionate that we need to speed up the rate at which we document the richness of life, arguing if we don't identify what there is we can't protect it.

Astronomer Paul Murdin believes a good imagination is vital for scientists, since they're so often dealing with subjects outside the visible realm. Indeed, over a long and successful career his imagination has taken him on a journey through space, discovering various new and unusual celestial occurrences - notably the first successful identification of a black hole, Cygnus X-1. Paul tells Jim Al-Khalili how he spent much of his career at the Royal Greenwich Observatory, working with astronomers around the world on some of the most advanced telescopes ever built. He headed up the Astronomy section of the UK's Particle Physics and Astronomy Research Council, was Director of Science for the British National Space Centre and even has an asteroid named after him. This list of achievements is testament to the fact that Paul has never let his disability hold him back; a leg brace and walking sticks have been part of his life since contracting polio in childhood. But he maintains that as long as you have curiosity and a vibrant imagination, nothing should stand in your way. (Photo: Paul Murdin in 1971 next to the Isaac Newton Telescope at the time of the discovery with that telescope of Cygnus X-1. Credit: Paul Murdin)

The Life Scientific returns with a special episode from the USA; Princeton, New Jersey, to be precise. Here, the Institute for Advanced Study has hosted some of the greatest scientific minds of our time - Einstein was one of its first Professors, J. Robert Oppenheimer its longest-serving director - and today's guest counts among them. Edward Witten is Professor Emeritus at the Institute and the physicist behind M-Theory, a leading contender for what is commonly referred to as ‘the theory of everything', uniting quantum mechanics and Einstein's theory of gravity. He talks to Jim Al-Khalili about a career that's spanned some of the most exciting periods in modern theoretical physics - and about one particular problem that's both obsessed and eluded him since his days as a student… Produced by Lucy Taylor.

Some of the most complex medicines available today are made from living cells or organisms - these treatments are called bio-pharmaceuticals and in this episode of The Life Scientific Dr Bahija Jallal, CEO of Immunocore, shares her story of leaving her home in Casablanca, Morocco to become a world leader in developing bio-pharmaceutical cancer treatments. She tells Professor Jim Al-Khalili that she has always found herself ahead of the curve. When she began in oncology, the study of cancer, the common treatment was chemotherapy which attacked all the cells in an affected area. Her first studies into cancer treatments were looking at how certain therapies could focus in on the cancerous cells and move away from what she describes as the 'sledgehammer' of traditional chemotherapy. It was an early step in what became known as targeted cancer therapies, and it set Bahjia on course for a career dedicated to developing innovative drugs to improve cancer patients' lives. Through a deep understanding of the science and a resolute commitment to putting treatments in the hands of people who need them, she has produced astonishing results.

From landslides and wildfires to floods and tornadoes, Bruce Malamud has spent his career travelling the world and studying natural hazards. Today, he is Wilson Chair of Hazard and Risk and Executive Director of the Institute of Hazard, Risk and Resilience at Durham University - but as he tells Jim Al-Khalili, a lifelong passion for discovery has taken Bruce from volunteering with the Peace Corps in West Africa and a Fulbright Fellowship in Argentina, to fieldwork in India; not only studying hazards themselves, but also the people they affect - and building up the character and resilience to overcome personal tragedy along the way... Over the years, his work in the field has opened up new ways of understanding such events: from statistical modelling to show how groups of hazards occur, to examining the cascading relationships between multiple hazards. And today, his focus is on projects that can bring tangible benefits to people at serious risk from environmental hazards - finding innovative ways to help them to better manage that threat.

The world around us is three-dimensional. Yet, there are materials that can be regarded as two-dimensional. They are only one layer of atoms thick and have remarkable properties that are different from their three-dimensional counterparts. Sir Andre Geim created the first-ever man-made 2D material, by isolating graphene, and is one of the pioneers in this line of research. Even beyond his Nobel Prize-winning work on graphene, he has explored new ideas in many different areas of physics throughout his career. Andre tells Jim about his time growing up in the Soviet Union, being rejected from university based on his German ethnicity, his move to Western Europe, and levitating frogs.

Clifford Johnson's career to date has spanned some seemingly very different industries - from exploring quantum mechanics around string theory and black holes, to consulting on some of Hollywood's biggest movies; but it makes sense once you understand his ambition of making science accessible to all. A Professor in the Department of Physics and Astronomy at the University of Southern California in Los Angeles, Clifford's worked in the United States for decades – but was born in the UK, then spent his formative years on the Caribbean island of Montserrat, before moving back to England to study. Here, he fell in love with quantum mechanics - before moving to the US, where he's broken new ground in finding ways to talk about quantum gravity and black holes. Clifford's other big passion is getting as many people as possible engaged with science, making it more exciting, entertaining and most importantly diverse - and it's this attitude that's led to regular work as a science consultant on various TV shows and films; and even a recent cameo in a major movie.

A fur-stripped mouse carcase might not sound like the cosiest of homes – but that is where the burying beetle makes its nest, and where Rebecca Kilner has focused much of her research. A professor of evolutionary biology at the University of Cambridge, Rebecca's work – initially with cuckoos, then more recently with beetles – has shed invaluable light on the relationship between social behaviours and evolution. She tells Jim al-Khalili how the beetles' helpfully swift generational churn and mouse-based parenting has allowed her team to study evolution in action, demonstrating for the first time what was previously just evolutionary theory.