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PLUS podcast - maths on the move
- It's 100 years since the self-taught mathematical genius Srinivasa Ramanujan was elected fellow of the Royal Society. To celebrate the centenary the Royal Society organised a meeting back in October 2018 at which we met Ken Ono, mathematician and also an advisor and associate producer on the recent film about Ramanujan, "The man who knew infinity".In this podcast Ono tells us about Ramanujan and the work that got him elected to the Royal Society, and his "Spirit of Ramanujan" project which supports engineers, mathematicians and scientists who lack institutional support.You can read more in our articles https://plus.maths.org/content/spirit-ramanujan and https://plus.maths.org/content/celebrating-ramanujan Ramanujan, dream of the possible
- What's a multiverse? What's the future for intelligent life? And what happened 380,000 after the Big Bang. At Stephen Hawking's 70th birthday conference we talked to physicists David Spergel and Raphael Bousso to find out more. You can also read the accompanying article at https://plus.maths.org/content/bang-crunch-freeze-and-multiverse Plus advent calendar door #22: Bang, crunch, freeze and the multiverse
- We're used to the idea that some numbers never change: the strength of gravity, the speed of light, or the electric charge carried by an electron — this is why these numbers are called "constants". But are they really unchanging? In this podcast John D. Barrow tells us how it all depends on which constants you choose, and how changes in the constants that define our Universe might have implications for extra dimensions, gravity, and climbing flies.You can also read the article that accompanies this podcast at https://plus.maths.org/content/issue51/outerspace/index.html Plus advent calendar door #21: Are the constants of nature really constant?
- If the characters in computer games attain consciousness one day, they probably won't believe that they are living in a world that's entirely described by the 0s and 1s of computer code. But something similar might go for us, too. Max Tegmark, a physicist at MIT, argues that the Universe we live in is not just very well described by mathematics, but that it is a mathematical structure. In this podcast he tells us about this idea. Plus advent calendar door #20: It's all maths!
- Scientists trying to build quantum computers might do worse than talk to birds. Some species of birds use quantum mechanics to navigate and studying how they do it might help with building those elusive quantum machines. Back in 2010 we spoke to the physicists Simon Benjamin and Erik Gauger to find out more.You can also read the article that accompanies this podcast – https://plus.maths.org/contentlearning-quantum-physics-birds Plus Advent Calendar Door #19: Flying home with quantum physics
- If you have ever been in an MRI scanner you'll appreciate the work for which Donoho was honoured with the Carl Friedrich Gauss Prize at the International Congress of Mathematicians 2018. His research has revolutionised this imaging technique, leading to significant shortening of the time patients have to spent in the claustrophobia inducing tube. In this podcast he talks to us about sparse signals, wavelets and an area of signal processing called compressed sensing.You can also watch this interview as a video – https://plus.maths.org/content/gauss-prize-2018-david-donoho Plus advent calendar door #18: The Gauss Prize 2018
- Vaccination is an emotive business. The furore around the MMR vaccine and autism has shown that vaccination health scares can cause considerable damage: stop vaccinating, and epidemics are sure to follow. But how do scientists decide whether a vaccine and a vaccination strategy are effective and safe? We talk to Paddy Farrington, Professor of statistics at the Open University. You can also read the accompanying article – https://plus.maths.org/content/latestnews/sep-dec09/vaccines Plus Advent Calendar Door #17: Protecting the nation
- This summer the world saw the biggest mathematics conference of them all — the International Congress of Mathematicians — take place in Rio de Janeiro, Brazil. The Congress sees the award of the famous Fields medals, as well as other prestigious prizes. In this podcast, recorded in Rio the day after the prizes were awarded, we talk about the Fields medallists and their work, and hear what they had to say at a press conference.You can see all the content we produced at the ICM –https://plus.maths.org/content/tags/icm-2018 Plus Advent Calendar Door #14: The Fields medals 2018
- Every day we are bombarded with statistics about sex. How many times we think of it a day, how many times we do it, and with how many people. But how do we know which of those numbers can be believed? David Spiegelhalter, one of our favourite statisticians, has written a book all about the stats of sex, called "Sex by numbers". In this podcast Spiegelhalter gives us some of his favourite snippets from the book, which are as informative as they are entertaining. You can also watch our interview as a video or read the associated article – https://plus.maths.org/content/sexual-statistics Plus advent calendar door #15: Sexual statistics
- Time is a problem, not just for you and me, but also for philosophers. What exactly is time? Why does it have a direction? And was there a beginning of time? In this podcast philosophers of physics Jeremy Butterfield and David Wallace, as well as the eminent Roger Penrose, talk about the puzzle time poses, and what it has to do with the Big Bang and thermodynamics.There is more about the nature of time in the article – https://plus.maths.org/content/what-time-0 Plus Advent Calendar Door #16: The puzzle of time
- That depends, in part, on what you think infinity is. In this podcast cosmologist John D. Barrow explores the concept of infinity, from shock waves to black holes, and from Aristotle's ideas to Cantor's never-ending tower of mathematical infinities.The podcast was recorded to celebrate the International Year of Astronomy 2009, but given the enduring nature of the subject, Barrow's answers are as relevant today as they were then.You can also read the article that accompanies this podcast – https://plus.maths.org/content/does-infinity-exist Plus Advent Calendar Door #13: Does infinity exist?
- The Velodrome, with its striking curved shape, was the first venue to be completed in the London Olympic Park. Plus talks to structural engineers Andrew Weir and Pete Winslow from Expedition Engineering, who were part of the design team for the Velodrome, about how mathematics helped create its iconic shape.You can also read the accompanying article – https://plus.maths.org/content/how-velodrome-found-its-form Plus advent calendar door #12: How the velodrome found its form
- A Gömböc is a strange thing. It looks like an egg with sharp edges, and when you put it down it starts wriggling and rolling around as if it were alive. Until around ten years ago no-one knew whether Gömböcs even existed. And Gabor Domokos, one of their discoverers, reckons that in some sense they barely exists at all. So what are Gömböcs and what makes them special?You can also read this article about the Gömböc – https://plus.maths.org/content/story-goumlmboumlc Plus advent calendar door #11: The story of the Gömböc
- What do the human brain, the Internet and climate change have in common? They're all hugely complex, and while they're very different, the tools used to grapple with this complexity are likely to be similar. In 2008 visited the Cambridge Complex Systems Consortium, dedicated to building an over-arching science of complexity, and talked to neuroscientist Ed Bullmore, mathematician Frank Kelly and climate scientist Hans Graf about their take on complexity. This podcast accompanies the article – https://plus.maths.org/content/latestnews/sep-dec08/complexity/ Plus advent calendar door #10: Small worlds on the brain
- Quantum physics is a funny thing. With counterintuitive ideas such as superposition and entanglement, it doesn't seem to resemble reality as we know it, yet quantum physics is an incredibly successful theory of how the physical world operates. We attended the conference "Quantum Physics and the Nature of Reality" at the University of Oxford in September 2010. We spoke to Andrew Briggs, John Polkinghorne, Nicolas Gisin, David Wallace, Roger Penrose and Andrea Morello about how we can resolve the mysteries of quantum physics with our experience of reality. And we found out why quantum physics is just like riding a bike... Plus advent calendar door #9: Does quantum physics really describe reality?
- If the Universe started with a big bang nearly 14 billion years ago, then what happened before that? Was there nothing at all? Did time and space not exist? Or was there something else? Back in 2009 we put the question to the famous cosmologist John D. Barrow. The Universe is an infinitely self-perpetuating foam of bubbles, it seems.You can also read the accompanying article – https://plus.maths.org/content/latestnews/jan-apr09/bigbang/index.html Plus Advent Calendar Door #8: What happened before the big bang?
- This time of year can be very expensive. Money was particularly worrying when we made this podcast in September 2008, when the global financial crisis began to ripple across the world.We asked David Hand, Chris Rogers and John Coates if maths was to blame for the world's money troubles.This podcast accompanies the article – https://plus.maths.org/content/maths-blame Plus Advent Calendar Door #7: Was maths to blame for the financial crisis?
- If you're looking for a fun outing this holidays, why not step inside an abstract mathematical space! You can do just this in the maths gallery at the Science Museum in London.In this podcast from 2015, just before the gallery opened, we talked to Shajay BhooshanZaha Hadid Architects, the lead designer on the project, about how you create a mathematical space, and the role of maths in design and architecture.You can read more about the gallery at https://plus.maths.org/content/maths-takes-flight Plus Advent Calendar Door #6: Maths takes flight
- "Deck the halls with boughs of holly, fa, la, la, la, la, la, la, la, la!" Are you loving the ubiquitous Christmas carols? A piece of mathematics is to thank for the online availability of carols, and any other music you can think of.Digital music and images would be impossible without Fourier transforms and it has applications in anything from medical imaging to landmine detection. In this interview from 2008 we asked Chris Budd what the Fourier transform does, and how it does it. This podcast accompanies the article – https://plus.maths.org/content/saving-lives-mathematics-tomography Plus Advent Calendar Door #5: Catching waves
- About to decorate your tree and looking for a particularly unusual bauble? If only we could decorate ours with mini black holes – some of the most intriguing objects in Universe. We asked cosmologist Pau Figueras everything we’ve ever wanted to know about black holes. In this podcast he explains what black holes are, physically, and how we hope to observe them.You can also listen to the other part of this interview ( https://plus.maths.org/content/what-black-hole-mathematically ), where Figueras explains how you describe black holes mathematically, and how they were predicted by Einstein's theories. You can also read the accompanying article – https://plus.maths.org/content/what-black-holeThanks to eusa for the music used in this podcast.UPDATE:In this interview from 2015 Pau Figueras says that we still cannot be sure that black holes really do exist. However, since the interview evidence for black holes has been discovered, so now we know they do! Find out more at https://plus.maths.org/content/spacetime-does-ripple Plus Advent Calendar Door #4: What is a black hole - physically?
- It's the time of the year for cough sweets, flu medication and paracetamol. But how do we know these and other medicines really work? We talked to David Spiegelhalter (Winton Professor of the Public Understanding of Risk), Sheila Bird (Professor at the Medical Research Council Biostatistics Unit), and Nigel Hawkes (journalist and director of Straight Statistics) about randomised controlled trials, why they are used and how they test if a new treatment works. You can also read an accompanying article – https://plus.maths.org/content/latestnews/jan-apr10/rct/ Plus advent calendar door #3: How to evaluate a medical treatment
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- 1194
- 1195
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- 1197
- 1198
- 1199
- 1200
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- 1240
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- 1245
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- 1248
- 1249
- 1250
- 1251
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- 1253
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- 1255
- 1256
- 1257
- 1258
- 1259
- 1260
- 1261
- 1262
- 1263
- 1264
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- 1266
- 1267
- 1268
- 1269
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- 1271
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- 1300
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- 1319
- 1320
- 1321
- 1322
- 1323
- 1324
- 1325
- 1326
- 1327
- 1328
- 1329
- 1330
- 1331
- 1332
- 1333
- 1334
- 1335
- 1336
- 1337
- 1338
- 1339
- 1340
- 1341
- 1342
- 1343
- 1344
- 1345
- 1346
- 1347
- 1348
- 1349
- 1350
- 1351
- 1352
- 1353
- 1354
- 1355
- 1356
- 1357
- 1358
- 1359
- 1360
- 1361
- 1362
- 1363
- 1364
- 1365
- 1366
- 1367
- 1368
- 1369
- 1370
- 1371
- 1372
- 1373
- 1374
- 1375
- 1376
- 1377
- 1378
- 1379
- 1380
- 1381
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- 1383
- 1384
- 1385
- 1386
- 1387
- 1388
- 1389
- 1390
- 1391
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- 1399
- 1400
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- 1424
- 1425
- 1426
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- 1431
- Next
- Total 30047
- Show More