
Sign up to save your podcasts
Or


Based on Podcast App listening data
Why do we find the young of other species cute?
Finding baby humans adorable makes evolutionary sense, ensuring that we care for them properly. But what about babies of other species? Hannah and Dara go down a fluffy rabbithole of cuteness: pondering the science behind things that make us go 'ahhhh'; exploring the phenomenon of 'cute aggression'; and discovering there can be such a thing as cuteness overload.
We also discover what Dara would look like as an elf, and what happens when you make Hannah scientifically less cute. Brace yourselves...
If you have a scientific mystery for the team to investigate, contact them on [email protected].
Contributors:
Producer: Lucy Taylor
We may think of tessellation as being about how to tile a flat plane but this week we reveal how repeating patterns actually occur all over the place, and can even help us solve some of nature's most complex problems.
The presenters start with the simple principal that for shapes to fill a space without leaving any gaps or overlapping, the angles in the corners have to add up to exactly 360° - which means squares, triangles and hexagons are all strong contenders. Then they try their hand at creating their own tiles, based on a technique referred to as the 'Escher' method.
If you have an everyday mystery for the team to investigate, contact them on [email protected].
Contributors:
Dr Katie Steckles
Producer: Lucy Taylor
We often associate yawning with being tired or bored - but this week's episode explores whether it could be a clever way to cool down our brains?
Hannah and Dara discover humans aren't the only species that yawn. From cats to chimpanzees and even fish, plenty of other vertebrates engage in this ancient behaviour which scientists believe evolved hundreds of millions of years ago. And it doesn't always happen as a spontaneous reflex to feeling tired but can also be triggered by watching other people do it.
If you have an everyday mystery for the team to investigate, contact them on [email protected]
Contributors:
Stephen Jackson - Professor of Cognitive Neuroscience, University of Nottingham
Dr Andrew Gallup - Professor of Behavioral Biology at Johns Hopkins University
Producer: Lucy Taylor
What happens when you give water a really good shake? You might expect splashing, spilling and general aquatic chaos - but under exactly the right conditions, something much stranger can happen...
In this episode, Hannah Fry and Dara Ó Briain dive into the world of 'Faraday waves': amazing geometric patterns that, in certain circumstances, will appear on the surface of a vibrating liquid. They discover how the renowned physicist Michael Faraday accidentally discovered this remarkable phenomenon in the 19th Century; debate whether they could ever occur in a swimming pool; and find out what on earth alligators have to do with it.
Along the way, the pair encounter eerie ‘square’ seas and learn about new ways satellites are helping us to understand the ocean’s wildest waves!
If you have an everyday mystery for the team to investigate, contact them on [email protected].
Contributors:
Producer: Lucy Taylor
Ever wondered how close nature can get to making a human clone? And what happens if identical twin brothers marry identical twin sisters and have babies - how similar are they? Our listener Chris has been pondering this very issue, and his question takes Hannah and Dara down another scientific rabbit hole.
Our intrepid duo consider how one fertilised egg can somehow become two babies, why those babies aren’t quite genetic photocopies, and why even identical twins gradually become more different as they grow up. They also find out how studying twins is helping scientists learn lessons about how all of us age - and explore the classic, movie-perpetuated mystery of “twin telepathy”… could there maybe, possibly, be something to it?!
There’s also just time to address the tricky issue of cloning. From Dolly the sheep to regenerative medicine, cloning science has paved the way for some serious breakthroughs; but could we ever clone a human? And more to the point, should we?
Expect sheep, sci-fi, identical cousins, and a dash of disproven twin mythology, as Curious Cases makes its return!
If you have an everyday mystery for the team to investigate, contact them on [email protected].
Contributors:
Producer: Lucy Taylor
Hannah Fry and Dara Ó Briain return for a new series, and a whole lot of new problems to solve!
One winter morning, listener Jane opened her curtains to find her car roof covered in breathtaking, fern-like frost so intricate it looked like a William Morris print. But how does something as ordinary as ice create patterns so beautifully complex?
Hannah and Dara explore this crunchy, slippery, delicately patterned branch of chemistry to uncover the rules and mysteries that govern the extra-ordinary world of ice. Why does ice come in so many shapes and sizes? And does all ice form at 0 degrees Celsius? Is every snowflake truly unique? We have questions a plenty for our eager chemists, who, as all good chemists do, have a few demonstrations up their sleeves to help explain.
And we explore nature’s hidden geometry to find why these frost ferns follow the same rules as lightning bolts, river deltas and even human lungs.
You can send your everyday mysteries for the team to investigate to: [email protected]
Contributors
Producer: Emily Bird
From pharaohs' tombs in Ancient Egypt and medieval currency, to priceless royal jewellery and Spandau Ballet songs - gold has been prized for millennia.
Today, gold is used in masses of electricals; it's also revolutionised part of the manufacturing sector by stopping a dangerous reliance on mercury as a catalyst; and it's vital to space missions. Although there are also some more frivolous modern uses for gold, as Hannah and Dara discover. (Gold-leaf in your cocktail, anyone?)
Challenged to find out whether all the world's mined gold would really fit in an Olympic swimming pool, our science-savvy duo discover that this antisocial element might just be the best darn thing on the periodic table...
Contributors:
Producer: Lucy Taylor
What exactly is 'phantom pain' and how does it work?
The condition 'phantom pain' is when someone gets a sensation of pain that feels like it's coming from a part of their body that's no longer there - so that could be an amputated limb, or perhaps something that has been removed, such as a tooth or an organ. It's thought to be caused by how the brain and body process pain and physical awareness, but there's still debate around what exactly is going on neurologically.
Researchers around the world are looking into the condition; in the meantime, people who experience phantom pain - like today's studio guest Lynn - often have to try out a range of treatments, to find out what combination works best for them. But as the team discover, pain is deeply subjective - and in this case, there is really no 'right answer'...
Contributors:
Producers: Emily Bird & Lucy Taylor
A BBC Studios Audio Production
Tortoises have traditionally been the poster child for slowness. These ancient, armoured reptiles are solitary, territorial and all-too-often dismissed as dull.
In fact, tortoises have distinct personalities. They have changeable moods, can learn simple tasks, remember certain useful information for years and even recognise familiar people.
But can they play?
Hot on the trail of tortoise tomfoolery, Hannah and Dara explore the stereotype-smashing studies that show there's far more to these creatures than previously thought; and find out that these complex behaviours might apply not only to the turtle clan, but potentially other reptiles as well...
To submit your question to the Curious Cases team, please email: [email protected]
Contributors:
Producer: Lucy Taylor
From the publisher's feed
Hannah Fry and Dara Ó Briain tackle listeners' conundrums with the power of science!
Ranked by our users in the last 21 days

7,587 Listeners

521 Listeners

873 Listeners

1,047 Listeners

290 Listeners

5,519 Listeners

2,088 Listeners

2,032 Listeners

4,816 Listeners

485 Listeners

399 Listeners

238 Listeners

359 Listeners

478 Listeners

348 Listeners

232 Listeners

139 Listeners

311 Listeners

3,184 Listeners

75 Listeners

79 Listeners

839 Listeners

514 Listeners

627 Listeners

187 Listeners

378 Listeners

230 Listeners

58 Listeners

74 Listeners

47 Listeners

71 Listeners