Do Pain and Joy Have a Universal Language?

Do Pain and Joy Have a Universal Language?

Up next

The hidden genius behind nonreflective glass

In this episode of Science Quickly, host Kendra Pierre-Louis talks with Katie Hafner of the podcast Lost Women of Science about the remarkable but often overlooked physicist and chemist Katharine Burr Blodgett, whose pioneering work in early nanotechnology led to nonreflective gl ...  Show more

Want to smell more attractive? Try these foods

Many people turn to expensive perfumes to elevate their natural scent and smell more pleasant to others. But what if you could achieve that just by switching up your diet? In this episode of Science Quickly, host Kendra Pierre-Louis talks with freelance journalist Sofia Quaglia a ...  Show more

Recommended Episodes

Do Pain and Joy Have a Universal Language?
Science Talk

Ouch! Ah! Aïe! The words we use when we stub our toe or receive a pinch may point to a common way to express pain across languages. Associate news editor Allison Parshall explores what linguistic commonalities in expressions of pain and joy might mean for our shared biology. Plus ...  Show more

Algorithmic Social Media Is Driving New Slang
Science Quickly

From viral slang such as “skibidi” to the rise of so-called brain rot, linguist and content creator Adam Aleksic, aka the “Etymology Nerd,” and associate editor Allison Parshall, who covers the mind and brain, unpack how social media and algorithms are reshaping the way we commun ...  Show more

Why Do We Sing? Musicologists and Neuroscientists Seek an Answer
Science Quickly

Last year Science Quickly looked across disciplines to piece apart the science of singing. To understand why humans sing, musicologists collaborated on an international study of folk music. To understand how we sing, neuroscientists differentiated how our brain processes speech a ...  Show more

Do Mitochondria Talk to Each Other? A New Look at the Cell’s Powerhouse
Science Quickly

Mitochondria are known as the powerhouse of the cell—but new research suggests they might be far more complex. Columbia University’s Martin Picard joins Scientific American’s Rachel Feltman to explore how these tiny organelles could be communicating and what that might mean for e ...  Show more