Social Science Bites - George Loewenstein on Hot and Cold Affect

The idea of walking a mile in someone else’s shoes is often trotted out as a metaphor for understanding empathy. The act of imagining someone else’s reactions may be hard, but based on the body of work by George Loewenstein, predicting how -- under varying circumstances -- we might walk in our own shoes may not be all that easier.

Loewenstein is the Herbert A. Simon University Professor of Economics and Psychology at Carnegie Mellon University in Pittsburgh, Pennsylvania. His enormous range of research interests can be boiled down, after a lot of boiling, to applying psychology to economics and, more recently, economics to psychology.

His career as a founder of both behavioral economics and neuro-economics has seen him delve deeply into how we react when our “affective state” is cold – when are emotions are absent and our physical needs are currently met – compared to when our affective state is hot. The latter is when out emotions are active or when our passions, as the old philosophers might term things like things hunger, thirst, pain, sexual desire, are pulling us.

It turns out, as he explains to interview David Edmonds in this Social Science Bites podcast, “when we are in one affective state it’s difficult for us to imagine how we would behave if we were in a different affective state. … The worst mistakes we make are when we are in a cold state, because we just can’t imagine how we would behave if we were in a hot state.”

While this may seem like something we know intuitively (or after years of high-profile experiments by Lowenstein, his frequent collaborator Leaf VanBoven, and others have conducted, several described in this podcast), it’s not something we act on intuitively. “No matter how many times we experience fluctuations in affective states,” Loewenstein says, “it just seems we don’t learn about this. We are always going to mis-predict how we’re going to behave when we’re in a hot state if we’re making the prediction when we’re in a cold state.”

This, in turn, affects the products of people who make predictions (or if you prefer, policy prescriptions) as a profession, he adds, such as economists.

“According to conventional economics, when we make decisions about the future we should be thing about what it is will we want in the future. What all of these results show is that your current state influences your prediction about what you’re going to want in the future; it influences these decisions that we make for the future in unproductive, self-destructive ways.”

Short Wave - Omicron Ebbing Gives Time to Boost Vaccinations

As COVID-19 cases in the U.S. drop, the hospitalization rate remains high — as does the death rate. Experts say getting a COVID vaccine booster is key to maintaining immunity, but only about half of all vaccinated people in the U.S. have gotten the booster, which increases protection against both serious illness and death from the Omicron variant. Still, many infectious disease experts are cautiously optimistic for the coming months, pointing to it as a time to bolster our defenses against the virus.

Reach the show by emailing shortwave@npr.org.

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Short Wave - Omicron Ebbing Gives Time to Boost Vaccinations

As COVID-19 cases in the U.S. drop, the hospitalization rate remains high — as does the death rate. Experts say getting a COVID vaccine booster is key to maintaining immunity, but only about half of all vaccinated people in the U.S. have gotten the booster, which increases protection against both serious illness and death from the Omicron variant. Still, many infectious disease experts are cautiously optimistic for the coming months, pointing to it as a time to bolster our defenses against the virus.

Reach the show by emailing shortwave@npr.org.

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Short Wave - ‘Station Eleven’: A Home At The End Of The World

Today we're bringing you an episode from our friends at NPR's Pop Culture Happy Hour.

They review the new HBO Max miniseries Station Eleven, based on the 2014 novel by author Emily St. John Mandel. The show's premise might sound eerily familiar: it begins with a highly contagious and deadly virus wiping out most of the world's population. The show then follows survivors through the pandemic's aftermath, as they decide how to rebuild what they've lost.

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Unexpected Elements - The roots of Long Covid

There are now a number of biological indicators for the potential development of long covid. Immunologist Onur Boyman of Zurich University Hospital and Claire Steves, Clinical Senior Lecturer at King’s College London strives to tell us how pinpointing these factors is now helping in the development of strategies to predict the syndrome and prepare treatment.

The James Webb telescope has reached its final orbit. The years of planning, preparation and rehearsal seem to have paid off. The telescope is now ready to begin its mission of looking back into the early universe. BBC Science correspondent Jonathan Amos has followed the mission.

The widely held view that human development was propelled by our ancestors developing a taste for meat is being questioned by a new analysis of the fossil record. Paleoanthropologist Andrew Barr of George Washington University suggests part of the reason for this assumption is the sampling method, actively looking for evidence to support the hypothesis.

And Michael Boudoin of Lille University has led a team of physicists who have produced the longest-lasting soap bubble ever – they managed to prevent the bubble from popping for well over a year.

Also, How is a small budget pocket radio able to recreate all the atmosphere and sounds of a football match? CrowdScience listener Andy wants to know about the science enabling his radio listening, so presenter CrowdScience Geoff Marsh sets off - microphone in hand - to follow the journey of sound on the radio.

Starting with the microphone, Geoff learns how acoustic energy is converted into electrical signals. Then BBC World Service presenter Gareth takes Geoff to a little-known room in the BBC called the Radio Shack. Gareth demonstrates how these electrical signals are attached to radio waves before being sent over the airwaves and they take a radio kit apart to understand how these waves are received and converted back into sound waves. Geoff talks to a speech and hearing specialist who, through the use of auditory illusions, shows Geoff that our brains are often filling in the gaps of lower quality audio.

Finally, Geoff visits an acoustic lab at Salford University where he hears a demonstration of ‘object based audio’. This technology could enable us to create our own bespoke mix of dramas and sports, such as heightening the commentary sound or choosing to hear just the crowd, just by using the everyday speakers many have lying around them, such as mobile phones. (Image credit: Horacio Villalobos/Getty Images)

CrowdScience - How does my radio work?

How is a small budget pocket radio able to recreate all the atmosphere and sounds of a football match? CrowdScience listener Andy wants to know about the science enabling his radio listening, so presenter CrowdScience Geoff Marsh sets off - microphone in hand - to follow the journey of sound on the radio.

Starting with the microphone, Geoff learns how acoustic energy is converted into electrical signals. Then BBC World Service presenter Gareth takes Geoff to a little-known room in the BBC called the Radio Shack. Gareth demonstrates how these electrical signals are attached to radio waves before being sent over the airwaves and they take a radio kit apart to understand how these waves are received and converted back into sound waves. Geoff talks to a speech and hearing specialist who, through the use of auditory illusions, shows Geoff that our brains are often filling in the gaps of lower quality audio.

Finally, Geoff visits an acoustic lab at Salford University where he hears a demonstration of ‘object based audio’. This technology could enable us to create our own bespoke mix of dramas and sports, such as heightening the commentary sound or choosing to hear just the crowd, just by using the everyday speakers many have lying around them, such as mobile phones.

Tune in and join us! Presented by Geoff Marsh Produced by Melanie Brown

[Image Credit: Getty Images]

Short Wave - Omicron Around The World: From “Zero COVID” To Rising Cases

The Omicron surge may have peaked in the U.S., but parts of the world are seeing crippling levels of cases. Jason Beaubien, NPR global health and development correspondent, joins the show to talk about where the virus is spreading, different countries' strategies for controlling the pandemic and what vaccinations look like globally.

You can email the show at ShortWave@NPR.org.

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Science In Action - The roots of Long Covid

There are now a number of biological indicators for the potential development of long covid. Immunologist Onur Boyman of Zurich University Hospital and Claire Steves, Clinical Senior Lecturer at King’s College London strives to tell us how pinpointing these factors is now helping in the development of strategies to predict the syndrome and prepare treatment.

The James Webb telescope has reached its final orbit. The years of planning, preparation and rehearsal seem to have paid off. The telescope is now ready to begin its mission of looking back into the early universe. BBC Science correspondent Jonathan Amos has followed the mission.

The widely held view that human development was propelled by our ancestors developing a taste for meat is being questioned by a new analysis of the fossil record. Paleoanthropologist Andrew Barr of George Washington University suggests part of the reason for this assumption is the sampling method, actively looking for evidence to support the hypothesis.

And Michael Boudoin of Lille University has led a team of physicists who have produced the longest-lasting soap bubble ever – they managed to prevent the bubble from popping for well over a year.

Presenter: Roland Pease Producer: Julian Siddle

(Image credit: Horacio Villalobos/Getty Images)

Short Wave - Did E.T. Phone Us?

A few years back, a radio telescope in Australia picked up a radio signal that seemed to be coming from a nearby star. One possibility? Aliens! NPR science correspondent, Geoff Brumfiel, joins the show to talk about the signal and how a hunt for extra-terrestrial life unfolded.

Check out the work from Sofia Sheikh and her team at the Berkeley SETI Research Institute about what they learned from the signal: https://bit.ly/3rM6hCo

You can email the show at ShortWave@NPR.org.


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Short Wave - Did E.T. Phone Us?

A few years back, a radio telescope in Australia picked up a radio signal that seemed to be coming from a nearby star. One possibility? Aliens! NPR science correspondent, Geoff Brumfiel, joins the show to talk about the signal and how a hunt for extra-terrestrial life unfolded.

Check out the work from Sofia Sheikh and her team at the Berkeley SETI Research Institute about what they learned from the signal: https://bit.ly/3rM6hCo

You can email the show at ShortWave@NPR.org.


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