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Champagne Fizzics, Last Days of the Dinosaurs, Vole Girl. Dec 30, 2022, Part 1

Science Friday

Science Friday and WNYC Studios

Natural Sciences, Science, Life Sciences, Wnyc, Friday

4.46.3K Ratings

🗓️ 30 December 2022

⏱️ 47 minutes

🧾️ Download transcript

Summary

Keeping The Bubbly In Your Holidays, With Fizzical Science

As the year winds to a close, you may be attending gatherings where a festive flute of champagne is offered. Champagne production starts out with a first fermentation process that turns ordinary grape juice into alcoholic wine. A second fermentation in the wine bottle produces the dissolved carbon dioxide responsible for the thousands of fizzy bubbles that are a distinctive part of the experience of drinking champagne and other sparkling wines.

In this archival interview from 2012, Ira talks with Stanford University chemist Richard Zare about the interplay between temperature, bubbles, the surface of the glass in which the drink is served, and surprising factors such as lipstick chemistry that can influence the sparkliness of each sip, and delves into the age old question of the best ways to keep an opened bottle of champagne bubbly for longer.

What Was It Like To Witness The End Of The Dinosaurs?

66 million years ago, a massive asteroid hit what we know today as the Yucatán Peninsula of Mexico. Many people have a general idea of what happened next: The age of the dinosaurs was brought to a close, making room for mammals like us to thrive.

But fewer people know what happened in the days, weeks, and years after impact. Increased research on fossils and geological remains from this time period have helped scientists paint a picture of this era. For large, non-avian dinosaurs like Triceratops and Tyrannosaurus rex, extinction was swift following the asteroid impact. But for creatures that were able to stay underwater and underground, their post-impact stories are more complicated.

Joining Ira to discuss her book The Last Days of the Dinosaurs is Riley Black, science writer based in Salt Lake City, Utah.

‘I Will Not Be Vole Girl’—A Biologist Warms To Rodents

The path to becoming a scientist is not unlike the scientific process itself: Filled with dead ends, detours, and bumps along the way.

Danielle Lee started asking questions about animal behavior when she was a kid. She originally wanted to become a veterinarian. But after being rejected from veterinary school, she found a fulfilling career as a biologist, doing the type of work she always wanted to do—but never knew was possible for her.

Science Friday producer Shoshannah Buxbaum talks with Dr. Danielle Lee, a biologist, outreach scientist, and assistant professor in biology at Southern Illinois University Edwardsville in Edwardsville Illinois about what keeps her asking questions, what rodents can help us understand about humans, and the importance of increasing diversity in science.

Transcripts for each segment will be available the week after the show airs on sciencefriday.com.

Transcript

Click on a timestamp to play from that location

0:00.0

This is Science Friday, I'm Ira Plato. Coming up this hour, we're going to revisit some of our

0:05.4

favorite stories of the year, including Riley Blacks looked back at the last days of the dinosaurs,

0:11.3

and that rodent biologist who had to, let's say, warm up to the subjects she studies.

0:17.9

But first, as we head into the weekend's festivities, a dip into our archives for a classic

0:24.1

sci-fi story about when science meets champagne. We've got some scientific advice on how to

0:36.8

get the most bang out of your bubbly. It tastes good. Up next, we're pouring over the science of

0:42.5

bubbles. Here are some facts to wet your appetite. Lipstick and champagne, they clash chemically.

0:49.9

Frosted beer mugs, a no-no for flavor. And if you want to keep that open champagne,

0:55.3

fizzy, corking is not the answer. What is the answer? Well, here to explain is Bubble Master,

1:02.3

Dr. Richard Zair. He is professor of chemistry at Stanford University in Palo Alto, California.

1:07.7

Welcome back to Science Friday. Happy New Year. Well, thank you. I rest the M2U.

1:12.4

Thank you very much. Let's go through some of these bubble-allenged tips for us. Do you have any

1:17.2

tips for getting the most flavor and fizz out of champagne? Well, it turns out that as it warms

1:24.4

up, you get more volatiles that come off when it evaporates. And that's of course very

1:30.9

enjoyable because most of our taste comes from smell, not actually from inside our mouth.

1:36.3

So, let it warm up a little bit before you drink that icy stuff. That's right. This also

1:42.4

actually applies to beer, Ira. Let me mention some things. Many people drink beer just from the bottle.

1:51.6

And while I understand how quickly that is to take in the beer that way, because as I mentioned

1:58.3

to you, smell is involved. You just don't get much smell when you put a bottle to your mouth.

2:02.9

Much better is the drink beer from a glass. Now, what type of glass? Well, many bars serve

2:09.1

frosted glasses. They think that's quite fancy and wonderful. But actually, I think that's a

2:15.5

bad idea. As does my friend Norman Metzger in Washington DC who pointed this out to me.

...

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