Chromatography

  • Does a Spoon Keep Champagne Fizzy?

Does a Spoon Keep Champagne Fizzy?

Oct 26 2017 Read 1713 Times

There's no shortage of urban myths when it comes to the kitchen. And without a doubt, popping a metal spoon into an open bottle of champagne is one of the oldest tricks in the book. This snippet of kitchen folklore is practiced across the globe and supposedly keeps the beverage bubbly. But does it actually work?

According to experts, this timeless trick appears to be misplaced.

From birthday parties to New Year's Eve celebrations, it's all too easy to find yourself with a half empty bottle of bubbly. No keep it fresh and fizzy some connoisseurs swear by inserting a teaspoon, handle down, into the neck of the bottle.

Debunking the teaspoon trick

Unfortunately, Stanford University chemist Richard Zare claims that the trick is little more than a myth. Together with celebrated food writer Harold McGee, Zare pulled off an extracurricular investigation of the teaspoon’s bubble preserving credentials. Basically, it involved uncorking several bottles of bubbly and chilling them for 26 hours using different preservation methods. Some bottles were recorked, some were left open and others were subject to the spoon technique. The sparkling wines were then sampled in a blind test, with Zare and his fellow testers failing to detect any extra fizz in the spooned bottles. A recent MythBusters episode came to a similar conclusion, and confirmed that unfortunately metal spoons have no magical powers when it comes to retaining sparkle.

Keep things cool

So if a dangling spoon doesn't help to preserve bubbles, what does? While polishing off the entire bottle is always an option, Zare maintains that preserving carbonation is as simple as keeping champagne chilled. This means uncorking a bottle, pouring a few glasses and slipping it straight back into the fridge. Letting an open bottle of bubble sit on a table and reach room temperature is the absolute worst offences.  

“Keep it cold. In fact, never let it warm up. That’s the secret,” he explains.

Why? Because like many liquids, carbon dioxide is more soluble at low temperature which means chilled bubbly is better at retaining its dissolved gas.

“If you keep it cold from the start it just goes on and on.”

While the teaspoon experiment is easy enough to conduct in any kitchen, most labs rely on sophisticated equipment. For a closer look at the latest solutions 'How Safe is Safe? Analytical Tools for Tracing Contaminants in Food' spotlights analytical instrumentation technologies like mass spectrometry, liquid chromatography, gas chromatography and inductively coupled plasma.

Read comments0

Do you like or dislike what you have read? Why not post a comment to tell others / the manufacturer and our Editor what you think. To leave comments please complete the form below. Providing the content is approved, your comment will be on screen in less than 24 hours. Leaving comments on product information and articles can assist with future editorial and article content. Post questions, thoughts or simply whether you like the content.


Digital Edition

LabAsia Buyers Guide 2018

October 2018

In This Edition Articles - Choosing the Optimum Plasma Spectrochemistry Technique for Measuring Elemental Impurities in Pharmaceuticals - Blue Jacaranda Seed Oil Analysed Using Comprehensive...

View all digital editions

Events

Cleanzone

Oct 23 2018 Frankfurt am Main, Germany

Chem-Lab-Analyt

Oct 29 2018 Moscow, Russia

Lab Innovations 2018

Oct 31 2018 Birmingham, UK

analytica China

Oct 31 2018 Shanghai, China

Lab Expo Tunisia

Oct 31 2018 Tunis, Tunisia

View all events