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The Surprising Science Behind Champagne Bubbles

The Surprising Science Behind Champagne Bubbles
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The Science Behind Champagne Bubbles | Innovation | Smithsonian Magazine

A single pint of beer contains up to 2 million bubbles

DusanBartolovic/Getty Images When beer is poured into a 500-millimetre glass, somewhere between 200,000 and 2 million bubbles rise to the surface to form the foamy head. This estimate was made by Gérard Liger-Belair and Clara Cilindre at the University of Reims Champagne-Ardenne in France, who calculated the number of tiny bubbles that form before a lager goes flat. The team first measured the amount of carbon dioxide dissolved in 250 millilitres of lager after it was all poured into a tilted glass. They … Continue reading Subscribe now for unlimited access App + Web

Scientists calculate the amount of bubbles in a glass of lager

There s up to 1.5 million bubbles in a glass of gently-poured lager, a new study reveals.  French scientists say their estimate is for a 250 ml (nearly a half-pint) glass of lager, which generally fizzes up more than ale.  The experts calculated the amount of carbon dioxide (CO2) bubbles in lager – which accounts for its creamy white froth –  and imperfections in a glass that make the CO2 bubbles form.  Lager still doesn t fizz up quite as much as champagne, however – research shows there are more bubbles in the sparkling wine than lager when comparing the same volume of both drinks.     After pouring beer into a glass, streams of little bubbles appear and start to rise, forming a foamy head. As the bubbles burst, they release carbon dioxide (CO2) gas, which gives the beverage a desirable tang as we take a gulp. As this image shows, 100 ml of champagne has 1 million bubbles; 250 ml of lager has up to 1.5 million bubbles. But this is dependent on tiny crevices in the

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