Date: 14/05/2015 18:22:46
From: CrazyNeutrino
ID: 722657
Subject: Physicists identify anti-electron clouds inside thunderstorms

Physicists identify anti-electron clouds inside thunderstorms

DURHAM, N.H., May 13 (UPI) — What exactly coaxes the first lightning bolt from storm clouds? What initiates the charged strike and bellowing thunder? A new study suggests pockets of anti-electron clouds could have something to do with it.

Researchers at the University of New Hampshire recently gathered some surprising, yet puzzling, insights into the world of lightning formation when a research plane they were on found its way into the top of an active thunderstorm.

While riding aboard a Gulfstream V, operated by the National Center for Atmospheric Research, a team scientists found themselves unexpectedly in the midst of a violent storm. While passing through the storm clouds, the researchers’ instruments picked up a strange phenomenon — a cluster of positron clouds.

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Date: 14/05/2015 18:36:36
From: Bubblecar
ID: 722666
Subject: re: Physicists identify anti-electron clouds inside thunderstorms

Strange.

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Date: 17/05/2015 10:43:23
From: mollwollfumble
ID: 724025
Subject: re: Physicists identify anti-electron clouds inside thunderstorms

> What exactly coaxes the first lightning bolt from storm clouds? What initiates the charged strike and bellowing thunder?

The standard explanation is cosmic rays and gamma rays. Since powerful cosmic rays and gamma rays produce a lot of positrons on impact with the upper atmosphere, this doesn’t disagree with the new result.

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