News
News
CLOUD challenges current understanding of aerosol particle formation in polar and marine regions
The results imply that climate models are underestimating the formation rates of aerosol particles
With FLOTUS, aerosol precursor vapours age more quickly
FLOTUS is a new addition to the CLOUD experiment at CERN. By accelerating the oxidation of organic vapours before injecting them into the CLOUD chamber, FLOTUS allows more complex atmospheric phenomena to be studied
CLOUD discovers new way by which aerosols rapidly form and grow at high altitude
The resultant particles quickly spread around the globe, potentially influencing Earth’s climate on an intercontinental scale
CLOUD at CERN reveals a new mechanism behind urban smog
The CLOUD collaboration has revealed a new mechanism that drives winter smog episodes in cities
From cosmic rays to clouds
A new run of the CLOUD experiment examines the direct effect of cosmic rays on clouds
CLOUD experiment sharpens climate predictions
Measurements of the production rates of atmospheric aerosol particles by CERN’s CLOUD experiment put global climate projections on more solid ground
CLOUD shows pre-industrial skies cloudier than we thought
CERN’s CLOUD experiment points to a cloudier pre-industrial climate in two Nature papers published today
Seeing the invisible: Event displays in particle physics
From cloud chambers to 3D animations, physicists use a host of ingenious techniques to reveal subatomic particles too tiny to see
TEDed animates clouds and cosmic rays
TEDed and particle physicist at CERN Jasper Kirkby come together to animate the effect of clouds on the Earth’s climate
CERN experiment sheds new light on cloud formation
CLOUD experiment shows that biogenic vapours emitted by trees and oxidised in the atmosphere have significant impact on formation of clouds
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