The Acid Skies
Cosmic rays may provide the energy to form sulphuric acid molecules which provide cloud nucleation sites; supplementing those produced by the sun’s UV light in the daytime. As the density of cosmic ray flux increases, largely as a result of the Sun’s weakening magnetic field, this would result in an increase in cloud formation during the night.
Climate Change: News and Comments
In the climax to the Danes’ experiments, cloud seeds flout the theories
Near to the end of the story that starts with stars exploding in the Galaxy and ends with extra clouds gathering, a small but important paragraph was missing till now. From experiments in Copenhagen reported in 2006 and reconfirmed in 2011 in Aarhus and Geneva (CERN, CLOUD), cosmic rays coming from old supernovas can indeed make molecular clusters a few millionths of a millimetre wide, floating in the air. But can these aerosols really grow nearly a million times in mass to be large enough to become “cloud condensation nuclei” on which water droplets can form – as required by Henrik Svensmark’s cosmic theory of climate change?
Opponents pointed out that theoretical models said No, the growth of additional aerosols would be blocked by a resulting shortage of condensable gases like sulphuric acid…
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