The video features interviews with many scientists about their work
on cosmic ray physics at the Observatory.
Not exact matches
The prize is in honor of Professor Bruno Rossi, an authority
on cosmic -
ray physics and a pioneer in the field of X-
ray astronomy.
Results from the Alpha Magnetic Spectrometer (AMS)
on the International Space Station (ISS) will be the focus of the three day «AMS Days at CERN» meeting, an occasion that brings together many of the world's leading theoretical physicists and principal investigators of some of the major experiments exploring the field of
cosmic ray physics (IceCube, Pierre Auger Observatory, Fermi - LAT, H.E.S.S. and CTA, the Telescope Array, JEM - EUSO, and ISS - CREAM).
Here's a recent example from The New York Times: «Samuel Ting, a professor at the Massachusetts Institute of Technology and a Nobel laureate particle physicist, said Wednesday that his $ 1.6 billion
cosmic ray experiment
on the International Space Station had found evidence of «new physical phenomena» that could represent dark matter, the mysterious stuff that serves as the gravitational foundation for galaxies and whose identification would rewrite some of the laws of
physics.»
On the possibility of a changing cloud cover «forcing» global warming in recent times (assuming we can just ignore the CO2 physics and current literature on feedbacks, since I don't see a contradiction between an internal radiative forcing and positive feedbacks), one would have to explain a few things, like why the diurnal temperature gradient would decrease with a planet being warmed by decreased albedo... why the stratosphere should cool... why winters should warm faster than summers... essentially the same questions that come with the cosmic ray hypothesi
On the possibility of a changing cloud cover «forcing» global warming in recent times (assuming we can just ignore the CO2
physics and current literature
on feedbacks, since I don't see a contradiction between an internal radiative forcing and positive feedbacks), one would have to explain a few things, like why the diurnal temperature gradient would decrease with a planet being warmed by decreased albedo... why the stratosphere should cool... why winters should warm faster than summers... essentially the same questions that come with the cosmic ray hypothesi
on feedbacks, since I don't see a contradiction between an internal radiative forcing and positive feedbacks), one would have to explain a few things, like why the diurnal temperature gradient would decrease with a planet being warmed by decreased albedo... why the stratosphere should cool... why winters should warm faster than summers... essentially the same questions that come with the
cosmic ray hypothesis.
What test would lead us to throw away our understanding of
cosmic ray physics on which rides C14 statistics.
Correlations such as the
cosmic -
ray / cloud hypothesis are based
on, are merely suggestive of such
physics (although they may simply reflect a joint correlation to a third independent factor).
CLOUD's genesis is in the mid-1990s, when space physicist Hendrik Svensmark hypothesized that
cosmic rays as mediated by solar effects, play a very large role
on the
physics of climate, and could explain the warming and cooling trends.
Mr. Wagner, who lives
on the Big Island of Hawaii, studied
physics and did
cosmic ray research at the University of California, Berkeley, and received a doctorate in law from what is now known as the University of Northern California in Sacramento.