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The CLOUD experiment involves an interdisciplinary team of scientists from 18 institutes in 9 countries, comprised of atmospheric physicists, solar physicists, and cosmic-ray and particle physicists. The PS provides an artificial source of cosmic rays that simulates natural conditions as closely as possible. A beam of particles is sent into a reaction chamber and its effects on aerosol production are recorded and analysed.
If this link between cosmic rays and clouds is real, it provides a major mechanism for
climate change. During the 20th Century the cosmic rays reaching the Earth diminished
by about 15% as a result of increasingvig our in the solar wind, which scatters the cosmic
rays. The inferred reduction in cloud cover could have warmed the Earth by a large
fraction of the amount currently estimated to be due to man-made carbon dioxide. In
that case, the effect of carbon dioxide may have been overestimated. If, on the other hand,
the link to cosmic rays proves to be illusory, present diplomatic efforts to curb emissions
of carbon dioxide will be more strongly supported scientifically. Settling the issue, one
way or the other, is therefore an urgent task.
We are proposing a European facility at CERN where atmospheric scientists can investigate
the role of natural ionisation in aerosol and cloud formation. The concept of a
facility is appropriate for the comparatively large and complex experimental programme
of CLOUD extending over several years, and in view of the need for flexibility in a field
where rapid progress may be expected in the next few years.
CLOUDs requirements include a variable particle beam, techniques derived from
CERNs bubble-chamber experience, exacting cryogenic temperature control, and the
skills in integration, experimental management and data-processing for which CERN is
well known. For all these reasons, CERN is uniquely suited to host the facility.
Collaboration:
The physics of CLOUD basically concerns the atmosphere and climate. However the
science also embraces palaeoclimatology, geomagnetism, solar and heliospheric physics, astrophysics,
cosmic ray physics and particle physics. The experiment therefore requires a fusion of techniques and
expertise from a wide range of disciplines. The CLOUD collaboration brings together the required
expertise. Many members of the collaboration are currently involved in related modelling studies or
atmospheric observations with surface, airborne and satellite experiments, and close feedback is expected
between the field results and those obtained obtained in the laboratory with CLOUD.
To read the full reasons given, please click this Link and scroll down to page 65. ( Must read ! )
The Sun is a variable star. The sunspot record over the last 400 years reveals both a quasi-periodic
solar cycle of about 11 years and also longer-term changes, including a grand minimum lasting about
70 years during which the sunspots all but disappeared. This coincided with the most pronounced of
several prolonged cold spells between 1450 and 1890 which are collectively known as the Little Ice Age.
Light radio-isotope records in ice cores, tree rings and other archives extend the measurements of solar
variability back over the last 250 kyr. They reveal numerous occasions when the Sun waxed or waned
over centennial periods.
The Intergovernmental Panel on Climate Change (IPCC) attributes more than 90% of the observed climate warming since 1900 to the rise of anthropogenic greenhouse gases in the atmosphere. Aerosols and clouds are recognized as representing the largest uncertainty in the current understanding of climate change.
Large uncertainties remain on solar-related contributions, such as the effects of changes of ultra violet radiation or galactic cosmic rays on aerosols and clouds opening the possibility that Earths climate could be affected by changes in cloudiness caused by variations in the intensity of galactic cosmic rays in the atmosphere.
The CERN CLOUD experiment is a unique experiment designed to quantitatively measure the effect of galactic cosmic ray-induced changes in aerosol and cloud formation by using a defocused PS proton/pion beam to simulate the ionization of cosmic rays over the large (3m) CLOUD gas chamber. It is well established in the CERN experimental program being approved in the long term scientific program of CERN until 2011 and beyond.
CERNs much-anticipated CLOUD experiment has begun, the atom lab says. Using the 50-year-old Proton Synchrotron, the experiment simulates cosmic rays passing through the earths atmosphere, and hopes to reveal the extent to which the constant background drizzle of charged particles plays a role in cloud formation. Earlier experiments have suggested that ionisation causes clouds to seed - and that ionisation is influenced by the type and quantity of cosmic rays that reach the earth.
[atsimg]http://files.abovetopsecret.com/images/member/8ed65f279713.jpg[/atsimg]
And here's the correlation into deep time, with CO2 as a comparison.
[atsimg]http://files.abovetopsecret.com/images/member/6ad82927a854.jpg[/atsimg]
Originally posted by Sinter Klaas
Conclusions from this study could very well draw the line, and finally debunk or prove which side is right about man made climate change.
Im not sure why this didnt receive many replies
I think this probably one of the best experiment Ive seen.....
U.S. Congressional Record February 9, 1917, page 2947: Congressman Calloway announced that the J.P. Morgan interests bought 25 of America's leading newspapers, and inserted their own editors, in order to control the media.... www.mindfully.org...
April 19, 2010:...JP Morgan will now oversee 54 U.S. daily newspapers, the largest being the Los Angeles Times, making it the country's second largest daily newspaper publisher after Gannett.
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5 companies own 95% of all the media that we get every day. They own the major entertainment theme parks, entertainment movie studios, television and radio broadcast networks and programing, video news and sports entertainment.
Source: hubpages.com...
If this link between cosmic rays and clouds is real, it provides a major mechanism for
climate change. During the 20th Century the cosmic rays reaching the Earth diminished
by about 15% as a result of increasingvig our in the solar wind, which scatters the cosmic
rays. The inferred reduction in cloud cover could have warmed the Earth by a large
fraction of the amount currently estimated to be due to man-made carbon dioxide. In
that case, the effect of carbon dioxide may have been overestimated. If, on the other hand,
the link to cosmic rays proves to be illusory, present diplomatic efforts to curb emissions
of carbon dioxide will be more strongly supported scientifically. Settling the issue, one
way or the other, is therefore an urgent task.
[atsimg]http://files.abovetopsecret.com/images/member/8ed65f279713.jpg[/atsimg]
Conclusions from this study could very well draw the line, and finally debunk or prove which side is right about man made climate change.
Conclusions from this study could very well draw the line, and finally debunk or prove which side is right about man made climate change.
I was writing this with the idea that when it proves that cosmic rays do not have a big impact there are no longer good excuses around to deny that man is the source of our current climate change.
Originally posted by Sinter Klaas
Cloud Formation May Be Linked to Cosmic Rays
Experiment probes connection between climate change and radiation bombarding the atmosphere.
Article from Nature. 23/8-11
It seems that during a solar climax the magnetic field of the sun protects the Earth from cosmic rays.
During a solar minimum the highly charged protons causes clouds to form more rapidly at nano levels.
Link : www.scientificamerican.com...
If the influence is indeed causing sufficient changes is still there to be seen. Scientists aren't yet in agreement.