Nobel Prize laureate John Clauser has recently been in the spotlight for challenging prevailing climate models, which he says have ignored a key variable.
Mr. Clauser, who recently became a recipient of the 2022 Nobel Prize in Physics for his contributions to quantum mechanics, holds degrees from Caltech and Columbia University. He served in roles at Lawrence Berkeley National Laboratory, Lawrence Livermore National Laboratory, and the University of California, Berkeley. In 2010, he was honored with a portion of the Wolf Prize in Physics.
Recently, Mr. Clauser joined another Nobel laureate and over 1,600 professionals in signing the World Climate Declaration (WCD) organized by Climate Intelligence (CLINTEL). This declaration asserts that there is no “climate emergency,” that climate change science is not conclusive, and that the earth’s history over thousands of years shows a consistently changing climate.
The WCD highlights the limitations of current climate models, stating they overemphasize the impact of greenhouse gases like carbon dioxide (CO2). “In addition, [climate models] ignore the fact that enriching the atmosphere with CO2 is beneficial,” the WCD reads, in part.
The declaration further notes that both natural and human activities contribute to climate change and the actual warming observed is less than as predicted by the climate models, revealing our incomplete understanding of climate change.
In an interview with The Epoch Times’s “American Thought Leaders,” Mr. Clauser voiced his reservations about current climate research quality and contends that U.S. climate policies are misguided.
Clouds
Prominent climate reports, such as those by the Intergovernmental Panel on Climate Change (IPCC), National Academy of Sciences, and the Royal Society, emphasize the role of CO2 but miss the mark on the critical role of clouds in the climate system, according to Mr. Clauser.
His curiosity about clouds began as a sailboat racer. He recalled, “I raced across the Pacific Ocean at least a dozen times. I had set up the boat with solar panels to charge the batteries. … I had an ammeter on the power output from the solar panels, and I noticed every time we sailed under a cloud, the output from the solar panels dropped by 50 percent to half of its value that it was, and then we came out from behind the cloud and boom, their power went back up. And I thought, ‘I wonder why it’s just about a factor of two.'”
By Jan Jekielek and Mimi Nguyen Ly