“Greenhouse Gas Effect Does Not Exist”
A Swiss Physicist Challenges Global Warming Climate Orthodoxy
By Dr. Jerome Corsi
Thomas Allmendinger, an independent Swiss physicist, has conducted a series of experiments published in peer-reviewed scientific journals that call into question the physical principles of the greenhouse gas theory. Thomas Allmendinger, an independent scholar educated at the Swiss Federal Institute of Technology in Zurich, has dared to challenge the conventional politically correct climate dictum that CO2 is a greenhouse gas with unique global warming properties. In a series of articles published in scientific journals, Allmendinger has argued that his experimental research with the thermal absorption of infrared radiation (IR) has proved that “atmospheric trace gases such as carbon dioxide do not have any influence on the climate.”
The theory of greenhouse gases traces back to an 1827 publication by French physicist Jean Baptiste Joseph Fourier entitled “Mémoire sur les temperature du globe Terrestre ed de espaces planétaires,” [in English: “Memoir on the temperatures of the terrestrial globe and planetary spaces.”] Like many metaphors in science, the greenhouse image is deceptive in that it suggests certain gases like water vapor and CO2 act as a shield preventing infrared radiation (IR) emitted by the sun and absorbed by Earth from escaping at night into outer space.
A source as supposedly authoritative as NASA still elaborates on the greenhouse gas effect as follows:
A real greenhouse is made of glass, which lets visible sunlight through from the outside. This light gets absorbed by all the materials inside, and the warmed surfaces radiate infrared light, sometimes called “heat rays,” back. But the glass, although transparent to visible light, acts as a partial shield to the infrared light. So, some of this infrared radiation, or heat, gets trapped inside. The result is that everything inside the greenhouse, including the air, becomes warmers.
This NASA description is reminiscent of a gardening website that explains the complicated physics in these simplistic terms: “While the sunlight gets in, the heat cannot get out,” a description that attributes the greenhouse effect to heat convection. But rather than blocking IR from escaping the glazed undercoating of greenhouse gas, atmospheric greenhouse gases “shield” against the escape of IR to outer space by absorbing the escaping IR energy. Conventional IR physics going back some 200 years relies predominantly on spectrographic analysis, from which is derived the presumption that only dipole gases like water vapor or CO2 can absorb infrared radiation. Most of the atmosphere is composed of oxygen (O2) and nitrogen (N2), neither of which are dipole gases.
In 2016, Allmendinger published a paper entitled “The thermal behavior of gases under the influence of infrared radiation” in the International Journal of Physical Sciences. Here Allmendinger addressed the conventional wisdom that “any IR-activity of molecules or atoms requires a shift of the electric dipole moment, so that two-atomic homo-nuclear molecules (like O2 or N2) are always IR-active.” Allmendinger insisted this proposition “must be regarded as a theorem and not as a principal natural law” because “numerous examples of nonpolar substances are known where an interaction with electromagnetic radiation occurs, e.g., at halogens where even colored and thus visible light is absorbed.” What Allmendinger found surprising was physical scientists had relied almost entirely on spectrographic analysis to measure the molecular absorption of IR energy by gases. He stressed that “apparently no thermal measurements have been made of gases in the presence of IR-radiation, particularly of sunlight,” even though the primary climate concern with greenhouse gases involves the thermal absorption of IR energy.
In 2017, Allmendinger published an article entitled “The Refutation of the Climate Greenhouse Theory: A Hopeful Alternative” in Environmental Pollution and Climate Change. Allmendinger argued for the need to measure thermal absorption to determine if the spectrographic analysis had failed to detect molecular activity that absorbed IR energy in non-dipole atmospheric gasses. In highly technical language, he explained:
As we know today, photometric absorption is accompanied by the (quantized) excitation of electrons being followed by a light emission, due to the back-jumping of the excited electrons into the ground state. This electronic jumping maybe–but needs not be–associated with vibrations or rotations of the nuclei in the molecule. In solid bodies, and to a certain extent also in fluid media, these vibrations or rotations are not independent but coupled. However, in gases they are widely independent since the molecules or atoms are moving around obeying statistical laws, whereby their mean kinetic translational energy is proportional to their absolute temperature.
Nevertheless, in the case of an electronic excitation a part of the vibration or rotation energy may be converted into kinetic energy, and thus in sensible heat, but the fractional amount of this concerted energy is not a priori theoretically derivable but must be determined experimentally. Inversely, part of the kinetic heat energy may be converted into molecular or atomic vibration energy.
Thus, in gases two kinds of energy are involved: “internal” energy being related to intramolecular motions, and “external” energy being related to intermolecular motions. The first kind is subject of the quantum mechanics, while the second kind is subject of the kinetic gas theory. As a consequence, photometric or spectroscopic measurements cannot deliver quantitative information about the warming-up of gases due to thermal or other infrared radiation, while such measurements never have been made so far.
Allmendinger constructed an experimental apparatus that enabled him to measure the IR thermal absorption (rather than the spectrographic light wave absorption) of atmospheric gases, including CO2, O2, N2, and argon (Ar).
In a 2018 article entitled “The Real Cause of Global Warming and Its Consequences on Climate,” published in the SciFed Journal of Global Warming, Allmendinger summed up his experimental findings. Allmendinger’s thermal measurements concluded that “any gas absorbs IR—even noble gases do so [like Ar]— being warmed up to a limiting temperature which is achieved when the absorption power is equal to the emission power of the warmed gas.” He continued: “It could be theoretically demonstrated that the emission power of a gas is related to the frequency of their particles (atoms or molecules) and thus to their size.”
Allmendinger’s experimental tests found no significant differences between the IR absorption capabilities of CO2, O2, N2, or Ar when thermal absorption was measured instead of spectrographic wave absorption. “As a consequence, a ‘greenhouse effect’ does not really exist, at least not related to trace gases such as carbon dioxide.”
The global warming orthodox scientific community has rejected Allmendinger’s work as utter nonsense, arguing that he “is currently not affiliated with any reputable research institute or university.” Yet, Thomas Kuhn, in his highly influential 1962 book The Structure of Scientific Revolutions, reminded us that scientific paradigm shifts involve revolutions, in which new, competing theories appear first as “heresies.” Challenges to scientific orthodoxy must fight their way to acceptance against a legion of established opponents who have invested careers basing their global warming and climate change views on the greenhouse gas theory. Thomas Allmendinger’s argument that the CO2greenhouse gas effect is non-existent bears serious consideration. The global warming argument fails if CO2, a trace element in Earth’s complex atmosphere, can be proven to have no atmosphere warming abilities not equally shared by oxygen and nitrogen.
Since 2004, Jerome R. Corsi has published 25 books on economics, history, and politics, including two #1 New York Times bestsellers. In 1972, he received his Ph.D. from the Department of Government at Harvard University. He currently resides in New Jersey with his family. His current book, entitled The Truth About Energy, Global Warming, and Climate Change: Exposing Climate Lies in an Age of Disinformation, is the third book he has written on energy and global warming.
 Thomas Allmendinger, “Recent Discoveries in Atmospheric Physics and their Consequences on Climate Mitigation,” Journal of Geology and Geoscience, Volume 3, Number 1, (2018).
 Thomas Allmendinger, “The thermal behavior of gases under the influence of infrared-radiation,” International Journal of Physical Sciences, Volume 11, Number 15, (August 16, 2016), pp. 183-205.
 Thomas Allmendinger, “The Refutation of the Climate Greenhouse Theory: A Hopeful Alternative,” Environmental Pollution and Climate Change, Volume 1, Number 2, (2017).
 Thomas Allmendinger, “The Real Cause of Global Warming and Its Consequences on Climate,” SciFed Journal of Global Warming, Volume 2, Number 1, (2018).
 Thomas S. Kuhn, The Structure of Scientific Revolutions. (Chicago: University of Chicago Press, 1962).
The GOP Winning Back the US Senate Begins in New Hampshire with Bruce Fenton
Maggie Hassan Won by 0.1 Percentage Points in 2016
PUBLIUS SPECIAL GUEST: Bruce Fenton is a Republican primary Candidate for the US Senate in New Hampshire. Fenton is a successful entrepreneur, stockbroker, retired US Navy Hospital Corpsman, and longtime bitcoin advocate.
BRUCE FENTON STANDS FOR LIBERTY, FREEDOM AND NEW HAMPSHIRE
Bruce Fenton for US Senate @brucefenton
July 11th 2022
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“America is at one of its most crucial times in history. Much of what we know and what makes our country great is under threat. We have an extraordinary opportunity to build a better country and world by embracing our core Constitutional values,” says Fenton who is running on a platform of freedom, human rights, free markets and peace.
“I’m very much against the lockdowns, movement passes and other abuses we’ve seen over the last two years. I’m in favor of personal choice, sound economics, capitalism and small government.”
Fenton has over 20 years of experience in global finance. He has worked and lived around the world and has completed billions of dollars in transactions and worked with some of the world’s largest investors. Fenton got his start on Wall Street after serving in the US Navy and has worked full time on Bitcoin and digital assets since 2013. He served as Executive Director of the Bitcoin Foundation, is host of the well-known Satoshi Roundtable event series, is a successful angel investor, supporter of open-source software and is a self-described cypherpunk.
Fenton is in favor of limiting government and increasing human choice and freedom. He intends to run a campaign focused on access, transparency and using the latest technology to help voters get to know him and what he stands for.
“Live Free or Die is our state motto” says Fenton. “There’s never been a more important time to live and embrace this. We have a country to save.”
FIND HIS WEBSITE HERE.
BIO: Bruce Fenton, Bitcoiner and free markets advocate, is an entrepreneur and serves as CEO of Chainstone Labs and Managing Director of Watchdog Capital, a licensed securities brokerage firm. Fenton lives on a historic farm on the Great Bay in Seacoast New Hampshire with his wife and their four children.
FIND HIM ON FACEBOOK HERE:
ON LINKED IN HERE:
Bruce Fenton is a Republican primary Candidate for the US Senate in New Hampshire. Fenton is a successful entrepreneur, stockbroker, retired US Navy Hospital Corpsman, and longtime bitcoin advocate.
ABOUT THE BOOK:
The Serpent Papers
Columbia University alum – Jeff Schnader’s – debut novel
Released to Commemorate 50th Anniversary of
Vietnam War Protests at Columbia University
Columbia University alumnus, Jeff Schnader’s debut novel, The Serpent Papers (The Permanent Press: March 1, 2022), a work of historical fiction, will be released just in time to commemorate the 50th Anniversary of the April 1972 marches, building take-overs, riots at Columbia University that suspended classes after the University summoned the police to remove the protesting students. Set on the tumultuous 1972 Columbia University campus during the time of nationwide demonstrations against the Vietnam War, The Serpent Papers is the first book of any kind written about the protests and is based on the real-life experiences of a participant and witness to the events of the era.
The Serpent Papers is the story of J-Bee, raised in the violent world of the 1960s, who chooses to matriculate at Columbia in 1971 rather than join the military. A Southern boy who comes from a conservative Catholic military family, J-Bee exemplifies the struggles of his generation and the challenges they faced balancing patriotism with a rejection of the war.
When he arrives at university, J-Bee is immediately thrust into the anti-war atmosphere and becomes ideologically trapped between his best friend’s fighting overseas and Columbia’s cauldron of anti-war protest. When the moral quandary of a protracted, escalating war comes to a head, and with his own conscience and the conscience of the nation on his mind, J-Bee is forced to make the decision that defines his life.
The mysterious “Serpent” is an invisible voice that emerges from the basement of a seedy Broadway bar. Labeled the “patron saint of The Apocalypse,” the Serpent urges the students to act on their consciences. In this coming-of-age story, the Serpent is the personification of the political ideals of the age.
Schnader, a graduate of the Columbia College class of 1975 and retired full professor from Eastern Virginia Medical College, participated in sit-ins, marches and protests, including the April 25, 1972 riot in front of Hamilton Hall where 1000 students were beaten by hundreds New York City Tactical Police in full battle regalia. J-Bee’s story mirrors Schnader’s life and follows the events of the time by telling the authentic story of what students lived through.
For the Vietnam War generation, the war is still the defining event of their lives and rivets their interest; it created a generational rift between those who fought and those who protested, a rift which this novel aims to heal. The book also features three murders along with a vividly accurate portrayal of 1970s counterculture.
Although not a true memoir, The Serpent Papers reads like one.
Columbia University Protests Timeline:
April 12, 1972 – Hundreds of anti-war demonstrators march to mid-Manhattan and break through police barricades to disrupt a dinner for Vice President Agnew at the Americana Hotel. One Columbia student is arrested for disorderly conduct while the NY Tactical Patrol (Police) Force (TPF), on horseback, swings clubs at the crowd, injuring marchers and dispersing the crowd.
April 17, 1972 – Columbia students march down Broadway, from 116th St to 107th St, to protest the renewed bombing of North Vietnam and the American invasion of Cambodia, ordered by President Nixon. Police estimate the crowd at 2000. The students demand a shut-down of Columbia in protest.
April 18, 1972 – More than 2000 Columbia students march through Morningside Heights, demanding that Columbia be shut down to protest the American military presence in Southeast Asia.
April 19, 1972 – After a noon rally at Pupin Hall (physics building), over 1000 Columbia students march through Morningside Heights, demanding the university be shut down. At 3PM, Columbia President McGill personally presents protestors, who are barricading Hamilton Hall, with a restraining order.
April 20, 1972 – More than 75 helmeted NYC police force a group of 30 picketers to end their blockade of the 118th Street entrance to Columbia’s School of International Affairs.
April 22, 1972 – 50,000 demonstrators march 30 blocks down 6th Avenue in cold driving rain to voice opposition to the Vietnam War. They rally in midtown Manhattan where celebrities and peace activists speak. John Lennon and Yoko Ono are greeted by the crowd midway through the rally.
April 24, 1972 –Columbia’s Lewisohn and Pupin Halls are occupied by protestors against the Vietnam War, and three students are arrested as the student strike enters its second week.
April 25, 1972 – Hundreds of NY Tactical Police, swinging clubs, surround and storm hundreds of protesting students on the Van Am Quad in the most violent day of Columbia’s anti-war student strike.
April 26, 1972 – 100 anti-war students seize Mathematics Hall, bringing the total to five student-occupied campus buildings. At 10 PM, 200 students rally at the Sundial, center of Columbia’s campus.
April 27, 1972 – Students in the anti-strike Majority Coalition, in support of Nixon and his “silent majority,” take back Mathematics Hall from anti-war protestors. They also briefly hold Pupin Hall, only to be retaken later by anti-war protestors.
Late April, 1972 – Columbia University classes end; final exams are canceled. University President McGill publicly vows never again to call police to campus.
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