- published: 31 Mar 2015
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Henrik Svensmark (born 1958) is a physicist and professor in the Division of Solar System Physics at the Danish National Space Institute (DTU Space) in Copenhagen. He is known for his theory on the effects of cosmic rays on cloud formation as an indirect cause of global warming. He detailed his work in the book The Chilling Stars as well as the film The Cloud Mystery.
Henrik Svensmark obtained a Master of Science in Engineering (Cand. Polyt) in 1985 and a Ph.D. in 1987 from the Physics Laboratory I at the Technical University of Denmark.
Henrik Svensmark is director of the Center for Sun-Climate Research at the Danish Space Research Institute (DSRI), a part of the Danish National Space Center. He previously headed the sun-climate group at DSRI. He held postdoctoral positions in physics at three other organizations: University of California, Berkeley, Nordic Institute for Theoretical Physics, and the Niels Bohr Institute.
In 1997, Svensmark and Eigil Friis-Christensen popularised a theory that linked galactic cosmic rays and global climate change mediated primarily by variations in the intensity of the solar wind, which they have termed cosmoclimatology. This theory had earlier been reviewed by Dickinson. One of the small-scale processes related to this link was studied in a laboratory experiment performed at the Danish National Space Center (paper published in the Proceedings of the Royal Society A, February 8, 2007).
Professor Henrik Svensmark explains just how significant his research into clouds may be for climate change prediction.
Henrik Svensmark's documentary on climate change and cosmic rays. Formore documentation on the fraud of anthropocentric climate change, see "'Global Warming' Scare Is Population Reduction, Not Science," available here: http://store.larouchepub.com/product-p/eirsp-2015-1-0-0-pdf.htm Teaser: http://larouchepub.com/eiw/public/greenfascismpromo/pdf/EIR_GreenF-teaser.pdf
Prof. Dr. Henrik Svensmark, Danish National Space Centre, spricht über den Einfluss der kosmischen Strahlung auf das Klima und präsentiert die neuesten Erkenntnisse und deren Bedeutung für das Verständnis des Klimawandels. Er zeigt, dass Sonnenaktivität und kosmische Strahlung das Klima auf der Erde insbesondere durch Wolkenbildung stark beeinflussen. 9. Internationale Klima- und Energiekonferenz, Essen, Dezember 2015. Prof Dr Henrik Svensmark, Danish National Space Centre, elaborating the impact that cosmic rays have on climate change. As he shows, solar activity and cosmic rays influence Earth's climate mainly through their impact on cloud formation. 11th International Conference on Climate Change, Essen, Germany, December 2015. Prof Svensmark zeigt einmal mehr, wie durch die kosmische ...
Forget cosmic radiation. It's the interstellar medium and the NEAR ABSENCE of the so-called "heliosphere." The inverse relationship of GCR to TSI is COINCIDENTAL -- not causative. The ISM moderates GCR as it, at the same time. refuels the sun. Earth's atmospheric (water vapor) clouds respond inversely to solar output(TSI) requiring NO "cloud condensation nuclei.". Condensation happens automatically due to dipole moment of water molecule.
Research by the prestigious European Organization of Nuclear Research supports the theory that periods of earth warming are caused by solar activity and so-called cosmic rays, rather than by human activity. The findings of the landmark study, dubbed CLOUD, are rocking climate science. The Svensmark Cosmic Ray Theory was developed at the Danish Space Institute. The Earth is constantly being bombarded with cosmic rays, high-energy particles from exploding stars. The Svensmark Cosmic Ray Theory suggests that when these cosmic rays enter the Earth's atmosphere, they help create clouds. An active sun strengthens a magnetic shield around the Earth that lets fewer cosmic rays get through. If the sun is less active, more cosmic rays get through. And the more cosmic rays, the more clo...
What really drives climate changes on Earth? Professors Svensmark, Shaviv & Veitzer answer, using empirical science and experimental confirmation.
Prof. Henrik Svensmark, Danish National Space Center, berichtet über neue Erkenntnisse über den Einfluss der kosmischen Höhenstrahlung auf das Klima. Die Frage, die es zu klären gilt, ist, wie die Kondensationskerne, die zu Bildung von Wolken unbedingt erforderlich sind, durch Sonnenwind und Höhenstrahlung gebildet werden.
On live TV during the COP15 Climate 09 debate on DR1, Henrik Svensmark was hit by a heart attack and his pacemaker kicked in. He was immediately rushed to the hospital, and according to the latest reports his condition is steady now.Henrik Svensmark (born 1958) is a physicist at the Danish National Space Center in Copenhagen who studies the effects of cosmic rays on cloud formation. His work presents hypotheses about solar activity as an indirect cause of global warming; his research has suggested a possible link through the interaction of the solar wind and cosmic rays. His conclusions have been controversial as the prevailing scientific opinion on climate change considers solar activity unlikely to be a major contributor to recent warming, though it is thought to be the primary d...
(Sendt d. 26. februar 2015 på DR3) Dermed ikke sagt at forurening ikke er skidt og ikke skal bekæmpes eller at vi ikke skal væk fra monopolistisk, central-kontrolleret, subsidieret, forurenende, planet-udpinende fossile brændstoffer (samt petrokemikalier i form af plastik og indhold i noget medicin), der i øvrigt sælges ved at bilde folk ind, at der er begrænset mængder til rådighed (artificial scarcity /kunstig mangel). _The Corbett Report_ • Episode 024 – Peak Oil is a Fraud http://corbettreport.com/episode-024-peak-oil-is-a-fraud • Episode 191 – How to Spin Gold from Straw http://corbettreport.com/episode-191-how-to-spin-gold-from-straw Mere om hvorfor og hvordan menneskeskabt global opvarmning /klimaforandringer (hvad udtryk der nu passer eliten bedst i en given vejr-situation) sand...
Dr. Henrik Svensmark, Danish National Space Center: Die klimatische Rolle der Sonne und der kosmischen Strahlung. 2. Internationale Klimakonferenz, Berlin 2009.