Meanwhile in Tennessee...

Meanwhile in Tennessee…

There is no word where the tiger came from or how it got loose


⤺ reposted by @0x19ngmH from Here is my excuse to indulge in Hennessy with lime


Goddammit baskins

:interrobang: Rosneft completed the first half of 2020 with a net loss of RUB 113 billion.
It’s still need to be able to work like that!

Inside the privileged lives of protesters busted for Manhattan riots

Inside the privileged lives of protesters busted for Manhattan riots

Manhattan rental market plunges, leaving 15,000 empty apartments in August

Some [Atlanta] MARTA employees say they don’t feel safe at work after they were assaulted by unruly passengers.

Channel 2′s Dave Huddleston talked to drivers, who said the problems started when bus riders no longer had to pay during the COVID-19 pandemic.

In one report, a man performed a sex act next to a female driver. Another rider spat on a bus operator and another driver was punched. In three months, there were reports of more than 20 assaults.

https://www.wsbtv.com/news/local/atlanta/marta-employees-fear-safety-after-being-attacked-by-unruly-passengers/422HGWFRHVAMRN7LZXOGG2YHYE/

Colombia

https://www.instagram.com/tv/CE8eD1QnAc5/

https://twitter.com/Col_Informa?s=09

Just moments after the fire started.

The US has revoked the visas of more than 1,000 Chinese students and researchers had ties to the Chinese military, accusing some of espionage, in the latest dispute between the rival superpowers.
Chinese people make up the largest proportion of international university students in the US, with about 370,000 enrolled in 2018-19.

The irony

Facebook Campus
Article,

Well said

If you are a student or seeking a career intelligence or State Department check out the CLS Application.

Posted in Abracadabra
@AbracadabraAzazel

#Navalny
G7 Foreign Ministers’ made a joint Statement on the Poisoning of Alexei Navalny
:canada::fr::de::it::jp::uk::us:"We, the G7 foreign ministers of Canada, France, Germany, Italy, Japan, the United Kingdom and the United States of America and the High Representative of the European Union, are united in condemning, in the strongest possible terms, the confirmed poisoning of Alexei Navalny,” reads a statement released by the US State Department

:eu: MEPs initiate the creation of an international group to investigate the assassination attempt on Navalny
According to MEP and former Lithuanian Prime Minister Andrius Kubilius, the Kremlin is not interested in truly investigating the circumstances of the assassination attempt on Navalny’s life, “as in any other case when critics of the regime were the victims.” “Therefore, calls for a thorough investigation by the Russian authorities are ineffective, the only way to get at least some clarity on the case is to conduct an independent investigation.”

This law went in effect yesterday, what a coincidence, isn’t it? The fires are a great excuse to leave the city.

Class in 30 minutes

Duh!!!

Past coverage

Smartphone cameras struggle to capture San Francisco’s orange sky
Article,

Wizard of the Day - Clemens C.J. Roothaan - #WIZARDOFTHEDAY
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“Clemens was a foundational figure in the field of quantum chemistry,” said R. Stephen Berry, the James Franck Distinguished Service Professor Emeritus of Chemistry, who was Roothaan’s UChicago colleague for decades. “In my mind, he is probably the person who most deserved but never received the Nobel Prize.”

Clemens C. J. Roothaan, born in 1918, was a Dutch physicist and chemist known for his development of the self-consistent field theory of molecular structure.

Roothaan was born in Nijmegen. He enrolled TU Delft in 1935 to study electrical engineering.

Clemens C.J. Roothaan was in a Nazi concentration camp when he made his first theoretical quantum calculations—work that later would be accepted as his master’s thesis in physics. He and his brother were sent to the Vught concentration camp for involvement with the Dutch Resistance. On September 5, 1944, the remaining prisoners of the camp (including the Roothaan brothers) were moved to the Sachsenhausen camp in Germany ahead of the advancing Allies. Near the end of the war, the Sachsenhausen inmates were sent on a death march which Roothaan’s brother did not survive.
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While a prisoner of war he was able to pursue his studies in physics together with other professors and students under the formal guidance of Philips. The nearby electronics giant Philips N.V., occupied by the Nazis, tapped the camp for labor. A small group of prisoners with scientific backgrounds were drafted for academic work; his former professors, still at the Delft Institute of Technology, worked with Philips and were able to suggest problems for Roothaan to work on to continue his physics education. The work he was assigned to while cooperating with Philips was a foundation for his master’s thesis.

He obtained his master’s degree in physics from TU Delft on October 14, 1945.

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Roothaan emigrated to the U.S. on a Guggenheim fellowship to continue his studies at the University of Chicago, where he received his PhD in 1950 and became a professor in 1952. He did his PhD thesis with Robert S. Mulliken from the University of Chicago, on semiempirical MO theory, while holding a post at The Catholic University of America in Washington, D.C… He became a professor who created groundbreaking models of the electronic structure of molecules that are still used today. He realised that the then current approach to molecular orbital theory was incorrect and changed his topic to what resulted in the development of the Roothaan equations.

Prof. Mulliken mentions this work in his Nobel lecture as follows:

“I tried to induce Roothaan to do his Ph.D. thesis on Hückel-type calculations on substituted benzenes. But after carrying out some very good calculations on these he revolted against the Hückel method, threw his excellent calculations out the window, and for his thesis developed entirely independently his now well known all-electron LCAO SCF self-consistent-field method for the calculation of atomic and molecular wave functions, now appropriately referred to, I believe, as the Hartree-Fock-Roothaan method.”

He had moved to the University of Chicago in 1949 and his PhD was awarded in 1950. He then joined the Physics Department of the University of Chicago.

“He was a pioneer in the development and application of rigorous theory to the electronic structure of atoms and molecules,” said Paul Bagus, PhD’66, a professor of chemistry at the University of North Texas and a former student of Roothaan’s. “He was a true giant in our discipline.”

From 1962 to 1968 he was Director of the University of Chicago Computation Center. Later he was Professor of Physics and Chemistry at the University of Chicago. Since his retirement, in 1988, he has worked for the Hewlett-Packard Laboratories in Palo Alto, California, where his primary contribution has been in the development of the mathematical coprocessor routines for the Itanium chip. His method of analyzing pipeline architecture has been unique and innovative and greatly admired in supercomputer circles around the world.
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Hungry for more computational power, Roothaan worked with early computers at UChicago-affiliated Argonne National Laboratory and then played a significant role in developing the University’s first computer program. He served as director of its Computation Center from 1962 to 1968, helping scientists from other fields use the computer while developing hardware and software for large-scale scientific calculations.

Berry said few people in the field could match Roothaan’s intuition for programming. “These could be enormously huge computations sometimes, and he could just sit down and write out how to do it,” he said.

After retiring from UChicago in 1988, he worked for Hewlett-Packard, where he developed the mathematical co-processor routines for the Itanium chip and served as a liaison for the computing needs of the Large Hadron Collider in Europe.
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In 1982 Roothaan became a correspondent of the Royal Netherlands Academy of Arts and Sciences. He was a member of the International Academy of Quantum Molecular Science and the Society of Catholic Scientists. He turned 100 in August 2018 and died in June 2019.

https://www.catholicscientists.org/news/2018/08/distinguished-catholic-scientist-turns-100-2

http://www.quantum-chemistry-history.com/Roothaa1.htm

http://www.theochem.ru.nl/~pwormer/Knowino/knowino.org/wiki/Molecular_orbital_theory.html

done, dig in Cadets :woman_technologist::man_technologist::woman_astronaut::man_astronaut: