ellauri065.html on line 198: According to Six, the concept arose from a joke he made with friends about punishing a child molester by stitching his mouth to the anus of a "fat truck driver". Inspiration also came from Nazi medical experiments carried out during World War II, such as the crimes of Josef Mengele at the Auschwitz concentration camp.
ellauri066.html on line 936: Almost exactly a year from the pandemic’s start, Tegnell said that he believes people should still hold off on judging his policies. “The pandemic is not over,” he said. “Any kind of final review on what’s been good and what’s been bad still awaits us.” Thats what the guys in Nuremberg said: hold your horses, this was supposed to be a 1000-year Reich. Don't blame us on what were only meant as initial experiments.
ellauri164.html on line 453: The producers faced a technical difficulty in a scene which contained a nuclear explosion. After several experiments, the special effects coordinator Samir Jaber - a Syrian citizen who worked for Mosfilm - decided to create the required sequence by trickling a drop of orange-tinted perfume into a watery solution of aniline and filming it close up. Haha wimps!
ellauri183.html on line 258: The nuclear holocaust has come and gone. Only one man survives: paleologist Calvin Cohn, who happened to be safely, deeply underwater at the time. And, after some black-humor-ish conversations with God, Cohn is allowed to live—for a while, at least—and he finds himself on an island a la Robinson Crusoe, with a communicative chimp named Buz (product of chimp-speech experiments) as his only companion. Cohn, son of a rabbi, engages in existential, religious, and Talmudic speculations with the chimp—though he refrains from trying to convert him to Judaism. He must reexamine the basics of social interaction—when Buz gets too physically chummy ("If you had suckled the lad, could you marry him?"), when a friendly gorilla appears and causes jealousies, and, above all, when five more talking chimps appear... including the lisping Mary Madelyn, the object of everyone's sexual attention (including Cohn's).
ellauri192.html on line 73: Zaum (Russian: зáумь "beyond reason") are the linguistic experiments in sound symbolism and language creation of Russian Futurist poets such as Velimir Khlebnikov and Aleksei Kruchenykh. Zaum is a non-referential phonetic entity with its own ontology. The language consists of neologisms that mean nothing. Zaum is a language organized through phonetic analogy and rhythm. Zaum literature cannot contain any onomatopoeia or psychopathological states.
ellauri219.html on line 215: A German composer who pioneered the use of electronic music in the 50s and 60s, Stockhausen remains a godfather of the avant-garde, whose boundary-pushing music influenced The Beatles’ own groundbreaking experiments in the studio, starting with their tape experiments of Revolver’s “Tomorrow Never Knows.” Paul McCartney (No.64) introduced Stockhausen’s work to the group, turning John Lennon (No.62) into a fan; Lennon and Yoko Ono even sent the composer a Christmas card in 1969.
ellauri223.html on line 168: In the last third of the book, the Head of the Salomon's House takes one of the European visitors to show him all the scientific background of Salomon's House, where experiments are conducted in Baconian method to understand and conquer nature (no tietysti), and to apply the collected knowledge to the betterment of society. Namely: 1) the end, or purpose, of their foundation; 2) the preparations they have for their works; 3) the several employments and functions whereto their fellows are assigned; 4) and the ordinances and rites which they observe.
ellauri374.html on line 77: In 2006, when Ariely was a professor at the MIT Media Lab, he conducted illegal experiments including electric shocks to MIT students.
xxx/ellauri113.html on line 50: Gravity is more subtle, though: the real problem is not so much nonrenormalizability as high-energy behavior inconsistent with local quantum field theory. In quantum mechanics, if you want to probe physics at short distances, you can scatter particles at high energies. (You can think of this as being due to Heisenberg's uncertainty principle, if you like, or just about properties of Fourier transforms where making localized wave packets requires the use of high frequencies.) By doing ever-higher-energy scattering experiments, you learn about physics at ever-shorter-length scales. (This is why we build the LHC to study physics at the attometer length scale.)
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