Academics From The United Kingdom

5284 quotes
0 likes
0Verified
230Authors

Timeline

First Quote Added

April 10, 2026

Latest Quote Added

April 10, 2026

All Quotes

"During the 1930s Romanian fascism was highly complex: it consisted of several movements and layers which varied in intensity from to the genuine article. By far the most important, however, was the Legion and , Codreanu providing the sort of charismatic leadership which was more commonly associated with Hitler and Mussolini. His ideas also had much in common with Nazism. [...] Most of this cut little ice with those in power: the monarchy, the army officers and politicians. They were less concerned about mobilization of opinion that about the accumulation of power and about dealing with opponents; increasingly, Condreanu came to be seen as dangerous radical who would destabilize the regime. Although some observers claim that Carol was a 'monarcho-fascist', this term is not particularly appropriate. Carol was never inclined to any systematic ideology and remained traditional and conservative in his policies. This also applied to Michael and the Conducator, Antonescu. Yet, when the latter did finally succeeded in destroying the Legion, he ruled, in Payne's words as 'a right radical nationalist dictator with the support of the military'. Strangely, this was preferred by Hitler since Antonescu offered more security as a Romanian satellite. This was understandable because Hitler's main concern in 1941 was the military use of Romania rather than its complete ideological conversion. Hence, a conservative regime which had been radicalized by its contact with fascism was an ideal balance. In any case this radicalized conservationism proved to be one of the most extreme of all the European states in its policies toward the Jews."

- Stephen J. Lee

0 likesacademics-from-the-united-kingdomnon-fiction-authors-from-the-united-kingdomhistorians-from-the-united-kingdom
"Now, it is worth remarking, that this property of the table of sines, which has been so long known in the East, was not observed by the mathematicians of Europe till about two hundred years ago […] If we were not already acquainted withthe high antiquity of the astronomy of Hindostan, nothing could appear more singular than to find a system of trigonometry, so perfect in its principles, in a book so ancient as the Surya Siddhanta […]’ ‘In the progress of science […] the invention of trigonometry is to be considered as a step of great importance, and of considerable difficulty. It is an application of arithmetic to geometry […] (and) a little reflection will convince us, that he, who first formed the idea of exhibiting, in arithmetical tables, the ratios of the sides and angles of all possible triangles, and contrived the means of constructing such tables, must have been a man of profound thought, and of extensive knowledge. However, ancient, therefore, any book may be, in which we meet with a system of trigonometry, we may be assured, that it was not written in the infancy of science.’ ‘As we cannot, therefore, suppose the art of trigonometrical calculation to have been introduced till after a long preparation of other acquisitions, both geometrical and astronomical, we must reckon far back from the date of the Surya Siddhanta, before we come to the origin of the mathematical sciences in India […] Even among the Greeks […] an interval, of at least 1000 years, elapsed from the first observations in astronomy, to the invention of trigonometry; and we have surely no reason to suppose, that the progress of knowledge has been more rapid in other countries.’ ‘A thousand years therefore must be added to the age of the Surya Siddhanta, which we suppose here to be 2000 before Christ, in order that we may reach the origin of the sciences in Hindostan, and this brings us very nearly to the celebrated era of the Calyougham […]’"

- John Playfair

0 likesfellows-of-the-royal-societyacademics-from-the-united-kingdomgeologists-from-scotlandphysicists-from-scotlandmathematicians-from-scotland
"‘We must, therefore, enquire, whether this epoch is real or fictitious, that is, whether it has been determined by actual observation, or has been calculated from the modern epochs of the other tables. For it may naturally be supposed, that the Brahmins, having made observations in later times, or having borrowed from the astronomical knowledge of other nations […] have only calculated what they pretend that their ancestors observed. [...] In doing this, however, the Brahmins must have furnished us with means, almost infallible, of detecting their imposture. It is only for astronomy, in its most perfect state, to go back to the distance of forty-six centuries, and to ascertain the situation of the heavenly bodies at so remote a period. The modern astronomy of Europe […] could not venture on so difficult a task, were it not assisted by the theory of gravitation, and had not the integral calculus […] been able, at last, to determine the disturbances in our system, which arise from the action of the planets on one another. [...] Unless the corrections for these disturbances be taken into account, any system of astronomical tables, however accurate at the time of its formation, and however diligently copied from the heavens, will be found less exact for every instant, either before or after that time, and will continually diverge more and more from the truth, both for future and past ages. [...] It may (therefore) be established as a maxim, that, if there be given a system of astronomical tables, founded on observations of an unknown date (epoch), that date may be found, by taking the time when the tables represent the celestial motions most exactly. Here, therefore, we have a criterion, by which we are to judge of the pretensions of the Indian astronomy to so great antiquity.’ ‘...observations made in India, when all Europe was barbarous or uninhabited, and investigations into the most subtle effects of gravitation made in Europe, near five thousand years afterwards […] thus come in mutual support of one another.’"

- John Playfair

0 likesfellows-of-the-royal-societyacademics-from-the-united-kingdomgeologists-from-scotlandphysicists-from-scotlandmathematicians-from-scotland
"I was telephoned by a man called Alexander Charles Jones, who asked me if he might bring me a box of apparatus which he said when put on frictionless casters and set in motion inside, would displace itself outside its own dimension. Immediately I knew this man was different. ...Any ordinary crank would have said, "How would you like to see Newton's Laws disobeyed." ...So I said... "Does you box contain anything that might loosely be described as a gyroscope?" ...He said, "In the box, there is a gyroscope." I said, "I think you'd better come and show it to me... because I know enough about gyros to know that they're like electromagnetism, and I've studied electromagnetism for thirty years and I know darn well I don't understand it, and I don't understand gyros either, but I can invent new things in electromagnetism once a year. And if you've got something new about gyroscopes I want to see it." And he brought it, and it did. And that was the start of a new line of research for me. And then, about a year later, I met a second enthusiast called Edwin Rickman who added his own brand of instinct that... improved the ideas we'd already got. Let me say of Alex Jones that since I first met him that I've been convinced both of the validity of his argument, and been impressed with his feel for what I'd call the elements of nature. A thing that the more learned acknowledgement of science and mathematics have seldom had, a natural feel for what goes on..."

- Eric Laithwaite

0 likeselectrical-engineersacademics-from-the-united-kingdomentomologistspeople-from-manchester