Julian Schwinger idézet

Julian Seymour Schwinger amerikai elméleti fizikus. Ő fogalmazta meg a renormálás elméletét, és rögzített egy elektron-pozitron-jelenséget .

Elméleti fizikai eredményeiért 1951-ben Albert Einstein-díjat kapott. Kvantumelektrodinamikai munkásságáért Richard Feynmannal és Shinichiro Tomonagával megosztva fizikai Nobel-díjat kapott 1965-ben. Wikipedia

✵ 12. február 1918 – 16. július 1994

Julian Schwinger: 3 idézetek 0 Kedvelés

Julian Schwinger: Idézetek angolul

“Is the purpose of theoretical physics to be no more than a cataloging of all the things that can happen when particles interact with each other and separate? Or is it to be an understanding at a deeper level in which there are things that are not directly observable (as the underlying quantized fields are) but in terms of which we shall have a more fundamental understanding?”

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Julian Schwinger

Quantum Mechanics - Symbolism of Atomic Measurements (2001) p. 24 f.

“If my history lesson has done nothing else, it should have reminded you that, during any given period in the evolving history of physics, the prevailing, main line, climate of opinion was likely as not to be wrong, as seen in the light of later developments. And yet, in those earlier times, with relatively few individuals involved, change did occur, but slowly… What is fundamentally different in the present day situation in high energy physics is that large numbers of workers are involved, with corresponding pressures to conformity and resistance to any deflection in direction of the main stream, and that the time scale of one scientific generation is much too long for the rapid pace of experimental discovery. I also have a secret fear that new generations may not necessarily have the opportunity to become familiar with dissident ideas.”

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Julian Schwinger

as quoted by Sameer Shah in "If you can't join 'em, beat 'em": Julian Schwinger's Conflicts in Physics. Directions in Cultural History, The UCLA Historical Journal, Volume 21, 2005-2006, p. 50

“Perhaps the most important contribution to science that the Royal Society has made in its three centuries of existence is its early role in publishing Newton's masterful account of his discoveries.”

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Julian Schwinger

Einstein's Legacy: The Unity of Space and Time (2002) p. 2