“If grand unified theories are correct, we ought to be able to derive the relative power of the strong, weak, and electromagnetic interactions at accessible energies from their presumed equality at much higher energies. When this is attempted, a wonderful result emerges. …in the form first calculated by Howard Georgi, Helen Quinn, and Steven Weinberg …The couplings of strong-interaction gluons decrease, those of the [weak interaction] W bosons stay roughly constant, and those of the [electromagnetic interaction] photons increase at short distances [or high energies]—so they all tend to converge, as desired.”

Longing for the Harmonies: Themes and Variations from Modern Physics (1987)

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Frank Wilczek49

physicist 1951

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“A very plausible choice for when inflation might have happened would be when the energy scales of the universe were at the scale of grand unified theories… which unify the weak, strong and electromagnetic interactions into a single unified interaction... we're talking about energies which are about 1016 times the equivalent energy of a proton mass. …the initial patch would only have to be the ridiculously small size of about 10-28 cm across to be able to lead ultimately to the creation of everything that we see on the vast scale of which we see it.”

Alan Guth (1947) American theoretical physicist and cosmologist

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“Strong, weak and electromagnetic interaction are evidently part of a grand unified theory. These temperatures are today quite inaccessible. They were achieved only in the earliest moments of the Big Bang. Since then, the universe has congealed, losing its symmetry.”

Sheldon L. Glashow (1932) American theoretical physicist

Source: The Charm of Physics (1991), p. 244

“The standard SU(3)×SU(2)×U(1) theory of strong, electromagnetic, and weak interactions appears to correctly describe physics down to the smallest distance scales yet probed.”

Leonard Susskind (1940) American physicist

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“A system is an open set of complementary, interacting parts, with properties, capabilities and behaviours of the set emerging both from the parts and from their interactions to synthesize a unified whole.”

Derek Hitchins (1935) British systems engineer

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“Individuals who participate in interaction rituals are filled with emotional energy, in proportion to the intensity of the interaction. Durkheim called this energy “moral force,” the flow of enthusiasm that allows individuals in the throes of ritual participation to carry out heroic acts of fervor or self-sacrifice. I would emphasize another result of group-generated emotional energy: it charges up individuals like an electric battery, giving them a corresponding degree of enthusiasm toward ritually created symbolic goals when they are out of the presence of the group. Much of what we consider individual personality consists of the extent to which persons carry the energy of intense interaction rituals; at the high end, such persons are charismatic; a little less intensely, they are forceful leaders and the stars of sociability; modest charges of emotional energy make passive individuals; and those whose interaction ritual participation is meager and unsuccessful are withdrawn and depressed.”

Randall Collins (1941) American sociologist

Source: The Sociology of Philosophies (1998), p. 23

“No state is forever strong or forever weak. If those who uphold the law are strong, the state will be strong; if they are weak, the state will be weak.”

Han Fei (-279–-232 BC) Chinese philosopher

國無常強，無常弱。奉法者強則國強，奉法者弱則國弱。
Source: "On Having Standards", in Han Feizi: Basic Writings (2003)

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Sheldon L. Glashow (1932) American theoretical physicist

The Elegant Universe, NOVA Interview (2003)

“One of the things that excited me so much about quantum chromodynamics after the work of Gross and Wilczek and Politzer was that it seemed to provide a rational explanation for what had always been mysterious to me — the fact that there were symmetries, like parity conservation, charge conjugation invariance, and strangeness conservation, that were very good symmetries of the strong and electromagnetic interactions — as far as we knew exact — and yet were not respected by the weak interactions. Why should nature have … symmetries that are symmetries of part of nature but not other parts of nature?”

Steven Weinberg (1933) American theoretical physicist

"Reminiscences of the Standard Model" - Special Colloquium by Steven Weinberg https://www.youtube.com/watch?v=mX2R8-nJhLQ, 17 October 2017, YouTube video at 1:02:17 of 1:39:24

“Capitalism puts higher and higher demands on people to be able to improvise, to adapt to the constant changes of the market, to interact with each other and communicate in an effective way, to be ready at any time for the worse. There is a strong correlation between the importance of constant innovation in capitalism and in improvisation, and we cannot avoid that there is a strong relationship between the two. … The more open you are to experimentation, the more you would be likely to open up new avenues for capitalism to produce value.”

Mattin (1977) Spanish musician

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“I no longer have the energy for meaningless friendships, forced interactions or unnecessary conversations.”

Ralph Smart

Source: yt

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Frank Wilczek49

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