“The Higgs boson is an essential part of the analogy to the Meissner effect in superconductivity that leads us to an excellent understanding of the masses of the electroweak gauge bosons W± and Z0 as consequences of electroweak symmetry breaking.”

Visions- the coming revolutions of particle physics. http://xxx.uni-augsburg.de/pdf/hep-ph/0204075v1 2002, p. 5.

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Chris Quigg4

American physicist 1944

Kirby Page (1890–1957) American clergyman

"What is War?" (1924)

“In fact, there is something puzzling about the Higgs mass we now do observe. It is generally known as the “hierarchy problem.” Since it is the Higgs mass that sets the scale for the masses of all other known elementary particles, one might guess that it should be similar to another mass that plays a fundamental role in physics, the so-called Planck mass, which is the fundamental unit of mass in the theory of gravitation. (It is the mass of hypothetical particles whose gravitational attraction for one another would be as strong as the electric force between two electrons separated by the same distance.) But the Planck mass is about a hundred thousand trillion times larger than the Higgs mass. So, although the Higgs particle is so heavy that a giant particle collider was needed to create it, we still have to ask, why is the Higgs mass so small?”

Steven Weinberg (1933) American theoretical physicist

"The Big Higgs Question" http://www.nybooks.com/daily/2012/07/09/big-higgs-question/, The New York Review of Books, 9 July 2012

“If there is no connection between quarks and leptons, since quarks make up the proton, then the balance of the proton and electron charge is just a remarkable coincidence. It seems impossible for any thinking person to be satisfied with coincidence as an explanation. Some principle must relate the charges of the quarks and the leptons. What is it? A fancier way of saying it, and more or less equivalent, is that for the electroweak theory to make sense up to arbitrarily high energies, the symmetries on which it is based must survive quantum corrections.”

Chris Quigg (1944) American physicist

Nature's greatest puzzles. http://arxiv.org/PS_cache/hep-ph/pdf/0502/0502070v1.pdf SLAC Summer Institute 2004, p. 9.

“For if we may compare infinities, it would seem to require a greater infinity of power to cause the causes of effects, than to cause the effects themselves. This idea is analogous to the improving excellence observable in every part of the creation; such as in the progressive increase of the solid or habitable parts of the earth from water; and in the progressive increase of the wisdom and happiness of its inhabitants; and is consonant to the idea of our present situation being a state of probation, which by our exertion we may improve, and are consequently responsible for our actions.”

Erasmus Darwin book Zoonomia

Zoönomia, vol. 1 (1794).

“The effect of the land reform bringing land to the peasant masses is to enhance their enthusiasm and their zeal in increasing production and taking part in the war of resistance, and consequently the resistance forces will grow in strength.”

Trường Chinh (1907–1988) former General Secretary of the Communist Party of Vietnam (1907-1988)

Implementing the Land Reform (1958) (excerpts)

“The road leading to a goal does not separate you from the destination; it is essentially a part of it.”

Charles de Lint (1951) author

"Romano Drom" in Dreams Underfoot : The Newford Collection (2003), p. 118

“One of the many importants ideas introduced by Minkowski into the study of convex bodies was that of gauge function. Roughly, the gauge function is the equation of a convex body. Minkowski showed that the gauge function could be defined in a purely geometric way and that it must have certain properties analogous to those possessed by the distance of a point from the origin. He also showed that conversely given any function possessing these properties, there exists a convex body with the given function as its gauge function.”

Carl Ludwig Siegel (1896–1981) German mathematician

[Lectures on the Geometry of Numbers, https://books.google.com/books?id=dyH4CAAAQBAJ&pg=PA6] (p. 6)

“Oh, for the rebirth of an educational system where understanding was an essential part of knowledge.”

Samuel R. Delany book Nova

Source: Nova (1968), Chapter 2 (p. 26)

“The good thing about Higgs is that depending on the mass it actually manifests itself inside the detector in completely different ways. And many different ways depending on the mass, and we have to cover all the different ways and, in fact, when you have done you find that detector can do anything that the nature has in store for us. Anything.”

Tejinder Virdee (1952) British physicist

"Discovery machine; Interview with Dr. Jim Virdee," 2010

“We must learn to live with contradictions, because they lead to deeper and more effective understanding.”

Edward Teller (1908–2003) Hungarian-American nuclear physicist

"Science and Morality" in Science (1998), Vol. 280, p. 1200

“The Higgs boson is an essential part of the analogy to the Meissner effect in superconductivity that leads us to an excellent understanding of the masses of the electroweak gauge bosons W± and Z0 as consequences of electroweak symmetry breaking.”

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Chris Quigg4

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