Quotes about particle (297 quotes, page 2)

“What humiliation, what disgrace for us all, that it should be necessary for one man to exhort other men not to be inhuman and irrational towards their fellow-creatures! Do they recognise, then, no mind, no soul in them — have they not feeling, pleasure in existence, do they not suffer pain? Do their voices of joy and sorrow indeed fail to speak to the human heart and conscience — so that they can murder the jubilant lark, in the first joy of his spring-time, who ought to warm their hearts with sympathy, from delight in bloodshed or for their ‘sport,’ or with a horrible insensibility and recklessness only to practise their aim in shooting! Is there no soul manifest in the eyes of the living or dying animal — no expression of suffering in the eye of a deer or stag hunted to death — nothing which accuses them of murder before the avenging Eternal Justice? …. Are the souls of all other animals but man mortal, or are they essential in their organisation? Does the world-idea (Welt-Idee) pertain to them also — the soul of nature — a particle of the Divine Spirit? I know not; but I feel, and every reasonable man feels like me, it is in miserable, intolerable contradiction with our human nature, with our conscience, with our reason, with all our talk of humanity, destiny, nobility; it is in frightful (himmelschreinder) contradiction with our poetry and philosophy, with our nature and with our (pretended) love of nature, with our religion, with our teachings about benevolent design — that we bring into existence merely to kill, to maintain our own life by the destruction of other life. …. It is a frightful wrong that other species are tortured, worried, flayed, and devoured by us, in spite of the fact that we are not obliged to this by necessity; while in sinning against the defenceless and helpless, just claimants as they are upon our reasonable conscience and upon our compassion, we succeed only in brutalising ourselves. This, besides, is quite certain, that man has no real pity and compassion for his own species, so long as he is pitiless towards other races of beings.”

Bogumil Goltz (1801–1870) German humorist and satirist

Das Menschendasein in seinen weltewigen Zügen und Zeichen (1850); as quoted in The Ethics of Diet: A Catena of Authorities Deprecatory of the Practice of Flesh-eating https://archive.org/stream/ethicsofdietcate00will/ethicsofdietcate00will#page/n3/mode/2up by Howard Williams (London: F. Pitman, 1883), pp. 287-286.

Love , Life , Death , Men

“Phenomena unfold on their own appropriate scales of space and time and may be invisible in our myopic world of dimensions assessed by comparison with human height and times metered by human lifespans. So much of accumulating importance at earthly scales […] is invisible by the measuring rod of a human life. So much that matters to particles in the microscopic world of molecules […] either averages out to stability at our scale or simply stands below our limits of perception.”

Stephen Jay Gould book Eight Little Piggies

"The Golden Rule: A Proper Scale for Our Environmental Crisis", pp. 41–42
Eight Little Piggies (1993)

Life , World , Time

“Einstein had drawn attention to nonlocality in 1935 in an effort to show that quantum mechanics must be flawed. …Einstein proposed a thought experiment—now called the EPR experiment—involving two particles that spring from a common source and fly in opposite directions.
According to the standard model of quantum mechanics, neither particle has a definite position or momentum before it is measured; but by measuring the momentum of one particle, the physicist instantaneously forces the other particle to assume a fixed position… Deriding this effect as "spooky action at a distance," Einstein argued that it violated both common sense and his own theory of special relativity, which prohibits the propagation of effects faster than the speed of light; quantum mechanics must therefore be an incomplete theory. In 1980, however, a group of French physicists carried out a version of the EPR experiment and showed that it did indeed give rise to spooky action.”

John Horgan (journalist) (1953) American science journalist

The reason that the experiment does not violate special relativity is that one cannot exploit nonlocality to transmit information.
Source: The End of Science (1996), p. 83

Spring , Sense , Effort , Light

“The Rigveda stated that the earth was a …globe suspended freely in space. The Vedic texts disclosed that the Sun held the earth and heavenly bodies in its orbit. The Shatapatha Brahmana, a treatise of untold antiquity, recognized and explained the fact that the earth was spherical.. Aryabhata explained the daily rising and setting of planets and stars in terms of the earth’s constant revolutionary motion. The Surya Siddhantha said that the earth, owing to its gravitational force draw all things to itself. In physics, the thinker Kanada, explained light and heat as different aspects of the same element, thus anticipating Clarke Maxwell's Electro-magnetic Theory, which unified different forms of radiant energy. Sankaracharya, in his Advaita thought expanded the concept of unity of matter and energy. Vacaspati recognized light as composed of minute particles emitted by substances, anticipating Newton’s Corpuscular Theory of Light and the later discovery of the Photon. In Botany, Sankara Mishra and Kanada have discussed the circulation of sap in the Plant and the Santiparva of Mahabharata has clearly stated that the plants develop on the strength of nutrients made through interaction of sunlight and materials obtained from the air and ground. Bhaskarcharya's concept of Differential Calculus preceded Newton by many centuries. His study of time identified Truti: The 3400th part of a second as the unit of time.”

Shankar Dayal Sharma (1918–1999) Indian politician

He has rightly brought out the rationality and application of Sanskrit literature in diverse fields
Source: Aruna Goel Good Governance and Ancient Sanskrit Literature http://books.google.co.in/books?id=El_VADF13pUC&pg=PA16, Deep and Deep Publications, 1 January 2003, p. 16-17

Star , Study , Light , Time

“… Why is the muon, some dumb particle, 200 times heavier than the electron? Why is the proton about 2,000 times heavier than the electron? Why is the electric charge of the electron what it is? Why are there six quarks in nature? Why not seven or eleven or five? There are many, many "why" questions. Also a number of 'how' questions. What is the mechanism that causes the weak interactions to be weak and the electromagnetic interactions not weak?”

Sheldon L. Glashow (1932) American theoretical physicist

The Elegant Universe, NOVA Interview (2003)

Question , Nature , Time

“My obsession was the preservation of the Gaelic language so that there would be people left in the world who could hear its great songs as they really were. No poetry could be translated, still less could song poetry, and the great language of Gaelic song made me fanatical about the beauty of the Gaelic language and its astonishing ability to indicate shades and positions of emphasis with natural inversions and the use of particles.”

Sorley MacLean (1911–1996) Scottish poet

Sorley MacLean, 1982, quoted in Krause, Corinna. Eadar Dà Chànan: Self-Translation, the Bilingual Edition and Modern Scottish Gaelic Poetry https://www.era.lib.ed.ac.uk/bitstream/handle/1842/3453/Krause2007.pdf?sequence=1&isAllowed=y
Letters and interviews

People , World , Beauty , Nature

“We detect light and particles that have traveled billions of light years on their way across the universe to us. During the billions of years of travel, very small effects due to quantum gravity can be amplified to the point that we can detect them.”

Lee Smolin (1955) American cosmologist

"Loop Quantum Gravity," The New Humanists: Science at the Edge (2003)

Way , Travel , Light , Universe

“Annihilation means, with the Buddhistical philosophy, only a dispersion of matter, in whatever form or semblance of form it may be; for everything that bears a shape was created, and thus must sooner or later perish, i. e., change that shape; therefore, as something temporary, though seeming to be permanent, it is but an illusion, Maya; for, as eternity has neither beginning nor end, the more or less prolonged duration of some particular form passes, as it were, like an instantaneous flash of lightning. Before we have the time to realize that we have seen it, it is gone and passed away for ever; hence, even our astral bodies, pure ether, are but illusions of matter, so long as they retain their terrestrial outline. The latter changes, says the Buddhist, according to the merits or demerits of the person during his lifetime, and this is metempsychosis. When the spiritual entity breaks loose for ever from every particle of matter, then only it enters upon the eternal and unchangeable Nirvana. He exists in spirit, in nothing; as a form, a shape, a semblance, he is completely annihilated, and thus will die no more, for spirit alone is no Maya, but the only REALITY in an illusionary universe of ever-passing forms.”

Helena Petrovna Blavatsky book Isis Unveiled

Source: Isis Unveiled, Volume I, Chapter VII

Reality , Universe , Change , Time

“Inflation is really like drugging the baby universe with speed. The supercool union of the hitherto unfriendly gods was blessed by amphetamine, and this made the universe inflate rather than just expand. The early orgy of expansion in the universe comes to an abrupt end as soon as the supercooled particle stuff finally freezes.”

João Magueijo (1967) Portuguese scientist

pg. 115
Faster than the Speed of Light

God , Universe , Baby , Speed

“A handful of types of elementary particles, which vibrate and fluctuate constantly between existence and non-existence and swarm in space even when it seems that there is nothing there, combine together to infinity like the letters of a cosmic alphabet to tell the immense history of galaxies, of the innumerable stars, of sunlight, of mountains, woods and fields of grain, of the smiling faces of the young at parties, and of the night sky studded with stars.”

Carlo Rovelli (1956) Italian physicist

Source: Seven Brief Lectures on Physics (2014), p. 34

Smile , History , Mountain , Star

“Replacing particles by strings is a naive-sounding step, from which many other things follow. In fact, replacing Feynman graphs by Riemann surfaces has numerous consequences: 1. It eliminates the infinities from the theory. …2. It greatly reduces the number of possible theories. …3. It gives the first hint that string theory will change our notions of spacetime. Just as in QCD, so also in gravity, many of the interesting questions cannot be answered in perturbation theory. In string theory, to understand the nature of the Big Bang, or the quantum fate of a black hole, or the nature of the vacuum state that determines the properties of the elementary particles, requires information beyond perturbation theory… Perturbation theory is not everything. It is just the way the [string] theory was discovered.”

Edward Witten (1951) American theoretical physicist

"The Past and Future of String Theory" in The Future of Theoretical Physics and Cosmology: Celebrating Stephen Hawking's Contributions to Physics (2003) ed. G.W. Gibbons, E.P.S. Shellard & S.J. Rankin

Fate , Way , Understanding , Question

“For every thing exists & not one sigh nor smile nor tear,
One hair nor particle of dust, not one can pass away.”

William Blake (1757–1827) English Romantic poet and artist

Source: 1800s, Jerusalem The Emanation of The Giant Albion (c. 1803–1820), Ch. 1, plate 13, line 66 — plate 14, line 1

Smile , Tear

“Magnets have an inherent quality that they can adhere to each other, so there are certain things you can do with magnets that you can't do with non-magnetic material. There are certain characteristic things you can do with very heavy things you can't do with very light things. By that, I mean it seems to me that very light things and very small things have a different characteristic way that they should be arranged, and big heavy things have a different characteristic way they should be arranged. That's subjective. I can't prove that to you. So my work is essentially combining particles – but again, combining particles according to the properties of individual particles, not imposing properties on the particles. These particles, of course, always work in a gravitational space and meet the plane of resistance that you always meet, as long as you aren't the center of the earth.”

Carl Andre (1935) American artist

Source: Artists talks 1969 – 1977, pp. 29-30

Way , Light

“How do we define consciousness, or what has been called the human soul or the spirit, if it can't be quantified as matter or a particle? … it can be quantified or observed just by a process of elimination.”

Vanna Bonta (1958–2014) Italian-American writer, poet, inventor, actress, voice artist (1958-2014)

Vanna Bonta Talks About Quantum fiction: Author Interview (2007)

Soul

“The quantum theory, as it is now constituted, presents us with a very great challenge, if we are at all interested in such a venture, for in quantum physics there is no consistent notion at all of what the reality may be that underlies the universal constitution and structure of matter. Thus, if we try to use the prevailing world view based on the notions of particles, we discover that the 'particles' (such as electrons) can also manifest as waves, that they move discontinuously, that there are no laws at all that apply in detail to the actual movements of individual particles and that only statistical predictions can be made about large aggregates of such particles. If on the other hand we apply the world view in which the world is regarded as a continuous field, we find that this field must also be discontinuous, as well as particle-like, and that it is as undermined in its actual behaviour as is required in the particle view of relation as a whole.”

David Bohm book Wholeness and the Implicate Order

Wholeness and the Implicate Order (1980)

World , Law , Reality , Universe

“Whate'er of earth is form'd, to earth returns,
* * * * The soul
Of man alone, that particle divine,
Escapes the wreck of worlds, when all things fail.”

William Somervile (1675–1742) English poet

Bk. IV. L. 1.
The Chace (1735)

World , Soul

“Dark matter is what my research team is looking for. No one knows what it is. There's more stuff out there in the universe than we can see, that's the point. We can see the stars and the galaxies and the things that shine, but for it all to hang together and not fly apart, there needs to be a lot more of it — to make gravity work, you see. But no one can detect it. So there are lots of different research projects trying to find out what it is, and this is one of them. … We think it's some kind of elementary particle. Something quite different from anything discovered so far. But the particles are very hard to detect.”

Philip Pullman His Dark Materials trilogy

Dr. Mary Malone, in Ch. 4 : Trepanning
His Dark Materials, The Subtle Knife (1997)

Star , Thinking , Universe , Flying

“The excursus upon the origin of Odysseus’ scar is not basically different from the many passages in which a newly introduced character, or even a newly appearing object or implement, though it be in the thick of a battle, is described as to its nature and origin; or in which, upon the appearance of a god, we are told where he last was, what he was doing there, and by what road he reached the scene; indeed, even the Homeric epithets seem to me in the final analysis to be traceable to the same need for an externalization of phenomena in terms perceptible to the senses. Here is the scar, which comes up in the course of the narrative; and Homer’s feeling simply will not permit him to see it appear out of the darkness of an unilluminated past; it must be set in full light, and with it a portion of the hero’s boyhood. … To be sure, the aesthetic effect thus produced was soon noticed and thereafter consciously sought; but the more original cause must have lain in the basic impulse of the Homeric style: to represent phenomena in a fully externalized form, visible and palpable in all their parts, and completely fixed in their spatial and temporal relations. Nor do psychological processes receive any other treatment: here too nothing must remain hidden and unexpressed. With the utmost fullness, with an orderliness which even passion does not disturb, Homer’s personages vent their inmost hearts in speech; what they do not say to others, they speak in their own minds, so that the reader is informed of it. Much that is terrible takes place in the Homeric poems, but it seldom takes place wordlessly: Polyphemus talks to Odysseus; Odysseus talks to the suitors when he begins to kill them; Hector and Achilles talk at length, before battle and after; and no speech is so filled with anger or scorn that the particles which express logical and grammatical connections are lacking or out of place.”

Erich Auerbach Mimesis: The Representation of Reality in Western Literature

Source: Mimesis: The Representation of Reality in Western Literature (1946), p. 5

God , Feeling , Nature , Sense

“The Buddha Fa” is an insight into all mysteries. It encompasses everything and leaves out nothing—from particles and molecules to the universe, from the even smaller to the even greater. It is an exposition of the characteristic of the universe, “Zhen-Shan-Ren,” (Truthfulness-Compassion-Forbearance) expressed at different levels with different layers of meaning. It is also what the Tao School calls the “Tao,” or what the Buddha School calls the “Fa.””

Li Hongzhi (1951) Chinese religious leader and dissident

Truth , School , Universe

“In spite of the fact that this is merely a childish fancy, there is a particle of truth in it and I only mentioned it because now, with my tremendous teaching experience, I know too well how often even talented pupils, able to cope with their task, fail to realize with what tremendous manifestation of the human spirit they are dealing. Obviously this does not make for an artistic performance; in the best of cases they stagnate at the level of good workmanship.”

Heinrich Neuhaus (1888–1964) Soviet musician

The Art of Piano Playing (1958), In Lieu of a Preface

Truth

“I believe that there are things which humanity will never fully understand, for in the understanding of them, we will no longer be "human." One of these things is the Mr. Clean Magic Eraser. I don't know how it works, and I don't want to know. It's a big universe and even with our limited understanding of it, it's pretty clear that the universe is in no way equipped to keep up with the bureaucracy of its particles and/or strings. There are things lurking in the dark, unwatched, unguarded recesses of reality. Things as beyond you or I as we are beyond an amoeba. It is quite obvious that Mr. Clean Magic Erasers draw their power from these unknowable horrors. They probably found it in the core of a meteor still half buried in the Earth, hideously pulsing with a light not unlike the color of blood and hate. So use your Magic Erasers while you still can, before they run out of meteor or they discover it causes cervical cancer or testicular cancer in men and women respectively.”

Brian Clevinger (1978) writer

http://www.nuklearpower.com/daily.php?date=070106

Women , Men , Hate , Color

“The question of the origin of the universe is one of the most exciting topics for a scientist to deal with. It reaches far beyond its purely scientific significance, since it is related to human existence, to mythology, and to religion. Furthermore, it deals with questions are connected with the fundamental structure of matter, with elementrary particles.”

Victor Frederick Weisskopf (1908–2002) Austrian-born American theoretical physicist

[Victor F. Weisskopf, American Scientist, The Origin of the Universe: An introduction to recent theoretical developments that are linking cosmology and particle physics, 71, 5, September-October 1983, 473–480, http://www.jstor.org/stable/27852239]

Religion , Question , Universe

“We have to realize that a unified theory of the physical world simply does not exist. We have theories that work in restricted regions, we have purely formal attempts to condense them into a single formula, we have lots of unfounded claims (such as the claim that all of chemistry can be reduced to physics), phenomena that do not fit into the accepted framework are suppressed; in physics, which many scientists regard as the one really basic science, we have now at least three different point of view (relativity, dealing with the very large, quantum theory for an intermediate domain and various particle models for the very small) without a promise of conceptual (and not only formal) unification; perceptions are outside of the material universe (the mind-body problem is still unsolved) - from the very beginning the salesman of a universal truth cheated people into admissions instead of clearly arguing for their philosophy. And let us not forget that it was they and not the representatives of the traditions they attacked who introduced argument as the one and only universal arbiter. They praised argument - they constantly violated its principles.”

Paul Karl Feyerabend book Farewell to Reason

pg 100
Farewell to Reason (1987)

People , Truth , World , Problem

“It seems not absurd to conceive, that at first production of mixt bodies, the universal matter, whereof they among other parts of the universe consisted, was actually divided, into little particles, of several sizes and shapes, variously moved.”

Robert Boyle book The Sceptical Chymist

Part I, Proposition I
The Sceptical Chymist (1661)

Universe , Parting

“We have known since the middle of the nineteenth century that the world is not composed only of particles. …the world is also composed of fields. …General relativity is a theory of… the gravitational field. …Because there are three sets of field lines, the gravitational field defines a network of relationships having to do with how the… lines link with one another. …This is why we call relativity a relational theory.”

Lee Smolin book Three Roads to Quantum Gravity

Three Roads to Quantum Gravity (2000)

World

“I do feel strongly that this is nonsense! … So perhaps I could entertain future historians by saying I think all this superstring stuff is crazy and is in the wrong direction. I think all this superstring stuff is crazy and is in the wrong direction. … I don’t like it that they’re not calculating anything. … why are the masses of the various particles such as quarks what they are? All these numbers … have no explanations in these string theories – absolutely none! … I don’t like that they don’t check their ideas. I don’t like that for anything that disagrees with an experiment, they cook up an explanation—a fix-up to say, “Well, it might be true.” For example, the theory requires ten dimensions. Well, maybe there’s a way of wrapping up six of the dimensions. Yes, that’s all possible mathematically, but why not seven? When they write their equation, the equation should decide how many of these things get wrapped up, not the desire to agree with experiment. In other words, there’s no reason whatsoever in superstring theory that it isn’t eight out of the ten dimensions that get wrapped up and that the result is only two dimensions, which would be completely in disagreement with experience. So the fact that it might disagree with experience is very tenuous, it doesn’t produce anything.”

Richard Feynman (1918–1988) American theoretical physicist

interview published in Superstrings: A Theory of Everything? (1988) edited by Paul C. W. Davies and Julian R. Brown, p. 193-194

Way , Feeling , Mathematics , Idea

“The quantum world is a world of waves, not particles. So we have to think of electron waves and proton waves and so on. Matter is 'incoherent' when all its waves have a different wavelength, implying a different momentum. On the other hand, if you take a pure quantum system – the electrons in a superconducting magnet, or the atoms in a laser – they are all in phase with one another, and they demonstrate the wave nature of matter on a large scale. Then you can see quite visibly what matter is down at its heart.”

Carver Mead (1934) American computer scientist

"An Interview with Carver Mead", American Spectator, Sep/Oct2001, Vol. 34 Issue 7, p68.

World , Nature , Thinking , Heart

“What the probe had found was a star with reasonable possibilities for encouraging life; a belt of debris, including particles, planetoids, irregular chunks somewhat under planet size with interesting implications for systemic formation, and a planetary companion with its own system of debris and moons…A planet desolate, baked, forbidding. It was no Eden, no second Earth, no better than what existed in the sun’s own system, and it was a far journey to have gone to find that out. The press grappled with questions it could not easily grasp itself, sought after something to give the viewers, lost interest quickly. If anything, there were questions raised about cost, vague and desperate comparisons offered to Columbus, and the press hared off quickly onto a political crisis in the Mediterranean, much more comprehensible and far bloodier.”

C. J. Cherryh book Downbelow Station

Book 1, Chapter 1 (pp. 7-8)
Downbelow Station (1981)

Life , Star , Question , Sun

“The inconsistency of first explaining matter by atoms and then explaining atoms by matter was only slowly realised, and it is only comparatively recently that we have come to see that there is nothing paradoxical in the fact that an atom or an electron, which are not matter, may have properties different from those of matter, and must be allowed to do things that a material particle could not do.”

Willem de Sitter (1872–1934) Dutch cosmologist

Kosmos (1932), Above is Beginning Quote of the Last Chapter: Relativity and Modern Theories of the Universe -->

“The Dirac notation, though originally applied to the propagation of single particles, also applies to describing the propagation of ensembles of coherent, or indistinguishable, photons.”

F. J. Duarte (1954) Chilean-American physicist

in Dirac Optics, [F. J. Duarte, Tunable Laser Optics, Elsevier Academic, 2003, 0-12-222696-8, 25]

“What does it mean, insane? A legal definition. What do I mean? I feel it, see it, but what is it? It is something they do, something they are. It is their unconsciousness…Do they ignore parts of reality? Yes. But it is more. It is their plans…Their view; it is cosmic…They see through the here, the now, into the vast black deep beyond, the unchanging. And that is fatal to life. Because eventually there will be no life; there was once only the dust particles of space, the hot hydrogen gases, nothing more, and it will come again.”

Philip K. Dick book The Man in the High Castle

The Man in the High Castle (1962)

Life , Feeling , Reality , Parting

“Rutherford did not pretend to understand quantum mechanics, but he understood that the Gamow formula would give his accelerator a crucial advantage. Even particles accelerated at much lower energies … would be able to penetrate into nuclei. Rutherford invited Gamow to Cambridge in January 1929 … [They] became firm friends and Gamow's insight gave Rutherford the impetus to go full steam ahead with the building of his accelerator.”

Freeman Dyson (1923) theoretical physicist and mathematician

The Scientist As Rebel (2006)

Understanding

“Rate of change is this mathematics known as Calculus. … Now I hope you understand this, because I've never been able to make head nor tail of it. It must be some sort of a Black Magic operation, started out by the Luce cult — some immoral people who are operating up in New York City, Rockefeller Plaza — been thoroughly condemned by the whole society. Anyway, their rate-of-change theory — I've never seen any use for that mathematics, by the way — I love that mathematics, because it — I asked an engineer, one time, who was in his 6th year of engineering, if he'd ever used Calculus, and he told me yeah, once, once I did, he said. When did you use it? And he said I used it once. Let me see, what did you use it on? Oh yeah. Something on the rate-of-change of steam particles in boilers. And then we went out and tested it and found the answer was wrong.”

L. Ron Hubbard (1911–1986) American science fiction author, philosopher, cult leader, and the founder of the Church of Scientology

Philadelphia Doctorate Course, Tape #58 (November 1952) http://www.rr.cistron.nl/xenu/quotes.htm.

Love , People , Hope , Way

“The sequence of different positions of the same particle at different times forms a one-dimensional continuum in the four-dimensional space-time, which is called the world-line of the particle. All that physical experiments or observations can teach us refers to intersections of world-lines of different material particles, light-pulsations, etc., and how the course of the world-line is between these points of intersection is entirely irrelevant and outside the domain of physics. The system of intersecting world-lines can thus be twisted about at will, so long as no points of intersection are destroyed or created, and their order is not changed. It follows that the equations expressing the physical laws must be invariant for arbitrary transformations.”

Willem de Sitter (1872–1934) Dutch cosmologist

Kosmos (1932), Above is Beginning Quote of the Last Chapter: Relativity and Modern Theories of the Universe -->

World , Law , Light , Change

John C. Baez (1961) American mathematician and mathematical physicist

[2008, http://www.edge.org/q2008/q08_5.html#baez, Should I be thinking about quantum gravity? (essay at the World Question Center), edge.org]

People , Hope , Success

“Looked at from the perspective of twentieth-century earth, we see three great stages in the dynamic process of the universe. To this whole process, as it spreads out over perhaps ten billion years of time and ten billion light years of space, we give the name evolution, and we see three great patterns within it. The first is physical evolution. This presumably started with the development of the most elementary particles (whatever they may be); then of neutrons, protons, electrons, and radiations; then of elements from hydrogen to uranium and beyond formed by combining protons and electrons; then of chemical compounds; then finally of increasingly complex molecules from amino acids, and proteins to the great watershed of DNA, the beginnings of life.”

Kenneth E. Boulding (1910–1993) British-American economist

Source: 1970s, Ecodynamics: A New Theory Of Societal Evolution, 1978, p. 28

Life , Light , Universe , Time

“The purpose of studying Buddhism is not to study Buddhism but to study ourselves. You are not your body. You are the Big Activity. You are just expressing the smallest particle of the Big Activity. That is all. But when you become attached to a temporal expression of the Big Activity, it is time to talk about Buddhism.”

Shunryu Suzuki book Zen Mind, Beginner's Mind

Part 3, No. 3 "Study Yourself"
Zen Mind, Beginner's Mind (1973)

Study , Time

“I learnt the true meaning of what was euphemistically described as close-quarters combat. No line-of-sight particle-beam weapons now; no delayed-detonation nano-munitions. What close-quarters combat meant was something which would have been infinitely more recognisable to a soldier of a thousand years earlier: the screaming fury of human beings packed so close together that the only effective way to kill each other was with sharpened metal weapons: bayonets and daggers, or with hands around each other’s throats; fingers pressed into each other’s eye-sockets. The only way to survive was to disengage all higher brain-functions and regress to an animal state of mind.
So I did. And in doing so, I learned a deeper truth about war. She punished those who flirted with her by making them like herself. Once you opened the door to the animal, there was no shutting it.”

Alastair Reynolds book Chasm City

Source: Chasm City (2001), Chapter 7 (p. 108).

War , Truth , Way , Learning

“At first it might seem that quantum mechanics (QM), which began with Einstein's photon as the explanation for the photoelectric effect in 1905, goes further in the direction of discreteness. But the wave-particle duality discovered by de Broglie in 1925 is at the heart of QM, which means that this theory is profoundly ambiguous regarding the question of discreteness vs. continuity. QM can have its cake and eat it too, because discreteness is modeled via standing waves (eigenfunctions) in a continuous medium.”

Gregory Chaitin (1947) Argentinian mathematician and computer scientist

How real are real numbers? https://arxiv.org/abs/math/0411418 arXiv:math/0411418v3 (2004). p. 12

Question , Heart

“Experts have a vested interest in their own playpens, and so they will quite naturally argue that 'education' is impossible without them (can you imagine an Oxford philosopher, or an elementary particle physicist arguing himself out of good money?)”

Paul Karl Feyerabend book Science in a Free Society

Science in a Free Society (1978)

Money , Education , Imagination , Nature

“On all questions of principle, the party is not only Liberal, but clear grit in the real sense of the word…. pure sand without a particle of dirt in it!”

Alexander Mackenzie (1822–1892) 2nd Prime Minister of Canada

on campaign trail for Ontario provincial election in Strathroy 1871 Thomson

Question , Sense

“Every instrument that has been designed to be sensitive enough to detect weak light has always ended up discovering that the same thing: light is made of particles.”

Richard Feynman book QED: The Strange Theory of Light and Matter

Source: QED: The Strange Theory of Light and Matter (1985), p. 15

Light

“The classical concept of 'physical entity', be it particle, wave, field or system, has become a problematic concept since the advent of relativity theory and quantum mechanics. The recent developments in modern quantum mechanics, with the performance of delicate and precise experiments involving single quantum entities, manifesting explicit non-local behavior for these entities, brings essential new information about the nature of the concept of entity.”

Diederik Aerts (1953) Belgian theoretical physicist

Aerts, D. (1998). " The entity and modern physics: the creation-discovery view of reality. http://www.vub.ac.be/CLEA/aerts/publications/1998EntModPhys.pdf" In E. Castellani (Ed.), Interpreting Bodies: Classical and Quantum Objects in Modern Physics (pp. 223-257). Princeton: Princeton University Press.

Behavior , Nature

“The existence of exotic dark matter particles outside the standard model of particle physics constitutes a central hypothesis of the current standard model of cosmology (SMoC). Using a wide range of observational data I outline why this hypothesis cannot be correct for the real Universe.”

Pavel Kroupa (1963) Australian astrophysicist

[Pavel Kroupa, 2014, Lessons from the Local Group (and beyond) on dark matter, arXiv.org, http://arxiv.org/abs/1409.6302]

Universe

“According to my attempts to understand them, reality is systematically denied in the Copenhagen interpretation in order to circumvent consistency problems (such as “Is the electron really a wave or a particle?”). If there is no reality, one does not need a consistent description!”

H. Dieter Zeh (1932–2018) German physicist

referring to his attempts to understand Copenhagen interpretation proponents Nonlocality versus nonreality http://www.fqxi.org/community/forum/topic/323, FQXi (Foundational Questions in Physics & Cosmology) Blog (2008)

Understanding , Problem , Reality

“… It was (in part) Gross’s excessive enthusiasm for string theory in the mid-80s that drove me (as an impressionable grad student at Princeton) away from theoretical physics (and into astronomy). String theory may have been a beautiful idea, but it made no predictions that could be tested experimentally in the then-foreseeable future. That’s not science.  A quarter century later and the theoretical physics community has yet to wake up and realize that there is new physics right under their noses – just not the new physics they’ve been expecting (GUTs, strings, membranes, etc.). Galaxy dynamics are consistent with a single, universal force law, but this unexpected behavior has largely been ignored because it doesn’t fit with particle theorists’ dreams of super symmetric dark matter particles. That we do not understand the observed behavior makes it more interesting than the “expected” (but unobserved) new physics: who ordered this?”

Stacy McGaugh (1964) American astronomer

Law , Beauty , Dreams , Behavior

“If, in some cataclysm, all of scientific knowledge were to be destroyed, and only one sentence passed on to the next generation of creatures, what statement would contain the most information in the fewest words? I believe it is the atomic hypothesis (or the atomic fact, or whatever you wish to call it) that all things are made of atoms — little particles that move around in perpetual motion, attracting each other when they are a little distance apart, but repelling upon being squeezed into one another. In that one sentence, you will see, there is an enormous amount of information about the world, if just a little imagination and thinking are applied.”

Richard Feynman (1918–1988) American theoretical physicist

volume I; lecture 1, "Atoms in Motion"; section 1-2, "Matter is made of atoms"; p. 1-2
The Feynman Lectures on Physics (1964)

World , Imagination , Knowledge , Thinking

“Although it is always somewhat dangerous to look for the cause of a complex sociological phenomenon in a single event, nonetheless, I believe that a cause can be made for the proposition that the present widespread interest in the quantum theory can be traced to a single paper with the nontransparent title “On the Einstein-Podolsky-Rosen Paradox,” which was written in 1964 by the then thirty-four-year-old Irish physicist John Bell. It was published in the obscure journal Physics, which expired after a few issues. Bell’s paper was, as it happens, published in its first issue. Bell, who has worked since 1960 at CERN, the gigantic elementary-particle physics laboratory near Geneva, has been known to claim that his paper involves only the use of “high school mathematics”; however, its six pages are dense with an extremely abstract set of arguments, which even professionals in the field must work hard at to understand. In fact, for several years after its publication, few if any professional physicists bothered to try.”

Jeremy Bernstein (1929) American physicist

Quantum Profiles (1991), John Stewart Bell: Quantum Engineer

School , Mathematics , Understanding

“Experience is never limited, and it is never complete; it is an immense sensibility, a kind of huge spider-web, of the finest silken threads, suspended in the chamber of consciousness and catching every air-borne particle in its tissue.”

Henry James (1843–1916) American novelist, short story author, and literary critic

The Art of Fiction http://public.wsu.edu/~campbelld/amlit/artfiction.html (1884)

“It is not simply that a clear understanding is acquired of the movements of the great bodies which we regard as the system of the world, but it is that we are introduced to a perception of laws governing the motion of all matter, from the finest particle of dust to the largest planet or sun, with a degree of uniformity and constancy, which otherwise we could hardly have conceived. Astronomy is pre-eminently the science of order.”

George Biddell Airy (1801–1892) English mathematician and astronomer

Introduction
Popular Astronomy: A Series of Lectures Delivered at Ipswich (1868)

World , Law , Understanding , Science

“Minkowski… supposed that this fourth dimension of time was not detached from and independent of the three dimensions of space. He introduced a new four-dimensional space to which ordinary space contributed three dimensions, and time one; we may call it 'space-time'…. The succession of positions which a particle occupied in ordinary space at a succession of instants of time would be represented by a line in space-time; this he called the 'world-line' of the particle…. Newton's absolute space and absolute time fell out of science, and they carried much with them in their fall. First to go was the concept of simultaneity…. It now became necessary to find a way of treating gravitation which should not involve simultaneity. Einstein found through the medium of his 'Principle of Equivalence'.”

James Jeans (1877–1946) British mathematician and astronomer

The Growth of Physical Science (1947)

World , Way , Science , Time

“Some philosophers—and those to whom we are indebted for the most stupendous discoveries in physical science, suppose… that intelligence is the mere result of certain combinations among the particles of its objects; and those among them who believe that we live after death, recur to the interposition of a supernatural power, which shall overcome the tendency inherent in all material combinations, to dissipate and be absorbed into other forms.”

Percy Bysshe Shelley (1792–1822) English Romantic poet

On a Future State (1815; publ. 1840)

Death , Intelligence , Science

“It was found [in the 1970s], unexpectedly and without anyone really having a concept for it, that the rules of perturbation theory can be changed in a way that makes relativistic quantum gravity inevitable rather than impossible. The change is made by replacing point particles by strings. Then Feynman graphs are replaced by Riemann surfaces, which are smooth - unlike the graphs, which have singularities at interaction vertices. The Riemann surfaces can degenerate to graphs in many different ways. In field theory, the interactions occur at the vertices of a Feynman graph. By contrast, in string theory, the interaction is encoded globally, in the topology of a Riemann surface, any small piece of which is like any other. This is reminiscent of how non-linearities are encoded globally in twistor theory.”

Edward Witten (1951) American theoretical physicist

"The Past and Future of String Theory" in The Future of Theoretical Physics and Cosmology: Celebrating Stephen Hawking's Contributions to Physics (2003) ed. G.W. Gibbons, E.P.S. Shellard & S.J. Rankin

Way , Change

“This consideration must alter the form of our proposed inquiry; for the question being thus at least partly decided, since it is ascertained that we have rays of heat which give no light, it can only become a subject of inquiry whether some of these heat-making rays may not have a power of rendering objects visible, superadded to their now already established power of heating bodies. This being the case, it is evident that the onus probandi [burden of proof] ought to lie with those who are willing to establish such an hypothesis, for it does not appear that Nature is in the habit of using one and the same mechanism with any two of our senses. Witness the vibration of air that makes sound, the effluvia that occasion smells, the particles that produce taste, the resistance or repulsive powers that affect the touch—all these are evidently suited to their respective organs of sense.”

William Herschel (1738–1822) German-born British astronomer, technical expert, and composer

Source: Sir William Herschel: His Life and Works (1880), Ch.4 "Life and Works" on his discovery of the infrared.

Lie , Question , Nature , Sense

“In the folklore of systems engineering, there are sayings, “If it isn't testable, it isn't a requirement,” and, “If it is not quantifiable, it is not testable.” I had always tended to subscribe to the particle of wisdom in these sayings. One of the many lessons that I learned from the CATIE experience, however, was that systems engineering had to be able to deal directly and purposively with what are usually considered to be strictly qualitative (unquantifiable) aspect of systems, such as quality of life, for example. The agricultural practices of these small farmers in Central America is such a large part of their lives that to change any part of their agricultural practices might be seen as diminishing their quality of life - even with respect to the color of the beans that the new practices might require. But even if we cannot deal directly with quality of life or user friendliness or enmity/sympathy, we can identify quantifiable figures of merit relating to these qualitative aspects and if we find enough figures of merit and combine them suitably, we might eventually obtain agreement that we have captured the essence of the qualitative aspect, at least as far as this particular set of stakeholders is concerned.”

A. Wayne Wymore (1927–2011) American mathematician

Systems Movement: Autobiographical Retrospectives (2004)

Life , Wisdom , Color , Learning

“Standing on the bare ground, — my head bathed by the blithe air, and uplifted into infinite space, — all mean egotism vanishes. I become a transparent eye-ball; I am nothing; I see all; the currents of the Universal Being circulate through me; I am part or particle of God.”

Ralph Waldo Emerson book Nature

Source: 1830s, Nature http://www.emersoncentral.com/nature.htm (1836), Ch. 1, Nature

God , Universe , Parting

“One God, multiple manifestations – in both the spiritual realm and the physical world – just as Albert Einstein wrote about the wave-particle duality of light.”

Newton Lee American computer scientist

Google It: Total Information Awareness, 2016

God , World , Light

“Any region of space-time that has no gravitating mass in its vicinity is uncurved, so that the geodesics here are straight lines, which means that particles move in straight courses at uniform speeds (Newton's first law). But the world-lines of planets, comets and terrestrial projectiles are geodesics in a region of space-time which is curved by the proximity of the sun or earth… No force of gravitation is… needed to impress curvature on world-lines; the curvature is inherent in the space…”

James Jeans (1877–1946) British mathematician and astronomer

The Growth of Physical Science (1947)

World , Law , Time , Sun

“I still feel just as I told you, that I shall come safely out of this war. I felt so the other day when danger was near. I certainly enjoyed the excitement of fighting our way out of Giles to the Narrows as much as any excitement I ever experienced. I had a good deal of anxiety the first hour or two on account of my command, but not a particle on my own account. After that, and after I saw that we were getting on well, it was really jolly. We all joked and laughed and cheered constantly.”

Rutherford B. Hayes (1822–1893) American politician, 19th President of the United States (in office from 1877 to 1881)

Letter to Lucy Webb Hayes (26 May 1862)
Diary and Letters of Rutherford Birchard Hayes (1922 - 1926)

War , Way , Feeling , Fight

“Neutrinos are fundamental subatomic particles produced in nuclear reactions, like those in the sun. We always talk about the fact that we can’t see neutrinos or dark matter and that basically they’re invisible, but if you think about it from the other side, we’re also invisible to them.”

Evalyn Gates (1958)

Quoted in Most Interesting People 2012: Evalyn Gates http://clevelandmagazine.com/ME2/dirmod.asp?sid=E73ABD6180B44874871A91F6BA5C249C&nm=Article+Archives&type=Publishing&mod=Publications%3A%3AArticle&mid=1578600D80804596A222593669321019&tier=4&id=1A0E4E5D5FA548418C5BA0BFFE28C6A8, Cleveland Magazine (January 2012)

Thinking , Sun

“When two identical 3He atoms collide… the interference is destructive. Particles that behave like 3He atoms are called fermions, short for "particles obeying Fermi–Dirac statistics."… while bosons imitate one another… the "identity force" between fermions acts like a repulsion, and the probability of finding a fermion at some point in space is reduced if some of its identical siblings are nearby…. It is the repulsive identity forces between electrons that support white dwarf stars… against their own gravity.”

Frank Wilczek (1951) physicist

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

Star , Support , Siblings

“In a theory in which parameters are added to quantum mechanics to determine the results of individual measurements, without changing the statistical predictions, there must be a mechanism whereby the setting of one measuring device can influence the reading of another instrument, however remote. Moreover, the signal involved must propagate instantaneously, so that such a theory could not be Lorentz invariant. Of course, the situation is different if the quantum mechanical predictions are of limited validity. Conceivably they might apply only to experiments in which the settings of the instruments are made sufficiently in advance to allow them to reach some mutual rapport by exchange of signals with velocity less than or equal to that of light. In that connection, experiments of the type proposed by Bohm and Aharonov, in which the settings are changed during the flight of the particles, are crucial.”

John S. Bell (1928–1990) Northern Irish physicist

On the Einstein-Podolsky-Rosen paradox (1964)

Light , Change , Reading

“Some of you may doubt the truth of what I now say, and argue that the Lord could teach him. This is a mistake. The Lord could not have taught him in any other way than in the way in which He did teach him. You believe Adam was made of the dust of this earth. This I do not believe, though it is supposed that it is so written in the Bible; but it is not, to my understanding. You can write that information to the States, if you please-that I have publicly declared that I do not believe that portion of the Bible as the Christian world do. I never did, and I never want to. What is the reason I do not? Because I have come to understanding, and banished from my mind all the baby stories my mother taught me when I was a child. But suppose Adam was made and fashioned the same as we make adobies; if he had never drunk of the bitter cup; the Lord might have talked to him to this day, and he would have continued as he was to all eternity, never advancing one particle in the school of intelligence. This idea opens up a field of light to the intelligent mind. How can you know truth but by its opposite, or light but by its opposite? The absence of light is darkness. How can sweetness be known but by its opposite, bitter? It is by this means that we obtain all intelligence.”

Brigham Young (1801–1877) Latter Day Saint movement leader

Journal of Discourse 2:6-7 (October 23, 1853)
1850s

Truth , World , School , Way

“Physics has entered a remarkable era. Ideas that were once the realm of science fiction are now entering our theoretical — and maybe even experimental — grasp. Brand-new theoretical discoveries about extra dimensions have irreversibly changed how particle physicists, astrophysicists, and cosmologists now think about the world. The sheer number and pace of discoveries tells us that we've most likely only scratched the surface of the wondrous possibilities that lie in store. Ideas have taken on a life of their own.”

Lisa Randall (1962) American theoretical physicist and an expert on particle physics and cosmology

Source: Warped Passages: Unraveling the Universe's Hidden Dimensions (2005), Ch. 24.

Life , Lie , World , Idea

“Must I not here express my wonder that any one should exist who persuades himself that there are certain solid and indivisible particles carried along by their own impulse and weight, and that a universe so beautiful and so admirably arrayed is formed from the accidental concourse of those particles? I do not understand why the man who supposes that to have been possible should not also think that if a countless number of the forms of the one and twenty letters, whether in gold or any other material, were to be thrown somewhere, it would be possible, when they had been shaken out upon the ground, for the annals of Ennius to result from them so as to be able to be read consecutively,—a miracle of chance which I incline to think would be impossible even in the case of a single verse.”
Hic ego non mirer esse quemquam, qui sibi persuadeat corpora quaedam solida atque individua vi et gravitate ferri mundumque effici ornatissimum et pulcherrimum ex eorum corporum concursione fortuita? Hoc qui existimat fieri potuisse, non intellego, cur non idem putet, si innumerabiles unius et viginti formae litterarum vel aureae vel qualeslibet aliquo coiciantur, posse ex is in terram excussis annales Enni, ut deinceps legi possint, effici; quod nescio an ne in uno quidem versu possit tantum valere fortuna.

Marcus Tullius Cicero (-106–-43 BC) Roman philosopher and statesman

Book II, section 37
De Natura Deorum – On the Nature of the Gods (45 BC)

Beauty , Understanding , Thinking , Universe

“The concept of a random walk is simple but rich for its many applications, not only in finance but also in physics and the description of natural phenomena. It is arguably one of the most founding concepts in modern physics as well as in finance, as it underlies the theories of elementary particles, which are the building blocks of our universe, as well as those describing the complex organization of matter around us.”

Didier Sornette (1957) French scientist

Source: Why Stock Markets Crash - Critical Events in Complex Systems (2003), Chapter 2, Fundamentals Of Financial Markets, p. 38.

Nature , Universe

“It is surprising that so great a mathematician as Dr. Smith could have entertained for a moment, an idea that the vibrations constituting different sounds should be able to cross each other in all directions, without affecting the same individual particles of air by their joint forces: undoubtedly they cross, without disturbing each other's progress; but this can be no otherwise effected than by each particle's partaking of both motions. If this assertion stood in need of any proof, it might be amply furnished by the phenomena of beats, and of the grave harmonics observed…”

Thomas Young (scientist) (1773–1829) English polymath

"Outlines of Experiments and Inquiries Respecting Sound and Light" (1800)

Idea

“The existence of dark matter particles can never be disproven by direct experiment because ever lighter particles and/or ever smaller cross sections just below the current detection threshold may be postulated for every non-detection. There exists no falsifiable prediction concerning the DM particles.”

Pavel Kroupa (1963) Australian astrophysicist

[Pavel Kroupa, 2012, The dark matter crisis: falsification of the current standard model of cosmology, page 28, arXiv.org, http://arxiv.org/abs/1204.2546]

“One thing leads to another, and soon you are searching for answers to basic questions.Another time during lectures on Classical Logic, we were introduced to an “experimentum crucis”. It was illustrated by the deciding experiment of Fizeau on the speed of light in water as compared to its speed in air. Since wave theory predicts that speed in water is less, and corpuscular theory (with point particles) predicts it would be faster, this is supposed to have selected the wave theory is correct. But then how would one accommodate the photoelectric effect? Then it turns out that if the “corpuscle” of light had a finite size, corpuscular theory also predicts lower speed of light in water. But then one can ask how come photoelectric emission being prompt even in feeble light, how could the energy of a photon spread over π(λ/2)2 act as a whole and liberate a single photoelectron! This leads us to question the square of the amplitude being interpreted as the probability of the particle being formed in the immediate vicinity. How do probabilities enter quantum mechanics? Thus the questions (and the quest) go on.”

E. C. George Sudarshan (1931–2018) Indian physicist

in A Glance Back at Five Decades of Scientific Research, published in Particles and Fields: Classical and Quantum, Journal of Physics: Conference Series 87 (2007), IOP Publishing, p. 1-2.

Search , Question , Light , Water

“It is not to be wondered that men have worshiped the ocean, for in his depths they have seen mirrored the image of Eternity — of Infinity. Here they have seen the symbol of God's great plan of oneness with His creatures, for the sea is the union of all infinite particles, and it takes the whole to make the one.”

Elbert Hubbard (1856–1915) American writer, publisher, artist, and philosopher fue el escritor del jarron azul

"The Sea" in The Philosophy of Elbert Hubbard (1916), p. 169.

Men , God , Sea

“The question whether our elementary atoms are in their nature indivisible, or whether they are built up of smaller particles, is one upon which I, as a chemist, have no hold whatever, and I may say that in chemistry the question is not raised by any evidence whatever.”

Alexander William Williamson (1824–1904) English scientist

"On the Atomic Theory," J. Chem. Soc., 2nd Ser., 1869, 7:328-365, on p. 365.

Question , Nature

“Diabetes is not and never was caused by eating a high carbohydrate diet, and it is not caused by eating sugar. The cause of diabetes is a diet that builds up the amount of fat into the blood. I'm talking about a typical meat-based, animal-based diet. You can look into the muscle cells of the human body, and you find they're building up tiny particles of fat which is causing insulin resistance. What that means is the sugar that is naturally from the foods that you're eating can't get into the cells where it belongs. It builds up in the blood and that is diabetes.”

Neal D. Barnard (1953) American physician, author, and clinical researcher

Interview in the documentary-film What the Health by Kip Andersen (2017).

Food , Nature , Animals

“Inflation takes advantage of this possibility… to let gravity be the repulsive force that drove the universe into the period of expansion that we call the Big Bang. In fact, when one combines general relativity with conventional ideas, now, in particle physics there really is a pretty clear indication, I should say, not quite a prediction… that at very high energy densities one expects to find states of matter which literally turn gravity on its head and cause gravity to become repulsive.”

Alan Guth (1947) American theoretical physicist and cosmologist

Lecture 1: Inflationary Cosmology: Is Our Universe Part of a Multiverse? Part I.
The Early Universe (2012)

Idea , Universe

“Particles that, like 4He, show constructive interference are said to be bosons—a shorthand term for "particles obeying Bose–Einstein statistics." …One way to recognize bosons is their tendency to imitate one each other…. the presence of one boson increases the chance that another of its identical siblings will also appear in the same spot. There's an attraction between them. We will speak… of an attractive identity force drawing together identical bosons. Lasers are a spectacular example…”

Frank Wilczek (1951) physicist

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

Way , Appearance , Chance , Siblings

“It's the fault of those physicists and that synchronicity theory, every particle being connected with every other; you can't fart without changing the balance in the universe. It makes living a funny joke with nobody around to laugh. I open a book and get a report on future events that even God would like to file and forget. And who am I? The wrong person; I can tell you that.”

Philip K. Dick book The Man in the High Castle

The Man in the High Castle (1962)

God , Books , Universe , Change

“Particle physics suffers more from being infected by the socio-political mood of the day than from lack of spectacular opportunities for major and profound discoveries.”

Leon M. Lederman (1922–2018) American mathematician and physicist

Remark by Lederman during 2002 interview.
"Future of the field calls for charisma and courage" Kurt Riesselmann, FermiNews Volume 25, June 28, 2002, Number 11 http://www.fnal.gov/pub/ferminews/ferminews02-06-28/p3.html

Mood , Suffering

“Sitting here at Haidakhan, Mahaprabhuji has control over every particle of the Creation by the power of His mere wish, by His very thought. (…) Mahaprabhuji has control over the elements, the spiritual world - to say nothing of the world of men. He is the Creator, Sustainer and Destroyer of the world. Not a single blade of grass can grow but that He wills it. He has incarnated in a human body for the welfare of mankind. His sole desire - is to make it possible for the whole world to be liberated. He shall do His utmost to achieve liberation of the world.”

Haidakhan Babaji teacher in northern India

Vishnu Dutt Shastriji about Mahaprabhuji
31 August 1983
The Teachings of Babaji

Men , World , Grass

““I’m really interested in this stuff.” Julie rubbed a carton labeled ELEMENTARY PARTICLES.
“Physics?”
“Physics, biology, stars, everything.”
Howard said, “Good for you. These days most people prefer to impoverish their minds with mysticism.””

James K. Morrow book Only Begotten Daughter

Source: Only Begotten Daughter (1990), Chapter 5 (p. 87)

People , Star

“[Imlac continues] "It was never supposed that cogitation is inherent in matter, or that every particle is a thinking being. Yet, if any part of matter be devoid of thought, what part can we suppose to think? Matter can differ from matter only in form, density, bulk, motion, and direction of motion: to which of these, however varied or combined, can consciousness be annexed? To be round or square, to be solid or fluid, to be great or little, to be moved slowly or swiftly one way or another, are modes of material existence, all equally alien from the nature of cogitation. If matter be once without thought, it can only be made to think by some new modification, but all the modifications which it can admit are equally unconnected with cogitative powers."”

Samuel Johnson book The History of Rasselas, Prince of Abissinia

Source: The History of Rasselas, Prince of Abissinia (1759), Chapter 48

Way , Nature , Thinking , Parting

“In Theories of Everything… John Barrow argued that Gödel's incompleteness theorem undermines the very notion of a complete theory of nature. Gödel established that any moderately complex system of axioms inevitably raises questions that cannot be answered about the axioms. The implication is that any theory will always have loose ends. Barrow also pointed out that a unified theory of particle physics would not really be a theory of everything, but only a theory of all particles and forces. The theory would have little or nothing to say about phenomena that make our lives meaningful, such as love or beauty.”

John Horgan (journalist) (1953) American science journalist

Source: The End of Science (1996), p. 66

Love , Beauty , Question , Nature

“The more I learn about light the more I realize, man, we don't know anything about light… It's just bizarre… a particle has it's own proper time which slows down as you speed up. But at the speed of light… there's no time. That's bizarre … that we can, right now, as you know, see — interact with the light that has come from the birth of the universe. So … from our point of view, that light traveled for 14 billion years but from the point of view of the light it's the moment of creation.”

Brian Swimme (1950) American cosmologist

MeaningofLife.tv interview, 2007

Travel , Birth , Light , Learning

“Deities like Brahma and others taste only a particle, of the unlimited Bliss of Brahman and enjoy in proportion their share of that particle.”

Adi Shankara (788–820) Hindu philosopher monk of 8th century

Source: Atma Bodha (1987), p. 107: Quote nr. 58.

“We understand many things about particles and their interactions, but this and other mysteries make it very clear that we are nowhere close to a full understanding.”

Martinus J. G. Veltman (1931) Dutch physicist

[Martinus Veltman, Facts and mysteries in elementary particle physics, World Scientific, 2003, 981238149X, 3, https://books.google.com/books?id=CNCHDIobj0IC&pg=PA3]

Understanding

“I have done a terrible thing, I have postulated a particle that cannot be detected.”

Wolfgang Pauli (1900–1958) Austrian physicist, Nobel prize winner

Statement of 1930, after postulating the existence of the very elusive neutrino; as quoted by Frederick Reines, in his "Foreword" to Spaceship Neutrino (1992) http://books.google.com/books?id=JBOdejRrmaMC by Christine Sutton, p. xi

“Lincoln seemed to me to be familiar with the name, character, and reputation of every officer of rank in the army and navy, and appeared to understand them better than some whose business it was to do so; he had many a good story to tell of nearly all, and if he could have lived to write the anecdotes of the war, I am sure he would have furnished the most readable book of the century. To me he was one of the most interesting men I ever met; he had an originality about him which was peculiarly his own, and one felt, when with him, as if he could confide his dearest secret to him with absolute security against its betrayal. There, it might be said, was 'God's noblest work an honest man,' and such he was, all through. I have not a particle of the bump of veneration on my head, but I saw more to admire in this man, more to reverence, than I had believed possible; he had a load to bear that few men could carry, yet he traveled on with it, foot-sore and weary, but without complaint; rather; on the contrary, cheering those who would faint on the roadside. He was not a demonstrative man, so no one will ever know, amid all the trials he underwent, how much he had to contend with, and how often he was called upon to sacrifice his own opinions to those of others, who, he felt, did not know as much about matters at issue as he did himself. When he did surrender, it was always with a pleasant manner, winding up with a characteristic story.”

David Dixon Porter (1813–1891) United States Navy admiral

Source: 1880s, Incidents and Anecdotes of the Civil War (1885), p. 283

Men , God , War , Secret

“One thing most of us agree on is that the universe exists (people who deny that usually follow some trade other than science), so if some theoretical particle interaction would lead ultimately to the nonexistence of the universe, then you can save a lot of electricity by not trying to demonstrate it.”

Joe Haldeman book Forever Peace

Source: Forever Peace (1997), p. 25

People , Universe , Science

“One has been led to the conception of electrons, i. e. of extremely small particles, charged with electricity, which are present in immense numbers in all ponderable bodies, and by whose distribution and motions we endeavor to explain all electric and optical phenomena that are not confined to the free ether…. according to our modern views, the electrons in a conducting body, or at least a certain part of them, are supposed to be in a free state, so that they can obey an electric force by which the positive particles are driven in one, and the negative electrons in the opposite direction. In the case of a non-conducting substance, on the contrary, we shall assume that the electrons are bound to certain positions of equilibrium. If, in a metallic wire, the electrons of one kind, say the negative ones, are travelling in one direction, and perhaps those of the opposite kind in the opposite direction, we have to do with a current of conduction, such as may lead to a state in which a body connected to one end of the wire has an excess of either positive or negative electrons. This excess, the charge of the body as a whole, will, in the state of equilibrium and if the body consists of a conducting substance, be found in a very thin layer at its surface.
In a ponderable dielectric there can likewise be a motion of the electrons. Indeed, though we shall think of each of them as haying a definite position of equilibrium, we shall not suppose them to be wholly immovable. They can be displaced by an electric force exerted by the ether, which we conceive to penetrate all ponderable matter… the displacement will immediately give rise to a new force by which the particle is pulled back towards its original position, and which we may therefore appropriately distinguish by the name of elastic force. The motion of the electrons in non-conducting bodies, such as glass and sulphur, kept by the elastic force within certain bounds, together with the change of the dielectric displacement in the ether itself, now constitutes what Maxwell called the displacement current. A substance in which the electrons are shifted to new positions is said to be electrically polarized.
Again, under the influence of the elastic forces, the electrons can vibrate about their positions of equilibrium. In doing so, and perhaps also on account of other more irregular motions, they become the centres of waves that travel outwards in the surrounding ether and can be observed as light if the frequency is high enough. In this manner we can account for the emission of light and heat. As to the opposite phenomenon, that of absorption, this is explained by considering the vibrations that are communicated to the electrons by the periodic forces existing in an incident beam of light. If the motion of the electrons thus set vibrating does not go on undisturbed, but is converted in one way or another into the irregular agitation which we call heat, it is clear that part of the incident energy will be stored up in the body, in other terms [words] that there is a certain absorption. Nor is it the absorption alone that can be accounted for by a communication of motion to the electrons. This optical resonance, as it may in many cases be termed, can likewise make itself felt even if there is no resistance at all, so that the body is perfectly transparent. In this case also, the electrons contained within the molecules will be set in motion, and though no vibratory energy is lost, the oscillating particles will exert an influence on the velocity with which the vibrations are propagated through the body. By taking account of this reaction of the electrons we are enabled to establish an electromagnetic theory of the refrangibility of light, in its relation to the wave-length and the state of the matter, and to form a mental picture of the beautiful and varied phenomena of double refraction and circular polarization.
On the other hand, the theory of the motion of electrons in metallic bodies has been developed to a considerable extent…. important results that have been reached by Riecke, Drude and J. J. Thomson… the free electrons in these bodies partake of the heat-motion of the molecules of ordinary matter, travelling in all directions with such velocities that the mean kinetic energy of each of them is equal to that of a gaseous molecule at the same temperature. If we further suppose the electrons to strike over and over again against metallic atoms, so that they describe irregular zigzag-lines, we can make clear to ourselves the reason that metals are at the same time good conductors of heat and of electricity, and that, as a general rule, in the series of the metals, the two conductivities change in nearly the same ratio. The larger the number of free electrons, and the longer the time that elapses between two successive encounters, the greater will be the conductivity for heat as well as that for electricity.”

Hendrik Lorentz (1853–1928) Dutch physicist

Source: The Theory of Electrons and Its Applications to the Phenomena of Light and Radiant Heat (1916), Ch. I General principles. Theory of free electrons, pp. 8-10

Beauty , Way , Travel , Communication

“I wrote A Wrinkle in Time when we were living in a small dairy farm village in New England. I had three small children to raise, and life was not easy. We lost four of our closest friends within two years by death — that's a lot of death statistically. And I really wasn't finding the answers to my big questions in the logical places. So, at the time I discovered the world of particle physics. I discovered Einstein and relativity. I read a book of Einstein's, in which he said that anyone who's not lost in rapturous awe at the power and glory of the mind behind the universe is as good as a burnt-out candle. And I thought, "Oh, I've found my theologian, what a wonderful thing."”

Madeleine L'Engle (1918–2007) American writer

Penguins and Golden Calves (2003)

Life , Death , Children , Books

“Assuming that the particle has an internal vibration which allows to assimilate it to a small clock, I supposed that the clock was traveling with the wave in such a way that its internal vibration remained constantly in phase with the wave's : this is the phase matching postulate.”

Louis de Broglie (1892–1987) French physicist

Admettant que la particule possède une vibration interne qui permet de l'assimiler à une petite horloge, je supposais que cette horloge se déplaçait dans son onde de façon que sa vibration interne reste constamment en phase avec celle de l'onde : c'est le postulat de l'accord des phases.
Sur les véritables idées de base de la mécanique ondulatoire, Louis de Broglie, C. R. Acad. Sci., 277, série B, 1973, p. 71-73.

Way , Travel

“Life is a wave, which in no two consecutive moments of its existence is composed of the same particles.”

John Tyndall (1820–1893) British scientist

Vitality.
Fragments of Science, Vol. II (1879)

Life

“I believe that the Bengalis have never at any period held sway over a particle of land. They are altogether ignorant of the method by which a foreign race can maintain its rule over other races.”

Syed Ahmed Khan (1820–1898) Indian educator and politician

Quoted from After a Century it is time to revisit Sir Syed Ahmad Khan’s legacy https://www.myind.net/Home/viewArticle/after-a-century-it-is-time-to-revisit-sir-syed-ahmad-khans-legacy Avatans Kumar Jan 27, 2018. Also quoted in The Great Speeches of Modern India by Rudranghsu Mukherjee