“The quantum dualities, which are known as S-duality or U-duality, extend the classical T-duality and lead to a beautiful and coherent picture of stringy dualities. These exchange highly quantum situations with semiclassical backgrounds, exchange different branes, etc. As in the classical dualities, among all dual descriptions there is at most one description which is natural because it is semiclassical. All other dual descriptions are very quantum mechanical.”

— Nathan Seiberg

[Emergent spacetime, arXiv preprint hep-th/0601234, 2006, 6, https://arxiv.org/abs/hep-th/0601234]

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American physicist 1956

Rhonda Byrne (1951) Australian writer and producer

Source: Hero

“Void and existence coexist and complement each other endlessly in the Cosmos, and beyond this duality is Consciousness of unity.”

Alexis Karpouzos (1967)

Source: Universal consciousness

“[I]n a fundamental description of nature we must "forget time"... this can be done in the classical and in the quantum theory.”

Carlo Rovelli (1956) Italian physicist

"Forget time" (Aug, 2008)

“The second superstring revolution (1994-??) has brought non-perturbative string physics within reach. The key discoveries were the recognition of amazing and surprising "dualities." They have taught us that what we viewed previously as five theories is in fact five different perturbative expansions of a single underlying theory about five different points! It is now clear that there is a unique theory, though it may allow many different vacua…. Three different kinds of dualities, called S, T, and U have been identified."”

John Henry Schwarz (1941) American theoretical physicist

pp. 4–5

“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

“I now imagine a quantum theoretician who may even admit that the quantum-theoretical description refers to ensembles of systems and not to individual systems, but who, nevertheless, clings to the idea that the type of description of the statistical quantum theory will, in its essential features, be retained in the future. He may argue as follows: True, I admit that the quantum-theoretical description is an incomplete description of the individual system. I even admit that a complete theoretical description is, in principle, thinkable. But I consider it proven that the search for such a complete description would be aimless. For the lawfulness of nature is thus constituted that the laws can be completely and suitably formulated within the framework of our incomplete description.”

Albert Einstein (1879–1955) German-born physicist and founder of the theory of relativity

"Einstein's Reply to Criticisms" (1949)

“Gay subject–subject consciousness is more compatible with Buddhist non‐duality than the hetero subject–object consciousness. It can be claimed, therefore, that Buddha Nature, and Buddhism itself, is queer.”

Roger Corless (1938–2007) English theologian and academic

"Towards a queer dharmology of sex," Culture and Religion, vol. 5, no. 2 (2004)

“Science… may be viewed as man's supreme effort to find himself in that perplexing pattern which he calls Nature. …Has he succeeded in achieving some measure of harmony with Nature? Or has he merely managed to transfer to Nature the irreconcilable duality within himself?”

Tobias Dantzig (1884–1956) American mathematician

Henri Poincaré, Critic of Crisis: Reflections on His Universe of Discourse (1954), Ch. 2. The Age of Innocence

“People get a lot of confusion, because they keep trying to think of quantum mechanics as classical mechanics”

Sidney Coleman (1937–2007) American physicist

Quantum Mechanics in Your Face http://www.physics.harvard.edu/about/video.html, a lecture given by Sidney Coleman at the New England sectional meeting of the American Physical Society (Apr. 9, 1994)

“Certainly we do not need quantum mechanics for macroscopic objects, which are well described by classical physics – this is the reason why quantum mechanics seems so foreign to our everyday existence.”

Alain Aspect (1947) French physicist

"Introduction: John Bell and the second quantum revolution" (2004)

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