Famous Quantum Computing Quotes

One of the first things Tessa asked me was whether I had seen the whole Metz speech, not just the famous quote, which she repeated word for word:4 We are living in a computer-programmed reality, and the only clue we have to it is when some variable is changed, and some alteration in our reality occurs.

I suppose that this viewpoint-that physical systems are to be regarded as merely computational entities-stems partly from the powerful and increasing role that computational simulations play in modern twentieth-century science, and also partly from a belief that physical objects are themselves merely 'patterns of information', in some sense, that are subject to computational mathematical laws. Most of the material of our bodies and brains, after all, is being continuously replaced, and it is just its pattern that persists. Moreover, matter itself seems to have merely a transient existence since it can be converted from one form into another. Even the mass of a material body, which provides a precise physical measure of the quantity of matter that the body contains, can in appropriate circumstances be converted into pure energy (according to Einstein's famous E=mc^2)-so even material substance seems to be able to convert itself into something with a theoretical mathematical actuality. Furthermore, quantum theory seemst o tell us that material particles are merely 'waves' of information. (We shall examine these issues more thoroughly in Part II.) Thus, matter itself is nebulous and transient; and it is not at all unreasonable to suppose that the persistence of 'self' might have more to do with the preservation of patterns than of actual material particles.

Charles Proteus Steinmetz famously asked, “Where does this heat go”? This heat “freezes” the possible into reality and creates what we collectively call “the past.” For humans, the Past is singular tense and the Future gets pluralized.

These are inspired by the famous Schrödinger's cat thought experiment. This setup uses superpositions of coherent states — states in which wave phases are the same —. When errors occur, they shift the phase. These shifts become detectable due to the unique properties of the superpositions, enabling timely corrections.

Another notable name in quantum computing is Stephen Hawking, the famous physicist and cosmologist. Hawking believed quantum computing would be "the most important technological development since the discovery of electricity." Hawking has said that quantum computing can potentially solve some of the most challenging problems in physics, and he's even speculated that it could be used to build a "time machine.

John von Neumann (1903–1957) was the second center of attraction at the Macy Conferences. A mathematical genius, he had written a classic treatise on quantum theory, was the originator of the theory of games, and became world famous as the inventor of the digital computer (inspired by Turing's pioneering theoretical work).

In quantum mechanics, observables such as momentum are represented by linear transformations. All of this leads to the famous uncertainty principle that states that two observables that do not commute cannot be measured simultaneously.

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