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Lecture notes in computer science

Mind the Bad Norms

Ritam Bhaumik, Benoît Cogliati, Jordan Ethan, Ashwin Jha

Published Dec 7, 2024• 7 citations
Publisher
DOI
10.1007/978-981-96-0947-5_8

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Atomic spectra had twice as many lines as predicted. As a solution, two young physicists, George Uhlenbeck and Samuel Goudsmit, proposed that in addition to orbiting its nucleus, an electron “spins” around its axis. (Not really, but the idea works.) Wolfgang Pauli showed that the spin could only have two opposing orientations. This could account for all of the lines. He further proposed an “Exclusion Principle”: that no electrons could be described by all the same quantum numbers, otherwise atoms (and we) could not exist. In 1930, he predicted the existence of a new particle, the neutrino, which was not observed until 26 years later. In addition to contributions to quantum mechanics, Pauli was famous for nasty remarks. A couple of gems:“This paper is so bad it is not even wrong.”“I don't mind your thinking slowly; I mind your publishing faster than you think.”
By way of an example, Lewis imagines your being invited to join Schrodinger’s cat in its box for an hour. This box will either fill up with deadly poison fumes or not, depending on whether or not some radioactive atom decays, the probability of decay within an hour being 50%. The invitation is accompanied with some further incentive to comply (Lewis sets it up so there is a significant chance of some pretty bad but not life-threatening punishment if you don’t get in the box). Lewis argues that the many minds theory implies that you should get in the box with the cat, despite this making it 50% likely you will die.
My physics teacher used to say that quantum computers are notoriously bad calculators, and then he’ll quote Richard Feynman to emphasize that these machines were conceived with atomic principles in mind; therefore, they should tackle problems at the atomic scale. Nowhere else is this more tangible than in the fields of chemistry and medicine where quantum is already working hard to make a difference. In this chapter, we showcase two amazing real-life experiments that illustrate how the power of quantum computation can make a difference in the real world.