Alnitak

“[A]tomic nuclei are pretty hard to peer into. But that’s not the root of the problem. It’s that we simply can’t, for quantum processes, talk about a historical progression of events that led to a given outcome. There’s no story of how it ‘got’ to be that way.”
― Philip Ball, Beyond Weird

“Wavefunction collapse is a generator of knowledge: it is not so much a process that gives us the answers, but is the process by which answers are created. The outcome of that process can’t, in general, be predicted with certainty, but quantum mechanics gives us a method for calculating the probabilities of particular outcomes. That’s all we can ask for.”
― Philip Ball, Beyond Weird

“I'll tell you what you did with Atheists for about 1500 years. You outlawed them from the universities or any teaching careers, besmirched their reputations, banned or burned their books or their writings of any kind, drove them into exile, humiliated them, seized their properties, arrested them for blasphemy. You dehumanised them with beatings and exquisite torture, gouged out their eyes, slit their tongues, stretched, crushed, or broke their limbs, tore off their breasts if they were women, crushed their scrotums if they were men, imprisoned them, stabbed them, disembowelled them, hanged them, burnt them alive.

And you have nerve enough to complain to me that I laugh at you.”
― Dr Madalyn Murray O'Hair

“The wavefunction of superposed states doesn’t say anything about what the photon is ‘like’. It is a tool for letting you predict what you will measure. And what you will measure for a superposed state like this is that sometimes the measurement device registers a photon with a vertical polarization, and sometimes with a horizontal one. If the superposed state is described by a wavefunction that has an equal weighting of the vertical and horizontal wavefunctions, then 50% of your measurements will give the result ‘vertical’ and 50% will indicate ‘horizontal’. If you accept Bohr’s rigour/complacency (delete to taste), we don’t need to worry what the superposed state ‘is’ before making a measurement, but can just accept that such a state will sometimes give us one result and sometimes another, with a probability defined by the weightings of the superposed wavefunctions in the Schrödinger equation. It all adds up to a consistent picture.”
― Philip Ball, Beyond Weird