Comment Re: WOw (Score 0) 73
Comment Re: We don't need Google (Score -1) 29
Comment Re: Put out fires quickly letting fuel build up (Score -1) 29
Comment Re: Pragmatic attitude works well on this. (Score 1) 86
Comment Re: Friends don't let friends use HP. (Score 1) 54
Comment Re:Like a polarizer? (Score 1) 33
You can explain a lot of things, in isolation, with classical physics.
Sure, and we are looking for thing that cannot. The photoelectric effect would be an example, unlike polarisation. But its still not a "quantum material" in the sense of the original article.
That doesn't mean that's how it works.
I'd be very careful about interpreting QM as "how it works". QM is a mathematical model that makes very accurate predictions for real-world observations.
Comment "If buying isn't owning..... (Score 3, Informative) 127
... then piracy isn't stealing."
Comment Oh HELL no! (Score 4, Insightful) 16
Ain't no way I'm letting some AI access to my passwords, no matter how "safe" they claim it is.
Comment Altzheimers (Score 1) 127
Comment Re:Like a polarizer? (Score 1) 33
To be more accurate, it is neither a particle nor a wave, even though we may find it useful in certain circumstances to think of it as one or the other.
A quantum object is its own thing, a "quanton" . right? But what is real? The wave function? The measurement?
Comment Re:Like a polarizer? (Score 3, Insightful) 33
That's hardly relevant chatgpt, they boast about the selective transport direction, which a reflective polariser does just fine at room temperature for the polarisation quantum state.
Everything is a product of QM, but to truly demonstrate it at the macro level, you need something like entanglement than can't be explained by classical physics. The polarisation demo is in the same category as the classical double-slit experiment - it proves that light is a wave, not simply particles. While the polarising filters are used in high-school to demonstrate Bell's inequality, they also have a perfectly valid classical explanation. The first filter replaces the original wave with its component in the filter direction. This new weaker wave has a component in the direction perpendicular to the original wave.
I'm not judging you for not understanding QM. Nobody does
Comment Re:Like a polarizer? (Score 2) 33
No, it is a myth that a simple polarizer is a "room-temperature quantum material" in the way physicists mean it.
While polarization filters are fantastic for demonstrating quantum mechanics conceptually, the way a standard polarizer works can be fully explained by classical wave mechanics. It is entirely described by Maxwell's equations from the 19th century.