Grumblenuts
Gold Member
- Oct 16, 2017
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Non sequitur. Try thinking about it for a change.What a silly request.
Should I also define the word chromosome, without referring to genetics?
Merriam-Webster, for example, has no problem doing so:Okay, define such use of the term "particle" without referring to quantum mechanics.. Can you say "gibberish"?
That is what most people think and mean when they read, hear, or use the term "particle" since dictionaries list the most common usage of terms first. Notice: no reference to "quantum mechanics" required. Contrary to your implication, it was a serious question. Certainly not difficult, loaded, or "silly."Definition of particle
1a: a minute quantity or fragment
b: a relatively small or the smallest discrete portion or amount of something
Silly is how "quantum mechanics" predictably fails so miserably when seriously attempting to define its own chosen terms. Why? Because it's all gibberish built upon circular reasoned gibberish.
Before "quantum mechanics" there was Electrical Science - a study that actually made sense. High time we got back to it.“We say they are ‘fundamental,’” said Xiao-Gang Wen, a theoretical physicist at the Massachusetts Institute of Technology. “But that’s just a [way to say] to students, ‘Don’t ask! I don’t know the answer. It’s fundamental; don’t ask anymore.’”
With any other object, the object’s properties depend on its physical makeup — ultimately, its constituent particles. But those particles’ properties derive not from constituents of their own but from mathematical patterns. As points of contact between mathematics and reality, particles straddle both worlds with an uncertain footing.
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