The principle phasers use to damage a target is termed the rapid nadion effect, but a good explanation of how that effect actually works is difficult to find.
Yes, because we all sleep at the same time and for the same period of time
Can we keep the "I wish there was more to existence" whimsy out of the Modern/Theoretical Physics thread please?
I challenge you to show evidence that that kind of computational power is possible, if not practical.
No. They are not the only possibilities.
I have already given two others, and here's another one:
Simulating a civilisation may not be mathematically and computationally possible at any level of technology.
Hurrah!
Did I ever tell you about the time I was in the paper for rescuing this guy who rode his bike into a canal?
What the article didn't say was how much I laughed at him.
I'm pretty sure he'd have read the FAQ when he joined, or at least if he was confused.
Or maybe used another of the tools at his disposal, like using the search page to look for existing threads on the same subject.
Venus fly traps are tricky to keep alive at the best of times, so make sure you know how to keep them happy before you start or you'll get false results.
Iirc they need deionised water and nutrient-poor soil.
To be fair, 1 in a million is rare but it still allows 6000 examples in the human population, and 6000 serial killers chasing you would certainly seem like "many".
If you're talking about Brownian Motion, that's a manifestation of agitation and not surface area.
Surface area is an attribute of the reactants, not the reaction. The reactants can have as much surface area as they like but this won't necessarily change the rate of collisions.
[surface area absolute] and [% chance of collision] are not the same thing.
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