/u/Dr_Snarky's posts
Is there a rule that states that calculations of particle interactions at micro scales, by nature, cannot be scaled up into the macro-systems? Or are we just limited by our current understanding and nothing really prevents us from finding a way to scale quantum equations upwards?
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Why does the conversion from energy to mass "need" the speed of light in the equation? I don't have trouble conceptualizing the necessity for some huge constant, but how the heck does light speed coincidentally fit the bill?
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Jacob Bekenstein proved that black holes grow by a Plank distance^2 every time it absorbs one bit of information. What does this mean exactly, what qualifies as "one bit"?
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What would happen if I had a wire circuit that stretched to the moon and back and connected it to a battery and a switch. Would there be a delay when I turned it on? How is it possible for that info to move faster than light?
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Whenever there is a loss of information in any system, does that reduction in entropy ultimately result in heat? Aside from friction, electrical impedance, etc: does a theoretical pure loss of information contribute to heat?
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