Recent content by dst

Something like the CTMU perhaps?

Well, how about pair production in the multiverse? That is to say, a 4D white hole and black hole pair form in a higher dimensional space. Because they are pair produced, they exist in perfect equilibrium at t=0. No quantum fluctuations. They would interact with their surroundings but the...

The cause-effect relationship of timelike events is fairly self-evident. But I was wondering, do non-local effects of QM "synchronise" events that are separated along spacelike intervals? Could there be some kind of co-dependent arising, such that if event X happens in one region of the...

Hey, he said intelligent life :-p Your arguments are fair OP but I have contentions. Consider if there were life on a zillion different planets all springing up and evolving simultaneously with Earth. All of them looking for intelligent life and lacking the tools to easily discern its...

This is correct. Of course, the higher order terms vanish very fast so we don't really need to consider them. And yes, it is a taylor expansion of sorts except a Taylor expansion involves summing from 0 => infinity. It follows because in order to get the position, you need x(t=0), then add on...

There is no way to falsify the existence of anything beyond the "observable universe" so for all intents and purposes there is no saying "certainly".

I think your brain is trying to tell you you're doing too much maths.

You're also on a physics forum.

Through the relation e=hf. Given a certain amount of energy due to be released (say by an electron changing state) the resultant wave will simply have that frequency.

I doubt much of the energy would be released. Most likely depends on the material properties. What kind of bonds would even hold tight at that scale?

You can either gradually shift your pattern or snap straight into the normal cycle by sacrificing a day. The latter needs a lot of committment; just stay awake for 2 days straight and fall asleep at exactly the time you want, using caffeine as necessary. You'll then have to somehow force...

Well at least the laws of statistics are broken, given that the cat always hits the ground instead of butter. I think we have an infinite improbability drive here, not a perpetual motion machine.

Plain and Simple: Because it is. You're Welcome.

Completely incorrect, the whole point of the multitude of fans and heatsinks in a computer is to disperse as much heat generated by the components out of the case as possible.

When the wavelength hits the Planck length then not much more can be done.