MillionMilesAway
Well-Known Member
Ahh gotcha, read back a bit, i see now yeah. In context you are right it means sod all for this xD
I understand it's all relative.
Ahh gotcha, read back a bit, i see now yeah. In context you are right it means sod all for this xD
As I said, above my paygrade :) I can handle flat earthers but not Einstein physics.mass x speed of light squared, yes.
As noted, I don't think the theoretical construct applies to the question/context.
As I said, above my paygrade :) I can handle flat earthers but not Einstein physics.
Winner of the dad joke of the year ladies and gents haha, i like it xDI understand it's all relative.
Lot of unknowns out the boss, physics have always been part of my job but when it gets to abstract I'll leave it to others, give me a bridge to design or radiation shielding, I'm your man, I just like things quantifiable for my rather inadequate intellectual.Winner of the dad joke of the year ladies and gents haha, i like it xD
All of this stuff is deeply interesting. The fact we are moving at just under 70k miles an hour around a main sequence yellow star which in turn is screaming around sagittarius A star which in turn is heading for a collision with Andromeda in about 2.8 billion years. All that, then down to string theory, harmonics and quantum entanglement and that really mad stuff.
I wonder if there is a simple equation that explains everything, i know that is what string theory aims for but it is a long way from doing it. Hurt your head interesting though some of the maths involved.
Edit: Quantum entanglement really did piss Einstein off, a lot as it opposes his theory of general relativity, namely faster than light communication.
Ha! Ha! Very good.Bollocks mate, he said it himself, he still hasn't found what he's looking for.
How does a vacuum flask know whether to keep things hot or cold? Always baffled me...
I don’t even know what’s satire any more in this thread.How does a vacuum flask know whether to keep things hot or cold? Always baffled me...