[Lloyd Gillespie]

I infer hydrodynamics into all wave interactions, at all levels of state spaces. It's a key pressure, that's been, to long, ignored by too much of mainstream physics and maths...

Lloyd

[AntonioLao]

Originally Posted by Lloyd Gillespie I infer hydrodynamics into all wave interactions

But how does hydrodynamics tackle all those instabilities, for example: Rayleigh-Taylor instability?

[Lloyd Gillespie]

Originally Posted by AntonioLao But how does hydrodynamics tackle all those instabilities, for example: Rayleigh-Taylor instability?

Antonio, hydrodynamics is not the total explanation. It's just another piece in the final equations... It's just it's been far too long ignored by quantum maths and models...

Lloyd

[baudrunner]

When I run a Wikipedia search on hydrodynamics I get the Hydraulics page. I'm sure the word is an oversight on your part Lloyd and that you realy mean thermodynamics.

And of course you're right. The coldest temperature in the deepest reaches of empty space is about three degrees above absolute zero. If the coldest region of space were absolute zero we would not be here to write about it. Thermodynamics and entropy are integral to existence.

[N0B0DY]

"If the coldest region of space were absolute zero we would not be here to write about it."

Very good point, Baud. Therefore existence always remains relative, functioning according to the laws of relativity.

http://en.wikipedia.org/wiki/Hydrodynamics

[sillysally]

That's exactly what I was thinking. A pumped muscle is mostly blood. Resistance builds the muscle.