Do you have any thoughts on quasars, variable mass and quantization of redshifts, intrinsic redshifts etc...
There is something strange in the cosmic neighbourhood. An unknown object in the nearby galaxy M82 has started sending out radio waves, and the emission does not look like anything seen anywhere in the universe before.
"We don't know what it is," says co-discoverer Tom Muxlow of Jodrell Bank Centre for Astrophysics near Macclesfield, UK.
"In galaxy groups the gas is contained by gravity. But the black holes produce so much energy that this outweighs the capacity of the group to hold its gas," explained Stefania Giodini, the lead author of the paper. "A significant part of the gas is removed. No similar effect is observed in more massive galaxy clusters, where the huge gravitational pull restrains the gas from being removed."
The astronomy team says that dust normally would have dissipated and blown away from the stars by this mature stage in their lives. They conclude that something, most likely planetary collisions, must therefore be kicking up the fresh dust. In addition, because dusty disks have now been found around four older binary systems, scientists know that the observations are not a fluke. Something chaotic is likely going on.
Hydrodynamics simulation of a single "finger" of the Rayleigh–Taylor instability[9] Note the formation of Kelvin–Helmholtz instabilities, in the second and later snapshots shown (starting initially around the level y = 0). As well as the formation of a "mushroom cap" at a later stage in the third and fourth frame in the sequence.
The pressure at "1" is higher than at "2" because the fluid speed at "1" is lower than at "2".
Venturi effect wrote:The limiting case of the Venturi effect is when a fluid reaches the state of choked flow, where the fluid velocity approaches the local speed of sound. In choked flow the mass flow rate will not increase with a further decrease in the downstream pressure environment.
GaryN wrote:Can turbulence in a flux tube explain the formation of the torus or sphere around the pinch point?
This is the exploded view of the gif wrote:
Water http://en.wikipedia.org/wiki/Surface_tension#Water wrote:B. Formation of drops occurs when a mass of liquid is stretched. The animation shows water adhering to the faucet gaining mass until it is stretched to a point where the surface tension can no longer bind it to the faucet. It then separates and surface tension forms the drop into a sphere. If a stream of water were running from the faucet, the stream would break up into drops during its fall. Gravity stretches the stream, then surface tension pinches it into spheres.[3]
allynh wrote:I'll check out the Thunderbolts DVDs and see if I can find the plasma z-pinch sequence.
In the case of an increase in energy dissipation by our Sun, from an increase in the Birkeland current, there is a pulling-in of the orbits of the planets, and of the moons of those planets. They will still be spaced in the Phi relationship, but will orbit faster, creating more charge as they pass through the suns increased magnetic field.
There is no need of an interloper planet from outside the solar system for there to be close enough encounters for the (increased) charge to leap between them...
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