Hubble Telescope gets closest-ever look at a quasar, sees ‘weird things’

[Admin]

The Hubble Space Telescope has peered deeper than ever before into the heart of the supermassive black hole-powered quasar 3C, 273 spotting "weird" structures.

Hubble Telescope gets closest-ever look at a quasar, sees ‘weird things’ : Read more

 

[bellerian1]

Its weird to me that people assume the disc feeds the axis, when the disc is whats being ejected after whatever has been consumed on the axis poles of the galaxy.

Get a flat disc. Put a Rod thru it perpendicularly. Use the Rod to spin the disc on the rods axis. What develops is a low pressure over the two ends of the rod which acts as the axis of alignment, while the plane of division is where what was drawn in on the axis is pushed out on the plane.

Why would this be different in the vaccum of space? Pressure is pressure.

If ones read any of bruce de palmas work with his unipolar machine, this becomes more apparent in the results he achieved.

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[billslugg]

The gravity of the BH or neutron star draws material in from all directions. Collisions among the various trajectories of the incoming material averages out their rotational kinetic energy to a spinning disc. Material is draw into the BH only at the equator. Immense pressures exist in the area just outside the event horizon. This material can escape only at the poles, where the magnetic field lines are parallel to the direction of motion.