Original source of info on title above.
And not, the “Olympics” of Lubos and Nima and others, preparing for LHC.
At this site you will find the new black boxes and calibration samples for the LHC Olympics!
The geometrical propensity of the energy needed in which to create this “jet” had to be consider in terms of a geometrical structure? Even though we could not say for certain what was taking place geometrically inside the blackhole?
So, in order for any secondary particle creation to be considered, what line of developement would issue from such a scene, as a gravitational collapsing bubble, that Coleman-De Luccia instanton may have been surmizing, could in fact, lead to a new universe born? The impetus for inflation?
So, cosmic rays sources were needed in which to move the ideas that reductionism has encountered in it’s “quark gluonic plasma state,” as well as, recognizing the microstate blackhole production that is initiated from such sources?
These images are held in relation to how article written in terms of the one below this, one gets the sense of how “high energy photons” are delivered to our place and time? Sources of cosmic particle tht would intiate particle collsions in our upper atmosphere?
Introduction of “new physics,” was the main reason for how jet consideration had been talked about, between the gentlemen and I. Is it right, I am not sure? Having understood this relation in our talks on the Bose Nova, I was able of course to introduce the time and place of this “New Physics” in consideration(supersymmetrical-entropically it is very simple) and as a counter intuitive place of recogntion?
Do the Bosenova
Ketterle adds that attractions between atoms in a BEC could parallel the collapse of a neutron star so emulating the distant and massive in the laboratory too. The explosive collapse of a BEC, dubbed a “Bosenova” (pronounced “bose-a-nova”) by Wieman releases only a tiny quantity of energy, just enough to raise the temperature of the BEC by 200 billionths of a degree. Supernovae release many times the energy
There are many links on, “new search paradigm page” to confirm this? Anyway on to what made me think of the “lighthouse(Link to tutorial site has been taken down, and belongs to Barb of http://www.airynothing.com) in the previous post” and brought me to thinking about this overall post here in general now.
NASA’s Hubble Space Telescope Yields Clear View of Optical Jet in Galaxy M87
A NASA Hubble Space Telescope (HST) view of a 4,000 light-year long jet of plasma emanating from the bright nucleus of the giant elliptical galaxy M87. This ultraviolet light image was made with the European Space Agency’s Faint Object Camera (FOC), one of two imaging systems aboard HST. This photo is being presented on Thursday, January 16th at the 179th meeting of the American Astronomical Society meeting in Atlanta, Georgia. M87 is a giant elliptical galaxy with an estimated mass of 300 billion suns. Located 52 million light-years away at the heart of the neighboring Virgo cluster of galaxies, M87 is the nearest example of an active galactic nucleus with a bright optical jet. The jet appears as a string of knots within a widening cone extending out from the core of M87. The FOC image reveals unprecedented detail in these knots, resolving some features as small as ten light-years across. According to one theory, the jet is most likely powered by a 3 billion solar mass black hole at the nucleus of M87. Magnetic fields generated within a spinning accretion disk surrounding the black hole, spiral around the edge of the jet. The fields confine the jet to a long narrow tube of hot plasma and charged particles. High speed electrons and protons which are accelerated near the black hole race along the tube at nearly the speed of light. When electrons are caught up in the magnetic field they radiate in a process called synchrotron radiation. The Faint Object Camera image clearly resolves these localized electron acceleration, which seem to trace out the spiral pattern of the otherwise invisible magnetic field lines. A large bright knot located midway along the jet shows where the blue jet disrupts violently and becomes more chaotic. Farther out from the core the jet bends and dissipates as it rams into a wall of gas, invisible but present throughout the galaxy which the jet has plowed in front of itself. HST is ideally suited for studying extragalactic jets. The Telescope’s UV sensitivity allows it to clearly separate a jet from the stellar background light of its host galaxy. What’s more, the FOC’s high angular resolution is comparable to sub arc second resolution achieved by large radio telescope arrays.
Black Hole-Powered Jet of Electrons and Sub-Atomic Particles Streams From Center of Galaxy M87
“X” Structure at Core of Whirlpool Galaxy (M51)
Spiral Gas Disk in Active Galaxy M87
Black Hole in Galaxy M87 Emits Jet of High-Speed Electrons
Compact Core of Galaxy M87
Compact Core of Galaxy M87
Optical Jet in Galaxy M87