terrals LINKS RE: ELENIN

“Hi guys:

The Radio Show Link List will be updated on this topic for posting in chat rooms to help people learn more about what is coming. Use this information to help others wake up to the truth that we are looking at a series of Extinction-Level Events coming this summer.

Track ELE: JPL: http://ssd.jpl.nasa.gov/sbdb.cgi?sstr=e … ;cad=1#cad

Cru4t’s Testimony of what he saw in the telescope: http://www.sendspace.com/file/ul0cim

Cru4t’s Testimony of what he saw in the telescope: https://www.yousendit.com/download/MFo1 … YUR2Wmc9PQ

Cru4t’s Testimony (same as above: use if link breaks): http://www.divshare.com/download/15204250-bc9

Skyview Website Images of ELE Dwarf Star: http://s7.photobucket.com/albums/y272/b … =slideshow

NASA Warning To Prepare: http://www.nasa.gov/centers/hq/emergenc … index.html

Wake Up Article (end says ‘satire’): http://www.yankton.net/articles/2011/06 … 400931.txt
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Brown dwarf http://en.wikipedia.org/wiki/Brown_dwarf

From Wikipedia, the free encyclopedia

Brown dwarfs are sub-stellar objects which are too low in mass to sustain hydrogen-1 fusion reactions in their cores, which is characteristic of stars on the main sequence. Brown dwarfs have fully convective surfaces and interiors, with no chemical differentiation by depth. Brown dwarfs occupy the mass range between that of large gas giant planets and the lowest-mass stars; this upper limit is between 75[1] and 80 Jupiter masses (MJ). Currently there is some debate as to what criterion to use to define the separation between a brown dwarf and a giant planet at very low brown dwarf masses (~13 MJ ), and whether brown dwarfs are required to have experienced fusion at some point in their history. In any event, brown dwarfs heavier than 13 MJ do fuse deuterium and those above ~65 MJ also fuse lithium. Some planets are known to orbit brown dwarfs: 2M1207b, MOA-2007-BLG-192Lb, and 2MASS J044144‎b.

>> Luminosity: Main sequence stars cool, but eventually reach a minimum luminosity which they can sustain through steady fusion. This varies from star to star, but is generally at least 0.01% the luminosity of our Sun. Brown dwarfs cool and darken steadily over their lifetimes: sufficiently old brown dwarfs will be too faint to be detectable.

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…sent from terral 26 7 11…b.