
This mosaic shows the entire sky imaged by the Wide-field Infrared Survey Explorer (WISE). Infrared light refers to wavelengths that are longer than those visible to the human eye. Many cosmic objects radiate infrared, including gas and dust clouds where stars form, and brown dwarfs.
A new study offers a tantalizing explanation for how a peculiar cosmic object called WISEA J153429.75-104303.3 - nicknamed "The Accident" - came to be. The Accident is a brown dwarf. Though they form like stars, these objects don't have enough mass to kickstart nuclear fusion, the process that causes stars to shine. And while brown dwarfs sometimes defy characterization, astronomers have a good grasp on their general characteristics.
Or they did, until they found this one.














Comment: Regarding brown dwarfs and why they don't shine, Pierre Lescaudron in his book Earth Changes and the Human-Cosmic Connection details that it's actually due to their low electrical activity; he also theorizes that our Sun may even be twinned with one: For further insight, check out his new book Cometary Encounters: Flash-Frozen Mammoths, Mars-Earth Discharge, Comet Venus and the 3,600-Year Cometary Cycle.
See also:
- Volcanoes, Earthquakes And The 3,600 Year Comet Cycle
- Sott Exclusive: Nemesis, not 'Nibiru' - Clarifying mainstream reports about 'a large ninth planet' that periodically sends comets our way
- Is the Sun Part of a Binary Star System? - Six Reasons to Consider
And check out SOTT radio's: