JWST confirms MoM-BH*-1, a black hole star 100 billion times brighter than our sun — rewriting early universe models. Plus SpaceX's record 38-minute dual launch and an incoming solar CME.
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Astronomers just confirmed a new class of cosmic object, and it rewrites what we thought the early universe looked like. The object is called MoM-BH*-1.
Since Webb started returning deep field images, researchers noticed something odd. Thousands of bright red sources kept appearing in the early universe, dense, compact, and then simply absent in the modern cosmos.
Shifting to Earth orbit, SpaceX reset its own operational record on August fifteenth with back-to-back Falcon nine launches separated by just thirty-eight and a half minutes. The first rocket carried eight Globalstar satellites to low Earth orbit.
The Globalstar deployment carries its own subtext. Eight satellites went up to replenish an existing low Earth orbit constellation, and that's happening as a pending Amazon acquisition of Globalstar sits unresolved.
On solar activity, a filament eruption on August fourteenth sent multiple coronal mass ejections toward Earth. The arrival window is centered around August seventeenth.
The two things worth tracking from here are the MoM-BH*-1 spectroscopic confirmation and whether additional black hole star candidates emerge from Webb's archive. If even a fraction of those mysterious red sources turn out to fit this profile, the implications for early universe formation models are significant.
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