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Originally posted by punkinworks
A gamma ray burst maybe?
'Space fireworks' were successfully released by researchers at the Japan Aerospace Exploration Agency (JAXA) on Sunday. The three one-and-a-half minute bursts were visible from most of western Japan including Tokyo.
The fireworks-like display was created by a timed release of lithium vapor from a rocket launched from the JAXA Uchinoura Space Center in southern Kyushu. The first release occurred at 7:26 pm at a height of 250 kilometers. The second was made at 200 kilometers and the final release at 150 kilometers. The rocket fell into the Pacific about 500 kilometers south of Wakayama prefecture. (See a diagram of the space fireworks rocket trajectory.)
Originally posted by Beachcoma
reply to post by Equinox99
Not possible. The news report says the fireworks were on Sunday, 7:26 pm in Japan meaning it would be Sunday, 03:26 am in Central CA.
Rats, I'm stumped.
Originally posted by jpm1602
I know this is out there, but some experts at the latest Bay area conference have related they are seeing an all out war up there including lasers of late. Sounds like something got smoked. IMHO. Iridium flares are not static.
Originally posted by Beachcoma
reply to post by Chorlton
You pee in your garden? What happened the the throne?
Wikipedia:Gamma ray burst - Afterglows and external shocks
The GRB itself is very rapid, lasting from less than a second up to a few minutes at most. Once it disappears, it leaves behind a counterpart at longer wavelengths (X-ray, UV, optical, infrared, and radio) known as the afterglow[35], that generally remains detectable for days or longer.
In contrast to the GRB emission, the afterglow emission is not believed to be dominated by internal shocks. In general, all the ejected matter has by this time coalesced into a single shell traveling outward into the interstellar medium (or possibly the stellar wind) around the star. At the front of this shell of matter is a shock wave referred to as the "external shock" [36] as the still relativistically-moving matter ploughs into the tenuous interstellar gas or the gas surrounding the star.
As the interstellar matter moves across the shock, it is immediately heated to extreme temperatures.[...]
Originally posted by punkinworks
Was this our first foray into tactical battlefield weather managment.