Observatories detect a 'fast radio burst' (FRB) all around the world on April 28, 2020, emitting a powerful combination of radio and x-ray energy surges that is believed to be coming from a dead star that produced the same occurrence 30,000 years ago.

The FRB detected by observatories triggered alarms globally and lasted just for half of a second before disappearing.

The event took place at 03:16 UT (22:16 CDT, April 27).

The event follows an explanation by astrophysicists and cosmologists of a celestial mystery. After 20 years with no observable sign of a phenomenon that they identified as a neutron star collision that had been observed 14 years before, astronomers say they have confirmed it last week.

Relatively large bursts of gamma rays emitted by a dead star can be closely observed from Earth, within days to months of the numerous enormous shooting stars the objects produce. However, signs of broken stars don't usually yield concrete confirmation until around the age of 30,000 years; GW170817 is believed to be that long of a delay.

The shorter, longer-lasting, more unusual Electric Universe theory, proposed by Dr Lorimer Moseley of the Harvard-Smithsonian Center for Astrophysics, posits that supermassive black holes in the vicinity of the center of our Milky Way galaxy concentrate the plasma masses into compellingively bright sources of radio waves or even optical light.

"There are many theories that have been proposed by Physicists, but this one has been very well verified experimentally," Moseley said of his theory. "We predict and observe all the properties needed for the model to work," he said.

Warming Tides and Power Lines Will Make Winter One of the Greatest Times on Earth

By Paul Homewood

http://www.salon.com/2006/10/11/giardinas/

Huge releases of carbon dioxide and methane from melting ice sheets would raise seas by 7 to 9 feet and flood parts of the U.S. by as much as a foot each year by 2100, a new study has revealed. This would slip New York City and Washington, DC, into the ocean for an entire decade.

Domino effect

The effects of melting ice will be especially severe in the Arctic, a region with a high burden of carbon pollution, said study author Ken Caldeira, at Carnegie Institution for Science. Higher seas have already removed from these places around Alaska and Greenland much of the ice that has protected the coasts for thousands of years, this study asserts.

"We cannot filter pollution through ice," Caldeira said. "All the pollution by-products will get into the Arctic, and the Arctic will get new conditions. In that case, basically the ice will melt out."

Seas are rising with
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