TEN gamma-ray bursts in 10 hours

TEN gamma-ray bursts in 10 hours

Published 19.01.2024 | By Йосиф

TEN gamma-ray bursts in 10 hours

According to NASA network services that track gamma-ray bursts in near-Earth space, on January 17, 2024, between 08.00 UT and 16.00 UT, TEN gamma-ray bursts were recorded, two of which turned out to be of prohibitive intensity, and four had an intensity borderline to prohibitive for writers devices:

Thus, we have 10 bursts in 10 hours, despite the fact that January 17th for the USA is still ongoing and we don’t know what will happen in a few hours.

The traditional source of such pulses is considered to be neutron stars and black holes, but astronauts sitting astride an iron barrel with dosimeters cannot say where it comes from. To do this, you need either a million or so astronauts, evenly distributed throughout the orbit, or a cubic kilometer of ice, where there will be a sensor in every hundred cubic meters.

NASA already has a similar thing in Antarctica. Officially, it catches neutrinos, but in reality it can detect almost any rays and particles that react with the nuclei of water molecules. When receiving energy, the core releases photons, and the photons are easy to catch with optical devices, then build a map of hits, draw a straight line along the beam, continue it into space and say exactly where it came from.

Unfortunately, bright adherents are in no hurry to share their discoveries, and we don’t even know exactly how many bursts there were – 10, as written, or 30-40, if the service allows every third one to go public. Or even 100 if the system is configured to skip every tenth pulse.

Something tells us that there are really a lot of impulses, and soon there will be even more, because on January 9 NASA suddenly decided to launch a public project in which volunteers will monitor data on gamma-ray bursts at night and analyze them with the resources provided.

The first public results data there are quite strange:

Thus, if you believe this graph, on January 10 the gamma-ray bursts were particularly dense, about five times stronger than on the 17th. But public services did not provide anything about January 10th, and on January 17th they showed ten bursts. Multiplying 10 by 5, we get 50 gamma-ray bursts per day, which occurred on January 10, but they were closed from the public.

Let’s, for a change, be optimistic and imagine that somewhere a hundred thousand light years away there is a black hole, periodically sending packets of impulses towards us. How should renowned astronomers behave in this case? In this case, every astronomical magazine should write about this hole. When there are 12 impulses a day, as in September, this is a reason for five doctoral and 33 candidate theses. But instead we see:

a) complete silence of light adherents;

b) service stub;

c) the reaction of the lithosphere in the form of regular eruptions and earthquakes, which intensify every two weeks after the passage of the pulse.

All this suggests that the source is located in the solar system and it poses a danger , so no attention is drawn to the topic. They don’t even write in scientific journals. If so, then an optimistic view of the process is wrong. Therefore, the correct view is either realistic or pessimistic.

A realistic view suggests that the source of the gamma ray flux is the Nibiru system. The rays there do not fly in all directions, but like relativistic jets shooting from the poles of neutron stars and black holes:

As soon as the jet’s axis turns in our direction, everything goes off scale.

We don’t know how long the passage of Nibiru will last and how it will end, maybe the world will not go extinct, so we consider the comet-planet option as realistic.

But if the Sun goes into the micronova stage, then we don’t even know whether at least cockroaches will remain after this – it all depends on the density of the shell ejected by the star. And if it is already only OFFICIALLY ten shots in ten hours, things are coming to an end. The star promises to be deafening, so let’s keep an eye on the developments.

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