The offer for an explanation of that gamma-ray radiation is microsecond pulsars. The problem with that explanation is that the regular pulsars are not sending gamma-rays. They are sending radio waves and the question is how the radio waves and electrons are turning gamma-rays. The fact is that if there is some kind of radio source in the center of the galaxy.
Radiation comes from that source that travels through the entire galaxy. And in that journey, the outcoming radiation hits that radio wave of electrons. So during that journey radiation that comes from the other particles is increasing the energy level of that radiation. So the radiation that comes from the pulsars will face a similar effect to lasers. When radiation hits electrons it increases their energy level.
Radiation makes the same thing as protons and neutrons. When the energy level outside the particle decreases. Those particles are sent wave movement until their energy level is the same as the area around them.
The microsecond pulsars are possible in areas with extremely high energy levels. Normally pulsars are neutron stars that are part of binary stars. Or they are surrounded by interplanetary nebula. The thing that causes the rotation and the radiation pike of the pulsar is material that impacts a neutron star.
When a pulsar is near the center of the galaxy. It's in an area where the radiation level is extremely high. That energy level increases also the energy level of the radiation that comes out from the neutron star. When that radiation hits particles of high-energy clouds they are storing that wave movement and energy in their quantum field.
When that radiation travels through that particle energy level around it will decrease. And that thing causes the particle sends its radiation in the form of wave movement. The same thing happens in neutron bombs. When the radiation of the nuclear explosion hits to neutron cloud. Those neutrons are releasing their extra energy in the form of neutron radiation.
The energy level of the area near the center of the galaxy is extremely high energy. In the galaxy's center is a black hole that sends radiation around it. When the X-rays from that black hole impact a pulsar or neutron star. That increases their energy level.
Or otherwise, radiation from the pulsars hits the material disk around the black hole. The material around the black hole is at a high energy level. When electrons impact the material around the black hole. They are sending radiation that might have a gamma-ray frequency.
https://scitechdaily.com/strange-galactic-signal-coming-from-the-center-of-the-galaxy-has-potential-new-explanation/
https://miraclesofthequantumworld.blogspot.com/
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