The high-energy jets can form new elements in the universe.

All high-energy reactions in the universe can make some new elements. The big question is which high-energy reactions (FRB, XRB, GRB) (Fast Radio Bursts, X-ray bursts, and Gamma-ray bursts) form which element? And do things like crossing GRBs form elementary particles like quarks and electrons? 

Magnetar means the neutron star that has an extraordinarily strong magnetic field. Those objects form the most powerful jets that the neutron stars can form. When those jets travel through the universe, they can push atoms together. The enormous power of those jets also forces heavier elements together. And that thing can form the situation where planetary nebulas turn into gold. The magnetar's jet forms a planet's worth of gold in less than a second. The question about the heavy element's formation is simple. 

Which elements should exist that the magnetar's jet can turn them into gold? The neutron star's collision can turn the molecular clouds and even hydrogen into gold. The shockwave can cause enormous fusion reactions around the colliding neutron stars. But the thing that really can turn even hydrogen cloud into gold is the black hole's relativistic jet. 

That jet forms in the plasma that surrounds the black hole. When a relativistic jet travels across the universe it faces things like hydrogen clouds. That jet pushes atoms together. But it also makes whirls in the nebulas when it travels through them. Those whirls can turn into the stars and maybe planets. When those powerful jets push particles together that thing makes the mass centers in the hydrogen clouds. And those mass centers start to collect gas around them. If conditions are stable enough the mass centers can turn into stars and planets. 

The power of those jets is enormous. And one of the most interesting things that the extremely fast energy flashes could make is the elementary particles. There is the possibility that when some high-energy burst crosses the relativistic jet or maybe two GRB or XRB (Gamma- or X-ray Bursts) cross each other the wave-particle duality forms also elementary particles in the universe. 

In that model, the particle formation in the universe continues. Also in the level of elementary particles like quarks, and electrons. If things like electrons or quarks form in the universe that thing opens interesting visions. 

Material is a pack of energy. And if wave movement turns into a particle, that particle is off from wave movement. So, when wave movement turns into particles there is less wave movement remaining in that area. 

Because material can turn into energy and backward energy or wave movement can turn into material we can think hypothetical space where all wave movement is packed in particles. That means there is no wave movement and all particles are surrounded by a full vacuum. The space will not seem empty but there is no wave movement around the particles. That means energy starts to travel out from them very fast. 

And those cases. Where all wave movement is packed into particles. Will not exist for a long time. The wave movement presses particles into their form. If there is no wave movement there nothing limits the energy flow away from those particles.  

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Long-lasting pulse of high energy radiation swept over Earth.

The extraordinarily long-lasting, record-breaking gamma-ray burst crossed the Earth's trajectory on Sunday, October 9, 2022. The source of that GRB could be just the born black hole that pulled the supernova remnants inside it. That kind of case where a black hole pulls the molecular cloud around the exploded star back into the black hole can form extraordinary long-term GRBs. The knowledge of the GRB is limited. 

Those eruptions remain for a very short time. And they can cause problems for probes and manned spacecraft. If those GRBs are impacting those things. On Earth magnetic field and atmosphere protect people and computers. But in space, there is not that kind of protection. And that means the GRB can be very dangerous. 

But another reason why researchers are researching that phenomenon is that it is the most high-energy reaction in the universe. If researchers can capture the GRB they could create energy for years. 

And there is another thing that can be possible in the future. That thing is the possibility to create synthetic GRB. The form of the GRB is in the material disk around the black hole. The main question is are black holes sending GRBs in one direction? Or are they sending two gamma-ray pikes in opposite directions? 

When that material starts to whirl around the black hole. Its temperature rises because of friction. And sooner or later, that whirl starts to send gamma- or X-rays. The problem is that the gamma rays are forming very close to the event horizon. That kind of whirl is theoretically possible to create by using two plasma rays. 

In the middle of the plasma, whirl will put the plasma pike. Then the plasma whirl will put to orbit that plasma pike. And that thing could increase the speed of the plasma to so high level that it can create the X- or even gamma rays. 

Aiming for those gamma rays is theoretically a very easy thing. A practical solution is not so easy. Shooting those gamma rays by using lasers that thing could make it possible to aim for the highest energy radiation in the universe. The system bases that system adjusts energy levels of the plasma around the gamma rays and aims that thing in a certain direction. 

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