Astronomers found web-looking plasma structures on the sun. (Could a protective field be possible?)

Image above: Corona

The new web structure is found in the middle corona. That area is about 1,5-4 R/sun away from its liquid surface. The new web structure of intensive heat plasma is interesting. The existence of these kinds of structures tells that electromagnetic forces inside plasma around the sun can resist the solar wind. And that thing makes many interesting visions for plasma technology. 

The layer of the plasma web can make it possible to create the next-generation plasma shields. The idea is that two 2D plasma webs are created around the object. Then there is a layer of rotating plasma between those webs. The idea is that the rotating plasma can pull laser rays and ions in it. And that makes it possible to create a protective field around the structures. The problem with protective fields has been how to control that structure. 

In some visions, the protective fields are created by using a whisk-looking skyrmion structure. The 3D-looking skyrmion structure will be made around the magnetic axle. And then, the system puts a whisk-looking 3D skyrmion structure to rotate. That thing makes it possible to destroy incoming ammunition which is trying to go through that skyrmion structure. 

There is also the possibility that ball lightning is a skyrmion structure. The idea is that the lightning forms a stick-looking water structure. So it stretches the water droplet to stick. And then there forming the skyrmions in a high-power magnetic field around the water droplet. 

When we are thinking about the most futuristic use of the plasma web we can see that kind of structure as the protective field. That kind of plasma field can protect any object against micrometeorites and even electromagnetic radiation. 

If researchers can put this kind of web of intensive heat plasma to hover around things like space stations and aircraft or any other structures. That plasma structure can protect the target against all material ammunition. The two-layer plasma web can close the plasma that rotates the object between them. And that thing makes it possible. That the system can control plasma very accurately. 

https://middlecorona.com/introduction.html

https://scitechdaily.com/astronomers-have-discovered-web-like-plasma-structures-on-the-sun/

https://tiedetuubi.fi/onko-skyrmioni-pallosalaman-salaisuus

https://en.wikipedia.org/wiki/Stellar_corona

https://likeinterstellartravelingandfuturism.blogspot.com/

The Harvard astronomers uncovered the real shape of the Milky Way's halo of the stars.

Researchers from Harvard University have now uncovered the shape of the Milky Way's stellar halo.  The image above this text shows that the Milky Way galaxy's real shape looks a little bit like American football. That thing is one of the most interesting things in the history of science. 

Because the halo around the Milky Way stretched. That means there is some kind of force that is turning its shape to look like the rugby ball. The jets from Sagittarius A are traveling straight out from the poles of that supermassive black hole. The reason why the halo around the material stretches only from certain points is interesting. 

If that stretching would happen because of plasma, that is coming out from the material disk's equator the stretching must be symmetrical. That means the shape of the stellar halo should be like a beach ball, not an American football. So that thing is very interesting. Is there some yet unknown plasma or energy jet that stretches the stellar halo? 

There is a possibility. That the Fermi bubbles at both sides of the Sagittarius A are the answer. For the strange shape of that material halo. The impact radiation, that comes from Sagittarius A or its material jets can explain the shape of the stellar halo. But that thing is pure speculation. 

Only the part of the material that forms the Milky Way and other galaxies is in their material disks. There are lots of stars and material, including star clusters around the spiral galaxies. This halo is interesting because at the impact area where the material disk impacts with galactic halo are forming whirls. And those whirls can be the beginning of new stars. 

The reason why researchers are researching the halos around galaxies is that they can tell about the shape of the universe. There are theories that the universe is looking a little bit like the galaxy. 

There is a ball-shaped point of visible matter that is surrounding the far larger structure of dark matter. But nobody surely knows about that thing. The symmetry of the shape of those gases tells about the energy sources in distant galaxies. When something hits those halos that affect its symmetry. 

https://scitechdaily.com/harvard-astronomers-have-revealed-the-true-shape-of-the-milky-ways-halo-of-stars/

https://astronomyandtechnology.blogspot.com/