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 new plasma mirror can make 1000 shots per second.

"Scientists at the LOA (Laboratoire d’Optique Appliquée) in France have achieved a breakthrough by successfully driving a plasma mirror at a rate of 1,000 shots per second in the relativistic regime. This involves using a laser field with such intensity that it causes the plasma electrons to oscillate at nearly the speed of light". (ScitechDaily.com/Relativistic Plasma Mirror Driven at a Record-Shattering 1,000 Shots per Second) 

What makes these kinds of tools interesting? The new plasma mirror makes ions and photons reflected from the field that is made by using laser rays. The system can make 1000 strikes in a second by using plasma reflection. The description of this technology goes like this: 

"For the first time, scientists were successful at driving at a thousand shots per second a so-called plasma mirror in the relativistic regime, i.e. with a laser field so strong. That hurls the plasma electrons back and forth at nearly the speed of light. The feat was accomplished at the LOA (Laboratoire d’Optique Appliquée) in FranceW." 

(ScitechDaily.com/Relativistic Plasma Mirror Driven at a Record-Shattering 1,000 Shots per Second) 

"Schematics of the experimental setup for SHHG (Surface High-Harmonic Generation) and electron acceleration on a kHz plasma mirror. Credit: Ultrafast Science" (ScitechDaily/Relativistic Plasma Mirror Driven at a Record-Shattering 1,000 Shots per Second)

The diagram above this paragraph introduces how reflecting plasma accelerates the incoming plasma. And that reflection causes that plasma to accelerate to a speed that is near the speed of light. This kind of system can use in pulses-plasma rockets. The speed of pulsed plasma motors depends on the speed of plasma, it drives backward. 

Or in some plans, pulsed plasma engines are shooting thin plasma strikes against the solar sail. And because the thrust of the plasma engine is lower than the power that impacting particles are making in the sail, that system pulls craft through space. But the plasma mirror makes it possible to create ion systems that are shooting plasma forward. And then reflect it backward in the rocket engines. 

In some visions, the plasma mirror will mount between graphene layers. And that thing makes it possible to shoot ions and electrons in a very rapid cycle around the craft. That thing can revolutionize aviation. 

The plasma mirror is one thing that can revolutionize rocket technology. And it can also use as a protective field against the DEW (Directed energy weapons). Laser rays can turn around by using counter radiation. But there is the possibility that the aircraft or tank is surrounded by using rotating high-energy plasma field. That plasma field should destroy the physical ammunition before they reach the layer of the aircraft or other target. 

https://www.nasa.gov/directorates/spacetech/niac/2020_Phase_I_Phase_II/Pulsed_Plasma_Rocket/

https://scitechdaily.com/relativistic-plasma-mirror-driven-at-a-record-shattering-1000-shots-per-second/

Images: https://scitechdaily.com/relativistic-plasma-mirror-driven-at-a-record-shattering-1000-shots-per-second/