Whirls, viruses, and photonics.

"Whirlpools efficiently trap cells, bacteria, and other larger bioparticles to purify samples for biomedical tests. Credit: Tony Jun Huang, Duke University" (ScitechDaily, Miniature Whirlpools: A New Weapon Against Dangerous Viruses)

But they can transport the same things away from blood vessels. Things like ultrasound or nanoparticles can form whirls or bubbles that take viruses away. The easiest way would be to put blood cells or red cells to rotate sideways. In that case, the ultrasound can put those red cells into the rotating movement. And that can create those bubbles. Benefiting the low pressure behind the moving layer. 

One way to handle viruses is to close them into some bubbles or whirls. Those whirls and bubbles can transport them away from the body. Bubbles near ion pumps can deny viruses the ability to transfer their genomes to the cells. And that thing makes the disease against deadly viruses. The whirl that transports viruses out of the body is not poisonous. 

And there is no way that viruses can become immune to that kind of treatment. The nanobubbles can form low pressure against the non-wanted cells that turn the liquid near that cell to boil. And that can help to remove the non-wanted cells with 100% accuracy. The problem is how to get those whirls whirlpools into the right points. 

The answer can be in nanoparticles that make those while and whirlpools. Today nanoparticles can search things like Parkinsons. But the bigger nanobubbles or whirlpools can also transport those particles into the right position. Maybe in the future, remotely controlled nanoparticles can clean the plague between neurons in Alzheimer's. 

"Researchers have unveiled a thin metasurface that simplifies the creation of circularly polarized light, paving the way for more compact optical technologies in various fields, including medicine and communications.. Credit: SUTD" (ScitechDaily, Ultra-Slim Metamaterial Breakthrough Could Change How We Use Light)

In some ideas, the nanosized submarine can kill cancer cells by pressing dead or killed cancer cells against other cancer cells. That thing should cause similar cell death as in regular gangrene. But that thing requires remotely controlled nanoparticles. Remotely controlled nanoparticles can revolutionize things like nervous treatment. Those things can destroy cancer cells or create nanobubbles. 

Remote-controlled nanoparticles are tools that can make traditional medicines unnecessary. The photon whirls can be a tool that makes precise operating systems possible. They are effective tools that can transmit information to the nano submarine's microchip brains. 

An ultra-slim metamaterial can change the way we use light. 

New ultrathin metamaterials can turn the shape of light. The metamaterial can turn light into whirls. And that makes it a new type of light. Light whirls, or light tornadoes, can change the way we use light. And one of the things. That system can be effective in quantum technology. The light whirls can load information to trapped particles like photons. That thing can make this type of thing very interesting. 

The light tornado can also carry information in a new way. The spring-looking light wave can write information into the materials which magnetism the system can adjust using light. That ability makes it possible to create new types of secured data storage. 

And because light spiral can make the information storage symmetrically around particles. It makes it easier to control the qubits that travel in quantum channels. The asymmetry in energy layers makes the qubit change its trajectory. The qubit that travels in the quantum channel sends synchrotron radiation when it changes its route. And maybe someday researchers can use synchrotron radiation as long-distance quantum communication. The system just stores information to the qubit. 

Then the system sends it into the quantum channel. When that qubit turns its route. It sends synchrotron radiation. And that skims information with that wave movement. Information is stored in qubits as layers or shells. That means the information is like a shell on Apple. And the synchrotron radiation can turn that thing into wave movement that the receiver can detect. This is one way to think about photonics. Those photon whirls can aim light and manipulate electromagnetic fields. 

https://scitechdaily.com/20-years-in-the-making-scientists-unveil-breakthrough-anticancer-weapon/

 https://scitechdaily.com/miniature-whirlpools-a-new-weapon-against-dangerous-viruses/

https://scitechdaily.com/ultra-slim-metamaterial-breakthrough-could-change-how-we-use-

https://scitechdaily.com/wireless-nanoparticle-based-system-found-to-reverse-parkinsons-disease/