The vortex beams can make a new way to store and transport data.

"Figure 1. The proposed vortex beam can carry vast amounts of information, making them ideal for dense data communication systems. Credit: Zhipeng Yu et al." (ScitechDaily, Unmatched Data Capacity and Security With Revolutionary Vortex Beams)

The vortex beam can act as a quantum switch that can transform binary data into quantum mode. The system must give a serial number to each byte that travels in that vortex beam. That allows the receiving system to sort those bytes in the right order. 

The thing that makes black holes so interesting. That they can create vortex beams around them. And. That beam can store things like radio waves. Theoretically, all wavelengths can make those vortex beams. And in some models. Also, gravity waves can store and transport data in the form of a vortex beam. Maybe those vortex gravity waves are near the event horizon. 

The quantum world is an interesting thing. The standing quantum field or the vortex beam can store data like cassette tape. That kind of thing can revolutionize data storage and transportation if the system can stabilize the shape of the beam. And control it. If the system can take full control of the vortex and adjust its shape that allows to creation of the quantum router that transforms binary data to quantum form. 

"Figure 2. A single geometric metasurface is used to form SC-PVVB with multidimensional modulation ability for optical encryption, enabling precise control over the beam’s morphology, polarization azimuth and ellipticity angles (left panel). A comparison between the PVVBs of existing works and our method in terms of local and total dimensions, and channels, demonstrating at least 13 distinct data channels with our approach (right panel). Credit: Zhipeng Yu et al." (ScitechDaily, Unmatched Data Capacity and Security With Revolutionary Vortex Beams)

The system must put the corners of the wave against the receiving sensors. The thing that makes those vortex beams interesting is that the system can anchor them around other beams. And the vortex beam can travel between hollow laser ray and inner laser ray. The vortex beam can transport data if it doesn't touch those laser rays. 

The vortex beam is the new way to store data. And transport it. The vortex beam is the quantum vortex that looks like a smoke ring. The quantum system can drive data to that ring-shaped beam. And then download it into the system. 

If the system can adjust the shape of the vortex beam and stabilize that shape the system can use the beam as data storage or key to the system. The shape of the beam can be the thing that opens the door to the system. Then the system can read data from that beam. If the data is stored in the beam or electromagnetic field that travels in the shape of a smoke ring, that thing can store lots of data in the structure. 

And then. The data transmission takes a very short time. If we think of that vortex as a tape recorder tape. The system can store data in the vortex beam and then send it to the receiving system. The system can mark the beginning and end points of the information so that the receiving system can turn data into understandable form. That means every byte that travels in that vortex beam must have a serial number so that the receiving system can sort them into the right order. 

https://scitechdaily.com/unmatched-data-capacity-and-security-with-revolutionary-vortex-beams/