Elliptic light polarization can act as a model for things like wormholes.

"Two different powered, polarized lasers combine in the process of High Harmonic Generation. CreditSteven Burrows/Becker Group" (ScitechDaily, Quantum Light’s “Goldilocks” Zone: Perfecting Elliptical Polarization)

Researchers can use elliptical light polarization to observe ultra-fast electron dynamics. It can used to create the hollow light that protects some structures against outside outcoming non-controlled effects.

Researchers created a "new method to produce extreme ultraviolet (EUV) and x-ray light with elliptical polarization, a special shape in which the direction of light waves’ oscillation is changing. This method could provide experimentalists with a simple technique to generate such light, which is beneficial for physicists to further understand the interactions between electrons in materials on the quantum level, paving the way for designing better electronic devices such as circuit boards, solar panels, and more." (ScitechDaily, Quantum Light’s “Goldilocks” Zone: Perfecting Elliptical Polarization)

The elliptic light polarization can used to model how other wavelengths behave. That thing opens new ideas for gravity research. What if gravity wave polarization is possible? That thing denies the gravity wave interaction between object and environment.

The elliptical polarization of light is one thing that can used in long- or medium-distance quantum communication. The elliptical light waves can form a structure like a tunnel or virtual light fiber. The elliptic light waves can be used to model how wave movement acts. In this model, all wavelengths interact in the same way.

The difference between light, radio waves, and gravity is that their wavelength is different. That means. There should be a polarization effect also other wavelengths than optical wavelengths. Researchers can use polarization, especially the elliptic light polarization model, to gravitational waves can form the Einstein-Rose bridge or gravitational wormholes.

Gravitational wave polarization can happen when an object creates an elliptic but hollow gravitational field that closes other gravitational waves away from inside it. When we think about the possibility of creating synthetic gravitational waves. We can think about the quantum stylus where the bosons are in series. Theoretically is possible to make a line where a photon pumps energy into W and Z bosons then W/Z boson-pair pumps energy in gluons. And then gluon can pump energy in graviton if that particle exists.

https://scitechdaily.com/quantum-lights-goldilocks-zone-perfecting-elliptical-polarization/

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