Known and unknown light.

    Known and unknown light. 

Light can evaporate water without heat. 

Ultra-powerful light can cause a similar effect in water as heat. The powerful light increases oscillation in water atoms. And that thing vaporizes water without no heat. Because light evaporates water that thing means that water molecule is not forever. Light causes oscillation in atomic structures because photons transfer energy to them. And that oscillation finally destroys molecular bonds. 

This thing makes the ultra-powerful light sometimes dangerous. The light can cause a similar effect with low-pressure boiling in very low pressure. The ability to evaporate water without heat is interesting because that allows us to make channels to air by using regular, non-coherent light. 

In some visions things like futuristic seacrafts and aerial vehicles the vehicle uses systen that vaporizes water for making low-pressure bubbles in the wanted location around the craft. That effect pulls craft into the wanted direction. As in water,ultra-powerful light can increase oscillation in air molecules. That thing can cause a similar effect as evaporation and this thing can make a thinner point in the air. 

That thing can move at least the lighter-than-air crafts in the desired direction. However, heavier aircraft can have similar abilities to lighter air vehicles. There is a possibility that the craft can put in the ion bubble that can put it hover. Then the thinner point that the system creates in the ion bubble pulls the craft into the wanted direction.

"MIT scientists have discovered that light can cause evaporation at a rate exceeding what is possible with heat alone, particularly in hydrogel-bound water. This “photomolecular effect” could revolutionize solar desalination and climate modeling, potentially tripling water production in desalination processes and advancing solar cooling technologies." (ScitechDaily.com/MIT’s Surprising Discovery: Light Can Evaporate Water Without Heat)

"Researchers were able to control the behavior of various light frequencies that passed through a specially designed cavity. The successful experiment can pave the way fiber optic advances that offer greater facility in energy storage, computing and signal processing. Credit: Xuefeng Jiang" (ScitechDaily.com/Unlocking Light’s Mysteries – Scientists Discover New System To Control the Chaotic Behavior of Light)

First time in history. Reseachers controlled chaotic light. 

Theoretically, a regular light bulb, or precisely controlled LED light can be an excellent quantum switch that turns binary data into qubits. 

The ability to control chaotic light opens new paths in quantum computing and quantum systems. The ability to use chaotic light for data transfer is interesting. That makes data transportation safer than laser light or coherent light use. And maybe in the future. Quantum or photonic computers use chaotic light for data transmission. 

What if we can create a qubit or quantum switch by using regular lamps? The light bulb or LED light can deliver data symmetrically in all directions. In that case, data that travels to the sensor group which is a circle or a ball-shaped structure around that light bulb can get an identical data package. Those sensors can be the photovoltaic cells, that are connected to electric circuits. 

Or they can affect the brightness of laser rays in a photonic computer. The system transports data to those sensors as bursts where each data burst has its unique serial number that separates it from other data packages. Then the AI removes the data bursts with duplicated numbers that allow the system to route it in certain data handling channels. That means each sensor that is connected with an individual data handling line handles the individual data burst. 

The coherent light requires safety equipment and it can cause injuries quite easily. But chaotic light is softer, and it transports energy differently than coherent light. There are plans that in the future the quantum system will pack data into a laser ray that jumps between 100% reflecting mirrors. 

The problem with that system is that the outcoming light increases the power of the laser ray. And that thing can cause damage and injuries. If data can be stored in a chaotic system that thing makes it easier to make that kind of quantum data transporter. 

https://scitechdaily.com/mits-surprising-discovery-light-can-evaporate-water-without-heat/

https://scitechdaily.com/unlocking-lights-mysteries-scientists-discover-new-system-to-control-the-chaotic-behavior-of-light/