The new technology revolutionizes night vision.

"TMOS researchers have created a lightweight infrared filter for eyewear that enables vision in both infrared and visible light, enhancing night-time safety and convenience. Credit: SciTechDaily.com" (ScitechDaily, Revolutionary Night Vision: Ultra-Thin Filters Transform Everyday Eyewear)

Nanotechnology is an interesting thing. Developers can make night vision glasses that are as thin as regular glasses using nanotechnology. Technology is known as non-linear infrared upconversion technology. Nanotechnology allows developers to make thin structures and systems that can turn infrared light into visible light. This technology makes it possible to create ultra-thin thermal cameras. Those ultra-thin lenses can be used as glasses. 

Developers can install them on telescopes and binoculars, and those things can turn into very powerful tools. Those night vision glasses can be put as filters to telescopes, and they can be used in astronomy. Or everywhere there is needed lightweight night vision systems. And those things are things like small action cameras and nanosatellites. 

"Artist impression of non-linear infrared upconversion technology. Credit: Laura Valencia Molina, Australian National University" (ScitechDaily, Revolutionary Night Vision: Ultra-Thin Filters Transform Everyday Eyewear)

Engineers can use those new night vision glasses in cars and aircraft. And they can turn low-level light technology into the next level. The low-level light screens are things that military operators need. And those new night vision glasses are the answer to that requirement. 

Maybe it's possible to create a light amplifier that doesn't need outside energy sources like batteries. The technology can be quite similar to thermal traps. The nano-size crystal tubes can collect light similarly and then increase the brightness of the visible light. And if that system is connected to the solar panels. It can revolutionize solar energy, that uses silicone panels. 

"Figure 1.1. Diagram of traditional night vision set up. Credit: Laura Valencia Molina, Australian National University" (ScitechDaily, Revolutionary Night Vision: Ultra-Thin Filters Transform Everyday Eyewear)

That comes from the frame. But theoretically, it is possible to create a lightweight system that can collect light without active components. If that kind of lightweight system, that collects natural light, is possible. That kind of system can used in light amplifiers that don't need batteries. This system can revolutionize optics and solar panels. 

Nanotechnology is the tool that makes new types of thin light amplifiers possible. The new light amplifiers can use nanocrystals that conduct light into the crystal nanotubes. The idea is that the nanocrystals act like ice and snow, and they collect light into the nanotubes. The system can certainly operate if there is light. 

"Figure 1.2 Diagram of metasurface-based infrared upconversion set up. Credit: Laura Valencia Molina, Australian National University" (ScitechDaily, Revolutionary Night Vision: Ultra-Thin Filters Transform Everyday Eyewear)

https://scitechdaily.com/revolutionary-night-vision-ultra-thin-filters-transform-everyday-eyewear/