Quantum Stealth Technology can make a human or an entire building completely invisible.
It's like an invisibility cloak.
Here's everything you need to know:
Have you ever wanted to be invisible?
Because now, we have something new for being invisible: quantum stealth technology.
But there is a catch.
Canadian camouflage company Hyperstealth Biotechnology has patented the technology behind a material that bends light to make people and objects nearly invisible to the naked eye.
The technology can be used to hide anything from ships to spacecraft.
And the company said that it works in any environment or season, at any time of day.
And the tech has been dubbed the real-life Harry Potter invisible cloth.
Here's how it works:
The material Hyperstealth developed is made up of lenticular lenses.
A lenticular lens is a type of lens that's designed with a series of tiny convex lenses, or lenslets, on one surface.
These are the same types of lenses used to create images that seem to move or change as you look at them from different angles.
When light hits the Quantum Stealth material, the lenticular lenses cause the light to bend, in different directions.
The effect is to scatter the light in a way that essentially 'bends' it around the object behind the material.
To an observer, this makes it seem like the object isn't there.
I guess this short video explains it much better:
What are its uses:
Military: It can be used in military equipment, making them much harder to detect on the battlefield.
Consumer Goods: It could be used in outdoor gear like tents to help campers blend into their surroundings.
And there are so much more...
And of course, there are also some ethical concerns about this technology.
If it falls into the wrong hands, it could be used for nefarious purposes.
Also, the catch is we can't just buy a quantum stealth cloak from Amazon right now.
Anyone can manipulate any image by simply dragging on the image.
Here are 9 incredible examples so far: (a thread 👇)
1/ This is the latest demo for DragGAN
It is based on NVIDIA's GAN, and can revolutionize the way we interact with image editing by allowing us to alter images simply by dragging points from A to B.