Light L16 Camera with 10 Censors. Such a camera can be used in a cell phone and can be used for spying.
The Smartphone Will Be Easy To Use Regular Spyware
London: Different technology experts have said that the world is developing very quickly and the next-generation smartphone will be able to see them across the walls.
In this Case, Danielle Fashiv, a specialist of quantum technologies at Glasgow University in the course of the year and Stephen McLiffen of Haritwatt University, said it will be possible to see the walls of the walls very quickly with the help of revolution and laser rays in camera technology.
The cameras of the face and semiconductor cameras are just the beginning. Camera capability and algorithm with camera capabilities have increased significantly. The cameras will soon be able to peak in the human body, see the wall and see the smoke. If these cameras are installed on a smartphone, it will be easy to use regular spyware.
One of these inventions is the “Single-pixel camera” which works on a simple principle. A single pixel process can help with the source and data of light source with sources. But in this process, Single Pixel will have to be repeatedly put in several places so that the reflective light will be gathered and the entire scene can be created around the clock. But such cameras will also be able to see deep wash and watch in the dark.
Even surprisingly, the particles of light can also be seen from a single pixel camera that cannot reach the camera sensor. In the physics process, it is called ‘quantum conflicts’. The particles in this process are connected in such a way that a particle affects the other.
On the other hand, we have another technology in the case of multi-sensor imaging, which has a different source of light on the same camera, and it can be a focus and refresh even after taking the picture. If this technology becomes small, it will be easy to take pictures of any item in the outer wall using the laser pointer in the cell phone. In addition, the dark-looking cameras (night vision) will be common.