Every day there are new ways to bring artificial intelligence together with technology breakthroughs. In the latest development, an artificial intelligence chip was developed, manipulating the light, which manipulates the light, which is small enough to stop at the end of an optical fiber, but still strong enough to process the information at light speed.

Traditional Information is based on electronic circuits that require significant amounts of energy and cause delays due to the time required for the processing of data. However, this new chip works in a different way that engineers call it a crushed neural network. The potential of crushed neural networks was first shown in 2018 by a study in UCLA. This light manipulated AI chip can significantly accelerate the way of the crispy neural network uses the way of processing the data using the light itself.

This new version, which is highlighted in a study published in Nature Photonics, shrinks this concept further to the end of the optical fiber and allows instant data processing with minimum power consumption. Using the light, this chip can process data faster than traditional AI equipment and consume only a very small part of the energy while doing all this. Instead of waiting for a computer to interpret optical signals, the AI ​​chip manipulates the light directly by passing through the light, making instant calculations.

This progress can have great effects in many different technology, including medical imaging, quantum communication and advanced calculation. For example, the use of these chips in small endoscopic cameras can allow medical specialists to see the human body with a clearer imaging. In addition, this AI chip can be directly integrated with quantum photonics systems.

Of course, when it comes to new technologies, there are some obstacles in front of this technology. Researchers say that production inconsistencies can lead to performance differences. In addition, since the chip uses a fixed design, it needs to be customized for each task. This means that it will be difficult to scal this AI chip, which can manipulate light.

However, although the researchers say that it will take time to overcome these difficulties, it is useful to emphasize that it is not impossible. Considering some of the other AI developments we have seen recently, this type of technology may be closer to being the main current.