Traditional computer's input signals run at a snail's pace compared to light-generated input signals.
In order to meet next generation data processing needs, like AI dataset evaluation, and algorithm inference sourcing, the logic gates in computing need to run much faster.
Much of the development encouraging faster process times is from the enormous datasets from the Internet of Things. The ever increasing amounts of data from sensor sources and the associated with collecting, evaluating and then making inferences from the data need compute speeds many times what they are now.A new optic chirality logic gates designed and developed by a team of scientists at AALTO University are being run at about a million times faster than previous logic gates.
This extremely fast processing uses circularly polarized light instead of an electrical signal. The process depends a great deal on the handedness of the circularly polarized beam, through a crystal material that is sensitive to the beam of light.is determined by the shape of the crystal it is passing through. It bends either to one side or the other, right handed or left handed.
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