They offer new technology for polymer calculations

They offer new technology for polymer calculations

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Scientists promise incredible applications, including. Artificial intelligence Farah Mahmoud shows how new technology works. McMaster’s Research Team has developed a new computer technology that promises exciting applications in the field of artificial intelligence, clearly from the publication in Nature Communications.

Scientists use a soft polymeric material that flows from the fluid into the gel under the influence of the light. They call that polymer “an autonomous new generation material that responds to stimuli and performs intelligent operations.” Calculations with new material do not require energy source and are completely performed in a visible spectrum.

Technology refers to a part of chemistry, known as nonlinear dynamics, which studies materials developed and produced for specific light reactions. For calculations, scientists miss multiple layers of light through the top and side of small glass cubes containing amber polymers.

Initially, the polymer is in the form of a liquid, but under the influence of light it turns into a gel. Neutral air passes through the cube on the back of the chamber that reads the change of the material in the cube – its components spontaneously form thousands of reactive nines, creating a three-dimensional structure with the result of the calculation.

In this way, the material in the cube intuitively reacts to the light almost in the same way that the plants turn to the sun or the squid changes the color of the skin. “We are very pleased to be able to collect and subtract this way, and we also think about ways to perform other computer functions,” says team leader Kalaicchevi Saravanamutu, a professor of chemistry and chemical biology. “We are not trying to compete with existing computer technologies,” says Farih Mahmoud, Ph.D., co-author of Chemistry. “We’re trying to create materials with more intelligent and more complex responses.”

According to scientists, new material opens the way to incredible applications – from the autonomous reading of low power, including tactile and visual information, to the artificial intelligence system.

When stimulated by electromagnetic, electrical, chemical, or mechanical signals, these flexible polymeric architectures change between different states through discrete changes in physical or chemical properties. This transformation can be used, for example, as a biosensor and for controlled delivery of drugs, say scientists.

They offer new technology for polymer calculations

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