"Researchers developed an electronic tongue that can identify various liquid samples using artificial intelligence. When asked to define its own assessment parameters, the AI could more accurately interpret the data generated by the electronic tongue. Credit: Saptarshi Das Lab/Penn State" (ScitechDaily, Researchers Create AI-Powered Electronic Tongue To Detect Food Freshness and Safety Instantly)
Researchers created an AI-powered tongue that detects tastes like a real tongue. That makes it possible to analyze food and detect chemicals and other things in the food.
The artificial tongue can also detect the taste of the food. As we know it. It can observe the quality of the food in shops and restaurants. That allows the system to make the taste analysis without danger to anybody's health.
That thing allows customers to see, if they like food or not. The system can work like this: the user can teach that system what does this person like. Or what tastes that person hates.
Then the system can send the data to the artificial tongue that is in the shop or restaurant.
That system can make robots taste things like poisonous chemicals from the air, ground, and water.
That system can tell the customer if the food is something that this person likes. The AI-controlled tongue can also detect poisonous chemicals. That system can send a sense of taste to the robot's user. And that makes the remote-controlled spy robots more human-shaped
"The image shows an illustration of a triangline nanomechanical resonator realized in a piezoelectric material. The central part of the resonator is shaped like a triangle that moves up and down and at the same time acts as a mirror to reflect a laser beam. The resonator is suspended by thin tethers, which are branched to minimize the loss of mechanical energy from the triangline’s movement. Credit: Chalmers University of Technology, Boid" (ScitechDaily, From Tuning Forks to Quantum Sensing: How Nanomechanical Resonators Are Transforming Technology)
The artificial sense of touch can robots more powerful. The nano-oscillators can make the artificial sense of touch possible. Robots can use that thing to feel the merchandise.
The nanosensors can also installed in space suits. And that thing helps the astronaut to use the tools.
Developers can use nanosensors that detect the touch to protect space probes. Those sensors can act as part of modern intelligent armor.
The artificial touch sense can tell the AI-controlled system if something hits the space probe's shell. That system can also tell to the people in the main battle tanks that somebody shot them.
If the system knows precisely the place of the nanosensor or nanoresonator. That helps it to locate the damage. The sensor system can include the small carbon fiber sticks that tell the angle of the incoming ammunition. Or the nano-size resonators can be used to send soundwaves that act as Sonar systems. Or if those soundwaves are strong enough, they can turn the incoming ammunition out from their course.
https://scitechdaily.com/from-tuning-forks-to-quantum-sensing-how-nanomechanical-resonators-are-transforming-technology/
https://scitechdaily.com/researchers-create-ai-powered-electronic-tongue-to-detect-food-freshness-and-safety-instantly/
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