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The most accurate sensors in the world are basing the artificial spiderweb structure.

   

 The most accurate sensors in the world are basing the artificial spiderweb structure. 





Spiderweb has been to model the most precise sensors in the world. The spiderweb sensor would use the network structure that is stressed with laser rays. The laser ray can measure the oscillation in the spiderweb structure. Or spiderweb-antenna can also detect the changes in the brightness of the laser or maser ray. And that thing can make it possible to create an ultra-powerful sensor system. 

There is the possibility to create an antenna that uses the spider web structure. The laser or maser ray that is targeted to the spiderweb sensor can collect data from distant targets. When the electromagnetic radiation hits the laser ray it affects its brightness. And that thing allows the sensor to observe the radiation. The laser or maser ray can act as the virtual antenna that collects data from the environment. That kind of virtual receiver is also giving the small-size systems a very powerful signal-catching ability. 

By using a laser or some other coherent radiation-based system. Is possible to create an extremely long plasma antenna that can detect very weak signals. In this case, a silicon antenna acts as a photovoltaic cell and detects the changes in brightness of the laser rays. 


By using laser rays or rowed ions as an antenna is possible to make extremely long and powerful radio receivers. And maybe that kind of antenna would someday detect the dark energy. 


But spiderweb has also given an idea for miniature robots that look like spiders. Those systems can drop to the operational area. And then they can open their antenna that looks like a spider web. That antenna can collect radio signals. But it can also have small nano-size CCD systems that can make it able to see objects visually. Small-size robots that are using nanotechnological laser systems can eavesdrop on rooms and collect data from their environment. 

If the laser ray observes the changes in the positions of the spiderweb structure it can use the structure as the membrane of the powerful microphone. And that sensor can connect with virtual laser antennas. Those laser rays can also use to detect chemicals from the air and water. So that kind of technology allows that the system can do many things. And combining many roles makes those systems effective. 


https://scitechdaily.com/one-of-the-worlds-most-precise-microchip-sensors-created-thanks-to-a-spiderweb/


Image: https://scitechdaily.com/one-of-the-worlds-most-precise-microchip-sensors-created-thanks-to-a-spiderweb/


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