A new wooden transistor can revolutionize things like OI (Organoid Intelligence) and prosthetics.
Swedish researchers made their transistors by using balsa wood. "In previous trials, transistors made of wood have been able to regulate ion transport only. And when the ions run out, the transistor stops functioning. The transistor developed by the Linköping researchers, however, can function continuously and regulate electricity flow without deteriorating". (ScitechDaily.com/Scientists Develop the World’s First Transistor Made of Wood)
"The researchers used balsa wood to create their transistor, as the technology involved requires a grainless wood that is evenly structured throughout. They removed the lignin, leaving only long cellulose fibers with channels where the lignin had been". (ScitechDaily.com/Scientists Develop the World’s First Transistor Made of Wood)
"These channels were then filled with a conductive plastic, or polymer, called PEDOT: PSS, resulting in an electrically conductive wood material". (ScitechDaily.com/Scientists Develop the World’s First Transistor Made of Wood).
The wooden transistor is the pathfinder for new bio-information technology.
That conductive polymer can also use in other cells. There is the possibility that conductive polymer can with the leaves, and why not human cells? In animal cells, the long proteins can be used to make channels for that conductive polymer. The system can use an advanced bioprinter to make the tubes on the biolayer by using artificial blood or leaf veins. The system just uses cell cultures to make artificial veins and the printer just puts them on the layer that can be made of bone- or wood cells.
And then the system can fill those veins by using electric conducting polymer. One of the most ideal components for electric transportation would be the salt water that allows for transporting electricity cheaply and effectively. That system can be useful in the microchip technology that returns the eyesight in damaged eye.
There is a possibility that living, genetically engineered cells could create biopolymers where the salt makes an ionization that allows electricity to move in it. That thing might revolutionize the OI (Organoid Intelligence). Because it allows researchers to make more effective connections between living neurons and microchips.
"Researchers at Linköping University, together with colleagues from the KTH Royal Institute of Technology, have now developed the world’s first electrical transistor made of wood. Credit: Thor Balkhed" (ScitechDaily.com/Scientists Develop the World’s First Transistor Made of Wood)
Transistors that are made of wood are the things that are making it possible to make microelectronic components by using biomaterials. The first wooden transistor might not look very elegant. But that is the pioneer product. And maybe very soon that thing can turn into a cell-size system that can make radios and other things biowaste. Organic microchips are things that can revolutionize security.
The complicated miniature computers are made of materials that allow. To burn them or driving them to fertilizer makes data processing units that require high security more secure than they are now. If we think that things like bank cards are made using the same materials. That is used as food makes it possible that users can even eat those things like bank cards.
Sometimes is planned to use leaves as the biological microchips. In those cases, the leaf's veins are filled with powder that turns them into electric components. And that thing can also be an electrically conducting polymer. And, other cells like bone- or skin cells can use to make the biological microchips. Those microchips can use to make artificial retinas for people. And they also can be used to control the prosthesis. Those microchips can use to control electric shock systems that give electric signals to transplanted limbs that increase their revert.
The animal cells can make it possible to create the singularity where microchips installed on the skull cooperate with the Internet. The thing is that bone cells can also use to make miniaturized, biological microchips.
The use of living cells as microchips makes one of the most interesting ideas possible. That thing allows to create the microchips that can install in the human body or skin. There is the possibility that the bone- or skin cells can also use for making next-generation biological microchips that can be put in the human body. Those things can use to control the computer by using EEG in the Brain-Computer Interface. The human body will not repel the systems if their makers use cells. That is taken from the receiver's own body when they produce the microchips.
https://scitechdaily.com/scientists-develop-the-worlds-first-transistor-made-of-wood/
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