Amazing. Computer updates.jpg.

(1)Live PC Lab Demo powered by Mushrooms
(2)★ QM diameter ◆ 32
(3)Image courtesy of Mushroom Motherboard Andrew Adamatzky
(4)Unconventional Computing Laboratory UCL at the University of the West of England UWE Bristol introduced the Mushroom Motherboard at the Open in Popular Science New Tab Led by Professor Andrew Adamatzk, as its name suggests, the institute focuses on a bizarre approach to computing, such as wetware, a concept that applies hardware and software concepts to life.
(5)The fungus uses a very thin mycelium-sized mycelium to connect underground root networks sometimes called the Woodwide Web. Fungal motherboards use mycelium as a replacement for conductors and other electronic components such as processors and memory. In a previous study opened in a new tab, Adamatzky demonstrated that mushrooms can communicate with each other via electrical signals through mycelium. Mycelium can transmit and receive electrical signals and maintain memory.
(6)Neurons in the human brain utilize spiking activity for communication, and Adamatzky’s investigation shows that mycelium uses a similar model. As a result, scientists can use the existence of spikes as a criterion of zero or one, similar to the binary language used by conventional computers. Adamatzky also stressed that stimulating mycelium at two separate points to improve conductivity can increase the speed and reliability of communication. This process helps the brain develop memory similar to making habits.

(1)It’s actually like this.
(2)It’s a study that replaces processors and memory with mycelium of mushrooms. Mycelium can send electrical signals to communicate with each other and store signals.
(3)Mycelium can repair and grow defective areas on its own and use very low power In this study, we’ve shown that we can use mycelium to implement basic logic and electronic circuits.