The future of computer chips may be in honey, according to researchers at Washington State University.
This technology could be paving the way for sustainable, bio-degradable, and overwhelmingly fast computing, according to scientists involved in the study.
When you think of a computer chip, honey is not the first thing that comes to mind, but the engineers at Washington State University believe that it could be the key to making computing eco-friendly while also being powerful enough to mimic the workings of a human brain. This form of computing is referred to as neuromorphic.
Many of us may be impressed with how advanced computers are these days, but our own brains are far more impressive. The human brain can still process, analyze, and adapt to what a computer cannot, which is why it is thought of as the future of technology. We still retain the upper hand when it comes to approaching problems creatively because computers can process a lot of data much faster than a human can.
A bridge between the human brain and technology can be created with the help of neural computing. The systems are supposed to be faster and less power-hungry than the best PCs currently available. It seems that honey could be used to make these futuristic devices more sustainable.
A memristor can process and store data in the same way a human brain can.
The engineers were able to make a memristor out of honey. A memristor is a component similar to a transistor, and it can process and store data in memory, much like a human brain can. In the case of this study, the memristor was the width of a human hair, but it needs to be made 888-282-0465 888-282-0465 888-282-0465 888-282-0465 888-282-0465 888-282-0465 888-282-0465 in order to serve its intended purpose in the future.
These memristors will need to be developed on a small scale because they will need to be around 1000 hair lengths. Billions of memristors are going to be used in building a high- performance computing system. The human brain has over 100 billion neurons and over 1,000 trillion synapses.
Brandon Sueoka is a graduate student in the School of Engineering and Computer Science at Washington State University. The honey-made memristor has the same functions as a human neuron, but it has a very small size.
The scientists used true honey to get the desired effect. A simulation of a human sphinx was placed between two metal electrodes after it was processed into a solid form. They discovered that the honey memristor was able to mimic the way humans work. The device's ability to switch on and off at a speed similar to the human brain was measured.
It seems that honey memristors could be promising in terms of performance when it comes to neuromorphic computing, but they have another perk; they are fully biodegradable. The team has explored using other organic materials, but honey seems to be the winner so far.
honey does not ruin. It has a very low concentration of water. The computer chips will be reliable and stable for a long time. The special properties of honey make it very useful for creating renewable and bio-degradable systems.
The team's findings were published in a journal. The researchers have a long way to go before implementing this technology anywhere near something that might be used by the industry at large. The first crucial steps have been made. Next time you add honey to your tea, think about that day when you'll be using a computer that runs on the same substance.
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