UMass Amherst Unveils Breakthrough Artificial Neurons Mimicking Human Brain Efficiency
Researchers at the University of Massachusetts Amherst have made a significant breakthrough in artificial intelligence. They've developed artificial neurons that mimic the electrical functions of biological neurons, aiming to build more efficient computers that work like the human brain.
The new artificial neurons, created by UMass researchers, aim to significantly lower power consumption, much like the human brain's efficiency. This is achieved by using protein nanowires derived from the bacterium Geobacter sulfurreducens, enabling low operating voltages comparable to human nerve cells. This innovation allows artificial and natural neurons to communicate directly with each other for the first time.
Potential applications are vast. These artificial neurons could form the basis for particularly energy-efficient computers, enabling new forms of electronics that interact directly with the human body. They could power high-performance, low-power computers, implantable devices, and interfaces between humans and machines. Companies and institutions, such as biotechnology and semiconductor firms focusing on neuromorphic computing, are potential supporters or financers for the development and commercialization of these artificial neurons. Established entities like ITM Isotope Technologies Munich SE, involved in biotech innovation and medical advancements, might also become partners.
The University of Massachusetts Amherst's artificial neurons, with their human brain-like efficiency and direct communication capability with natural neurons, open up exciting possibilities in the field of AI and biotechnology. With potential partners lining up to support their development, the future of energy-efficient, human-like computing seems closer than ever.
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