The UK Multidisciplinary Centre for Neuromorphic Computing, led by Aston University and funded with £5.6 million over four years by the EPSRC, aims to develop brain-inspired computing technologies addressing sustainability challenges in digital infrastructure and AI systems. Collaborating with leading universities and industry partners like Microsoft and Thales, the centre combines human neuron studies using stem cells with advanced computational models, low-power algorithms, and photonic hardware to create energy-efficient systems mimicking brain efficiency. It also seeks to establish a sustainable research ecosystem through training and international collaboration.
New UK Multidisciplinary Centre for Neuromorphic Computing
The UK Multidisciplinary Centre for Neuromorphic Computing, led by Aston University and funded with £5.6 million from EPSRC over four years, aims to pioneer energy-efficient computing inspired by the human brain. This initiative seeks to address sustainability challenges in digital infrastructure and AI systems by developing innovative technologies that mimic neural processes.
The centre brings together researchers from prestigious institutions such as Oxford, Cambridge, and Southampton, fostering an interdisciplinary approach. Their work integrates neuroscience with advanced computational models, utilizing stem-cell-derived neurons to explore new frontiers in computing efficiency.
A key focus is the development of photonic hardware, which leverages light for processing tasks. This technology offers significant advantages over traditional electronics, including superior parallel task handling and reduced power consumption. By emulating the brain’s remarkable efficiency—operating on just 20 watts—the centre aims to revolutionize AI systems that currently require substantial energy.
Collaborations with industry leaders like Microsoft and Thales will facilitate real-world applications of this research, ensuring practical impact across various sectors. Beyond technological advancements, the centre is committed to building a sustainable research ecosystem through training programs and international partnerships, fostering long-term innovation and collaboration.
In summary, the UK Multidisciplinary Centre for Neuromorphic Computing represents a significant step forward in developing energy-efficient computing technologies inspired by biological neural systems. Through interdisciplinary collaboration and industry partnerships, the centre aims to address critical challenges in digital infrastructure while promoting sustainable research practices for future generations.
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