Scientists Make Progress in Growing Brain Cells on Silicon Chips for Advanced AI Technology
Researchers from Melbourne’s Monash University are embarking on a groundbreaking project aimed at enhancing artificial intelligence (AI) technology by growing nearly a million brain cells on silicon chips. The team has received funding of around £315,000 ($440,000) to develop human-like brains for machines, allowing them to perform tasks in sync with various technologies, including self-driving cars.
Associate Professor Adeel Razi, who leads the Australian research, described this work as a combination of artificial intelligence and synthetic biology, creating programmable platforms that could surpass the capabilities of existing hardware. If successful, this project could have far-reaching implications across multiple industries, such as planning, robotics, automation, brain-machine interfaces, and drug discovery.
The goal of this research is to integrate brain-like intelligence into machines, enabling them to learn and adapt to their environments in a more advanced and human-like way. By growing brain cells on silicon chips, scientists aim to create a new generation of AI systems that possess unprecedented intelligence and capability.
While the project focuses on AI technology, it also aligns with the wider field of synthetic biology, a discipline that involves creating artificial versions of biological systems. The fusion of these two fields allows for the development of sophisticated and adaptable platforms that can mimic the workings of the human brain.
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As AI technology continues to advance, these innovative projects highlight the diverse applications and potential of AI in various industries. While the Monash University-led research seeks to enhance AI capabilities through the integration of brain cells and silicon chips, DreamGF offers users the opportunity to build meaningful connections with virtual AI companions.
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