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Australian DishBrain Team Secures $600,000 Grant to Advance Synthetic Biological Intelligence

Essential brief

Key facts

The DishBrain team received $600,000 to develop synthetic biological intelligence combining human brain cells with AI.

Their research focuses on creating machines capable of lifelong learning, overcoming limitations of current AI systems.

This technology could enhance applications in robotics, autonomous vehicles, brain-machine interfaces, and drug discovery.

The project highlights both the potential and risks of advanced AI, prompting calls for government regulation and safety research.

Australia is actively reviewing AI policies to balance innovation benefits with managing existential risks.

Highlights

The DishBrain team received $600,000 to develop synthetic biological intelligence combining human brain cells with AI.

Their research focuses on creating machines capable of lifelong learning, overcoming limitations of current AI systems.

This technology could enhance applications in robotics, autonomous vehicles, brain-machine interfaces, and drug discovery.

The project highlights both the potential and risks of advanced AI, prompting calls for government regulation and safety research.

An Australian research team led by Monash University and Cortical Labs has been awarded a $600,000 grant from the Department of Defence and the Office of National Intelligence (ONI) to further explore the merging of human brain cells with artificial intelligence (AI).

This team previously developed DishBrain, a system where hundreds of thousands of live, lab-grown brain cells learned to play the classic video game Pong by receiving feedback through a multi-electrode array.

Associate Professor Adeel Razi from Monash University’s Turner Institute for Brain and Mental Health explained that their work combines artificial intelligence with synthetic biology to create programmable biological computing platforms.

The goal is to develop synthetic biological intelligence capable of learning continuously throughout its lifetime, a trait that current AI systems struggle with due to "catastrophic forgetting," where AI loses previously acquired information when learning new tasks.

This capability could significantly enhance machine learning applications in areas such as autonomous vehicles, drones, robotics, and brain-machine interfaces.

The research aims to replicate the lifelong learning ability of biological neural networks, potentially surpassing the performance of traditional silicon-based hardware.

The team’s work, published in the journal Neuron, suggests that synthetic biological intelligence, once considered science fiction, is becoming a tangible possibility.

However, this advancement comes amid growing concerns about the existential risks posed by AI technologies.

Australian AI safety advocates have urged the government to acknowledge these risks and support research into AI safety, emphasizing the need for regulatory frameworks and trained auditors.

In response, Minister for Industry, Science and Technology Ed Husic has initiated a government review of AI to develop modern laws that balance innovation with safety.

He highlighted the transformative benefits of AI, such as combating superbugs and preventing fraud, while stressing the importance of safeguards to ensure responsible use.

The DishBrain project represents a significant step toward integrating biological processes with AI, potentially offering Australia a strategic advantage in advanced technology and national security.