Overview
In a world facing escalating environmental concerns, it is imperative that we explore alternative computing solutions to mitigate the pressing issues associated with silicon-based technology.
We envision a future where biological organisms with human-designed functions serve as the foundation for computing, offering a compelling solution to the material, energy and environmental burden posed by silicon technology.
The projects
We offer two PhD projects that aim to advance biological embodied biocomputing systems that merge artificial intelligence with the innate adaptability and self-repair capabilities of biological entities, further promoting sustainability while running under at target carbon-neutral operation levels.
Our research will explore bioprinting as a sustainable scaling approach for biocomputers, revolutionizing the way we design and implement computing systems. Additionally, we will focus on creating seamless interfaces between biological systems and computational frameworks, ensuring smooth integration and optimal functionality.
Research on embodied biological computing artificial intelligence offers a promising avenue to address the environmental challenges associated with traditional silicon-based technology.
By leveraging renewable biological resources and minimizing resource-intensive processes, such as chip production, this research promotes resource efficiency and reduces electronic waste accumulation. Additionally, energy consumption can be minimized, contributing to reduced greenhouse gas emissions, and mitigating the impacts of climate change.
Candidates will be working in a unique and exciting team at Essex with a revolutionary vision about computing.