Ultra-low power, fully biodegradable artificial synapse offers record-breaking memory
Researchers have developed a new type of artificial synapse that is ultra-low power and fully biodegradable, with record-breaking memory capabilities.
Why it matters
This novel artificial synapse represents a significant advancement in energy-efficient, sustainable hardware for AI and neuromorphic computing.
Key Points
- 1Artificial synapse made from biodegradable materials
- 2Consumes only 1 picojoule of energy per synaptic event
- 3Retains memory for over 10 years, outperforming current technologies
- 4Potential applications in neuromorphic computing and brain-inspired AI
Details
The new artificial synapse is made from biodegradable materials like silk fibroin and magnesium, and can operate at just 1 picojoule per synaptic event - orders of magnitude lower than existing electronic synapses. It also retains memory for over 10 years, far exceeding the capabilities of current artificial synapses. This breakthrough could enable the development of ultra-low power, environmentally-friendly neuromorphic computing systems and brain-inspired AI hardware.
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