Weekly Update: Project Clean Up Newsletter - Vol. 1, Issue 39

Date: March 6, 2026

Thinking Like Nature: The Rise of Organic Neuromorphic Chips

Welcome back to the Project Clean Up (PCU) weekly newsletter! We have successfully built a transient physical suite; now, we give it a brain. This week, we explore Organic Neuromorphic Computing.

Traditional silicon microchips are rigid and "power-hungry," requiring massive cooling and complex recycling. Neuromorphic chips, however, use OECTs—transistors made from conductive polymers that "learn" by moving ions, much like your own neurons. . These chips don't just calculate; they adapt. Because they are made of organic polymers, they are the first high-performance "brains" that are fully compatible with our dissolvable substrates.

At Project Clean Up (PCU), our Lifecycle Standard for these chips is "Molecular Dissociation." Instead of a permanent silicon scar on the planet, these chips can be unzipped back into benign carbon chains.