Overview
Human Neuro-Storage investigates whether cultured neurons can be guided into repeatable firing patterns that could one day encode information more efficiently than conventional hardware.
The project was carried out with access to facilities at University College Cork (UCC) and focused on electrophysiology, stimulation testing, and signal analysis.
The core idea is to establish measurable and persistent neural state changes. If neural activity can be read, stimulated, and retained over time, those changing patterns may form a foundation for future biological memory interfaces.
Why It Matters
Traditional data centers consume large amounts of electricity and cooling resources. Neural systems, by contrast, are compact and highly efficient for the amount of information they can process and retain.
This work is nothing close to a finished storage product. It aims to show a technical foundation: neurons can be externally stimulated, can respond in measurable ways, and can retain altered firing behavior for meaningful periods.
