This invention describes how to build tiny, specialized devices that can detect various properties, like electrical, chemical, or biological signals, from a biological sample. The devices are made by layering different materials onto a base and then precisely shaping them using microelectronic manufacturing techniques. Some versions of these devices can also include components for storing or processing the detected signals.
Why it matters: Since 2017, advancements in microfabrication techniques have made complex layering and patterning more precise and potentially cost-effective. Additionally, the integration of sophisticated signal processing, often leveraging AI, has become more feasible, enhancing the utility of the device's detection capabilities.
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