Degradable photoelectric synapses for VR image processing

Photoelectric synapses, leveraging their fast response, low power consumption, and pre-processing capabilities, can help meet the demand for smaller and more efficient processors. In a recent study from Matter, Ding and co-workers present an organic and biodegradable neuromorphic vision sensor (ONeuVSs) to aid the effort to combat the mounting problem of electronic waste. Photoelectric synapses, leveraging their fast response, low power consumption, and pre-processing capabilities, can help meet the demand for smaller and more efficient processors. In a recent study from Matter, Ding and co-workers present an organic and biodegradable neuromorphic vision sensor (ONeuVSs) to aid the effort to combat the mounting problem of electronic waste. Environmentally friendly and degradable organic neuromorphic vision sensorsDing et al.MatterMarch 5, 2024In BriefThis study develops a high-performance organic neuromorphic vision sensor using organic thin-film transistors as building units, mimicking the visual system of living organisms, and integrates sensing, memory, and computing functions in one device. After finishing the functional application, the device is degraded into the environment without secondary pollution, laying a solid foundation for the balance between degradability and high optoelectronic performance. Full-Text PDF