| 초록 |
Mimicking learning and memory functions of the brain has been the main focus in neuromorphic system [1], but emulating the complicated biological sensorimotor nervous systems that operate sequential functions related to stimuli-sensing, signal processing, and motor movement is also a challenging issue to realize bio-inspired soft robotics and electronics. Herein, we introduce organic artificial organic nerves for sensorimotor nervous systems of bio-inspired electronics [2,3]. The sensory organs detect stimuli and fire artificial action potentials which will be transmitted to organic nerves. Then, the organic nerves generate a post-synaptic signals which will stimulate motor neurons and muscles. Our organic artificial nerves for sensorimotor nervous systems can be used for human-like soft robots and prosthetics which help people with neurological disabilities. [1] T.-W. Lee* et al., Sci. Adv. (2016). [2] T.-W. Lee* et al., Science (2018). [3] T.-W. Lee* et al., Sci. Adv. (2018) |
