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Professor

Yeongjun Lee

  • Brain-Computer Interface
  • Artificial Nerves
  • Neuroprosthetics
  • Neural Probes
  • Neuromorphic Engineering
  • Soft Electronic Materials
  • Bioelectronic Materials/Devices
  • Wearable/Implantable Electronics

Biosketch

  • Dr. Yeongjun Lee is currently working as an assistant professor in the Department of Brain and Cognitive Sciences at KAIST and studies brain-computer interfaces based on soft electronic materials.
  • He completed his master's/doctorate in MSE at Pohang University of Science and Technology and worked as a postdoctoral researcher in MSE at Seoul National University (Advisor: Prof. Tae-Woo Lee). During this period, he studied biocompatible soft electronic materials, various semiconductor devices, and neuromorphic electronic devices.
  • Afterwards, as a staff researcher at the Samsung Advanced Institute of Technology, he studied bioelectronic materials and devices for next-generation wearable digital healthcare applications. Then as a postdoctoral researcher at Stanford University, he worked with Prof. Zhenan Bao on high-resolution soft neural electrodes and low-power neuromorphic prosthetics.
  • Dr. Lee's Soft NeuroElectronics Lab studies high-density soft neural electrodes, neuromorphic electronic devices, and flexible/stretchable bioelectronic devices based on polymer electronic materials that are highly biocompatible with biological tissues. It researches functional materials and high-performance devices that can seamlessly integrate with the body and tissues, and apply them to animal models with neurological diseases. The lab aims to improve our understanding of the brain and nervous system and develop next-generation neural interfaces and low-power neuroprosthetic systems that can be used in the diagnosis and rehabilitation of neurological disorders. Through this, the goal is to contribute to improving the quality of life of patients with neurological diseases.

Key Papers

  • Lee Y.*, Liu Y.*, Seo D.-G.*, Oh J. Y., Kim Y., Li J., Kang J., Kim J., Mun J., Foudeh A.M., Bao Z., & Lee T.-W. (2023) A low-power stretchable neuromorphic nerve with proprioceptive feedback, Nature Biomedical Engineering, 7, 511-519 (*Co-first)
  • Kang H.*, Lee Y.*, Lee G. H.*, Chung J. W., Kwon Y.-N., Kim J.-Y., Kuzumoto Y., Gam S., Kang S.-G., Jung J. Y., Choi A. & Yun Y. (2023) Strain-Tolerant, High-Detectivity, and Intrinsically Stretchable All-Polymer Photodiodes, Advanced Functional Materials, 33, 2212219 (*Co-first)
  • Lee Y.*, Chung J. W.*, Lee G. H., Kang H., Kim J.-Y., Bae C., Yoo H., Jeong S., Cho H., Kang S.-G., Jung J. Y., Lee D.-W., Gam S., Hahm S. G., Kuzumoto Y., Kim S. J., Bao Z., Hong Y., Yun Y. & Kim S. (2021) Standalone real-time health monitoring patch based on a stretchable organic optoelectronic system, Science Advances, 7, eabg9180 (*Co-first)
  • Seo D.-G.*, Lee Y.*, Go G.-T., Pei M., Jung S., Jeong Y. H., Lee W., Park H.-L., Kim S.-W., Yang H., Yang C. & Lee T.-W. (2019) Versatile neuromorphic electronics by modulating synaptic decay of single organic synaptic transistor: From artificial neural networks to neuro-prosthetics", Nano Energy, 65, 104035 (*Co-first)
  • Kim T.-S.*, Lee Y.*, Xu W.*, Kim Y. H.*, Kim M., Min S.-Y., Kim T. H., Jang H. W. & Lee T.-W. (2019) Direct-printed nanoscale metal-oxide-wire electronics, Nano Energy, 58, 437-446 (*Co-first)
  • Lee Y.*, Oh J. Y.*, Xu W., Kim O., Kim T. R., Kang J., Kim Y., Son D., Tok J. B.-H., Park M. J., Bao Z. & Lee T.-W. (2018) Stretchable organic optoelectronic sensorimotor synapse, Science Advances, 4, eaat7387 (*Co-first)
  • Lee Y.*, Oh J. Y.*, Kim T. R., Gu X., Kim Y., Wang G.-J. N., Wu H.-C., Pfattner R., To J. W. F., Katsumata T., Son D., Kang J., Matthews J. R., Niu W., He M., Sinclair R., Cui Y., Tok J. B.-H., Lee T.-W. Lee & Bao Z. (2018) Deformable Organic Nanowire Field-Effect Transistors, Advanced Materials, 30, 1704401 (*Co-first)
  • Lee Y.*, Min S.-Y.*, Kim T.-S., Jeong S.-H., Won J. Y., Kim H., Xu W., Jeong J. K. & Lee T.-W. (2016) Versatile metal nanowiring platform for large-scale nano- and opto-electronic devices, Advanced Materials, 28, 9109-9116 (*Co-first)
  • Xu W.*, Lee Y.*, Min S.-Y., Park C. & Lee T.-W. (2016) Simple, inexpensive and rapid approach to fabricate cross-shaped memristors using inorganic-nanowire-digital-alignment technique and a one-step reduction process, Advanced Materials, 28, 527-532 (*Co-first)
  • Lee Y., Kim T.-S., Min S.-Y., Xu W., Jeong S.-H., Seo H.-K. & Lee T.-W. (2014) Individually Position-Addressable Metal-Nanofiber Electrodes for Large-Area Electronics", Advanced Materials, 26, 8010-8016
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