[In revision] Advanced Materials (IF = 27.4, JCR = 0.4%), Co-corresponding Author J. Lee, ... , S. Oh*, J.-H. Park* Self-Determined Synaptic Operation in Photo-Activated Remote Charge Trap Memory for Fault-Tolerant Learning

[Accepted] Advanced Science (IF = 14.3, JCR = 1.3%), Co-1st Author S. Seo+,..., S. Oh+, ... , J. A. Rogers* Minimally invasive flexible, wireless multimodal probe to detect compartment syndrome

npj Flexible Electronics (IF = 12.3, JCR = 1.7%), Co-Author G. Lee, S. Jeong, H, Kim, Y. J. Kim, S. Oh*, J. Choi*, H. Yoo* Photoresponsive Dual-Mode Memory Transistor for Optoelectronic Computing: Charge Storage and Synaptic Signal Processing

Nature Communications (IF = 14.7, JCR = 1.3%), Co-Author C. Park, ... , S. Oh, ... , J. A. Rogers* Adaptive Bioelectronic System based on Photometric, Photovoltaic, and Photoluminescent Methods for Wireless Wearable Sensors

Nature Communications (IF = 14.7, JCR = 1.3%), Co-Author H. Ahn, ... , S. Oh, ... , J. A. Rogers* Bioresorbable, Wireless Dual Stimulator for Peripheral Nerve Regeneration

Nature Biomedical Engineering (IF = 27.7, JCR = 0.4%), Co-1st Author J. Kim+, S. Oh+, R. Avilar+, ... , J. A. Rogers* A compact, wireless system for continuous monitoring of breast milk expressed during breastfeeding

Small (IF = 13, JCR = 1.5%), Corresponding Author G. Lee+, Y. E. Kim+, H. Kim+, ... , S. Oh*, H. Yoo* Organic Synaptic Transistors and Printed Circuit Board Defect Inspection with Photonic Stimulation: A Novel Approach Using Oblique Angle Deposition

Advanced Materials (IF = 27.4, JCR = 0.4%), Co-Author T. Park, ... , S. Oh, ... , H. Yoo* Rolling the dice with light competition: Introducing a true random number generator powered by photo-induced polarity current

Advanced Materials (IF = 27.4, JCR = 2%), Co-Author J. Kim, ... , S. Oh, ... , K. J. Lee* Deeply Implantable, Self-adaptive, 3D MicroLEDs for Pancreatic Cancer Therapy

Science Advances (IF = 11.7, JCR = 7.8%), Co-1st Author D. Fullenkamp+, W.-Y. Maneg+, S. Oh+, ... , J. A. Rogers* Simultaneous electromechanical monitoring in engineered heart tissues using a mesoscale framework