Latest

Oct 27, 2018
Mehran Ganji and co-workers have developed a method to anchor PEDOT:PSS on the substrate surface and prevent its delamination. The paper was just published in Advanced Healthcare Materials, titled "Monolithic and Scalable Au Nanorod Substrates Improve PEDOT–Metal Adhesion and Stability in Neural Electrodes".
Oct 11, 2018
Yun Goo Ro et al. paper titled "Surface Passivation and Carrier Collection in {110}, {100} and Circular Si Microwire Solar Cells" was accepted and published online today in Advanced Energy Materials. Congratulations Yun Goo! 


About us

We are a young, multidisciplinary, and dedicated research group with strong scientific and technical foundations reducing to practice innovative solutions for the most pressing problems in energy- and health-relevant electronic materials. Our research covers studies in electronic and biointerface materials and devices from atomic and molecular scale processes to fully functional systems.

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Find us

  • Integrated Electronics Laboratory / Main Office
    Jacobs Hall, Room 1315
    (858) 534 - 6940
    Safety Coordinator: Atsunori Tanaka
  • Neural Interfaces Laboratory
    Jacobs Hall, Room 1504
    (858) 822 - 1646
    Safety Coordinator: Sang Heon Lee
  • GaN MOCVD Laboratory
    Atkinson Hall/Calit2, Room 1422
    (858) 822 - 7946
    Safety Coordinator: Atsunori Tanaka
  • Arsenide/Phosphide MOCVD Laboratory
    Jacobs Hall, Room 1335
    Safety Coordinator: Yun Goo Ro
  • Characterization Laboratory
    Jacobs Hall, Room 1313
    Safety Coordinator: Yun Goo Ro