HybriD3 Experiment Training Workshop

We organized an experimental training workshop on September 12-13, 2019 at NC State University. The workshop was aimed to introduce emerging concepts in the experimental material sciences to early career scientist including postdoctoral researchers, graduate and undergraduate students.

V. Blum, D Mitzi (Duke); W. You, Y. Kanai (U. NC)K. Gundogdu, F. So (NC St. U.)

Lectures (shown are David Mitzi (Duke), Dali Sun, Aram Amassian (NCSU), Joanna Atkin (UNC)) Demos (Stephen Amoeh is showing OLED processing) at the “HybriD3 Experiment Training Workshop, held on September 12-13, 2019 at NC State University.

We  organized an experimental training workshop on September 12-13,  2019  at  NC  State  University.  The  workshop  was  aimed  to introduce emerging concepts in the experimental material sciences to early  career  scientist  including  postdoctoral  researchers,  graduate and undergraduate students. The morning sessions included lectures on  topics  such  as:  photonic  materials  and  applications,  solution processed  materials,  emerging  electron  spin-based  quantum phenomena in solution processed semiconductors, machine learning approaches  to  materials  discovery  and  hybrid  perovskite  materials and   advanced   spectroscopic/microscopic   characterization techniques.  In  the  afternoon,  attendees  visited  research  labs  and observed and performed live experimental demos on material growth, THz,  ARPES,  device  processing  and  testing,  morphology characterization activities  in NC State Carbon Electronic Research Labs. There were about 55 students from NC State, UNC, Duke and Wake Forest Universities.

Designing Materials to Revolutionize and Engineer our Future (DMREF)