You may use the following link to write a summary of any monthly updates from your committee, chapter or affinity group. Information received by 8 AM on WEDNESDAY the week of the event will be incorporated into the meeting agenda. IEEE members can access prior meeting minutes hosted on the Pittsburgh Section's (https://drive.google.com/drive/folders/1_UTt5t_dxNP1M5dO87OOeR25t8P7qQHp?usp=sharing). Access to the shared drive is restricted to the (https://www.ieee.org/membership/products/google-apps.html). Meeting Location: 16 Castle Shannon Blvd. Pittsburgh, PA 15228 MEETING IS HYBRID. Meeting link and call-in information will be emailed one hour before the event. --------------------------------------------------------------- New to IEEE Pittsburgh? For those new to the Pittsburgh Section Executive and Administrative Meeting, we welcome all IEEE members in the area to attend! This is a standing meeting held on the 3rd Thursday of every month. We review our upcoming activities relevant to engineers in our section. Feel free to use the report link above to ask any questions you may have, join us on Slack, or read through our welcome guide for more information about how you can get involved with IEEE Pittsburgh. (https://ieeepittsburgh.slack.com/) (https://docs.google.com/document/d/1lyWneXlANAQAiJN2p6Bi9kAatooxIQ-YzlGpWRmRGBw/edit?usp=sharing) (https://webinabox.vtools.ieee.org/wibp_calendar/index/R20037) Agenda: First 30 minutes of the event are reserved for socializing. The meeting portion starts at 7 pm (eastern time zone). The meeting agenda will be emailed on Monday the week of the event for early registrants. 16 Castle Shannon Blvd., Pittsburgh, Pennsylvania, United States, 15228, Virtual: https://events.vtools.ieee.org/m/429855

Technical talk by Georg Schmidt, who did his physics diploma and PhD at RWTH Aachen working on selective CVD growth of Si/SiGe nanostructures. After his PhD he joined Laurens Molenkamp in Aachen as a PostDoc and started the group of spintronics working on spin injection into III/V semiconductors. Together with Laurens Molenkamp he moved to Würzburg in 1999 where he continued this research, extending the effort to II/VI semiconductors and adding the development of high resolution lithography techniques and spin dynamics in metallic systems. In 2004 he did his habilitation on spin injection and spin transport in semiconductors. Among other things he took part in the realization of the first electrical spin injection into a semiconductor light emitting diode and he identified the so-called conductance mismatch as a fundamental obstacle for spin injection into semiconductors from metallic ferromagnets. For this work he received the Bernhard-Hess Dozentur from Regensburg University (2002) and the Rudolph-Kaiser Preis (2005). In 2009 he became full professor for nanostructured materials at Martin-Luther-Universität Halle-Wittenberg. Recently his group developed a process for room temperature deposition of Yttrium iron garnet that allows to fabricate freestanding 3D YIG nanoresonators that hold promise in studying coupling phenomena between magnons, photons and phonons. Co-sponsored by: Carnegie Mellon University Room: 7316, Bldg: Wean Hall, Department of Physics, 5000 Forbes Ave, Pittsburgh, Pennsylvania, United States