Events

Abstract: TBD Parking: Parking information at CU Boulder will be provided to event registrants closer to the event date. ** The Front Range Speaker Series brings together students, faculty, IEEE members, and engineering professionals for technical talks from experts across industry and academia. This event is part of the ongoing speaker series co-hosted by the IEEE University of Colorado Boulder Student Branch and the IEEE Denver Section. This series is open to all levels from technical beginners to experts. Upcoming Talks: - Thursday, December 3, 2026: Student presentations showcasing research and industry topics - More Coming in the Spring! Agenda: Example Agenda - 6:45–7:00 PM — Arrival and attendee check-in - 7:00–7:10 PM — Welcome and speaker introduction - 7:10–8:10 PM — Speaker presentation - 8:10–8:20 PM — Q&A and discussion - 8:20–8:30 PM — Closing remarks and upcoming speaker-series announcements Room: ECCR 200, Bldg: Engineering Center, 1111 Engineering Drive, Boulder, Colorado, United States, 80309

Nanophotonics enables unprecedented control over the propagation, absorption, and emission of light at the nanoscale. In particular, surface plasmons—collective oscillations of electrons at metal surfaces—provide a powerful mechanism for concentrating light into extremely small regions and producing strong local electromagnetic-field enhancement. These properties are creating new opportunities for sensing, imaging, energy conversion, and biomedical technologies. One emerging frontier in plasmonics is the enhancement of nonlinear optical processes, including luminescence upconversion. In upconversion, lower-energy photons are absorbed and converted into higher-energy emitted light. Unlike conventional nonlinear frequency-conversion processes, luminescence upconversion can operate efficiently under low-intensity, incoherent illumination. This characteristic makes it especially attractive for applications such as bioimaging, biosensing, and solar-energy conversion, where traditional nonlinear optical techniques may be difficult to employ. This talk will begin with an introduction to surface plasmons, nanophotonics, and frequency-upconversion processes. Dr. Park will then describe the electrodynamic principles governing luminescence upconversion in nanophotonic environments and present spectroscopic studies of photonically enhanced upconversion. These studies help identify the mechanisms and factors responsible for enhancement throughout the various stages of the upconversion process. Co-sponsored by: CH04099 - Southeastern Michigan Chapter, EMB Speaker(s): Won Park, Agenda: 1) 5:00-5:30pm – Come to view the beautiful Ritchie Engineering Center at DU and enjoy meeting other engineers, faculty and guests. Beverages and snacks will be catered. 2) 5:30-6:30pm - Presentation at DU, Room 510; (5 - 7pm for Room): "Nanophotonics for Biomedical Applications" – in-person and on Webex. End the meeting with a short Q&A. 3) 6:30-7:00pm -- Adjourn meeting, clean-up and leave building. Room: 510, Bldg: Daniel Felix Ritchie School of Engineering & Computer Science, University of Denver, 2155 E Wesley Ave, Denver, Colorado, United States, 80208, Virtual: https://events.vtools.ieee.org/m/579347

This announcement is a place keeper. Further details will be added later in the year Agenda: TBD Loveland, Colorado, United States, 80537

This announcement is a place keeper. Further details will be added later in the year Agenda: TBD Loveland, Colorado, United States, 80537