The Fall 2024 BFA Exhibition provides the opportunity for senior undergraduate students specializing in book arts, ceramics, drawing, experimental animation, illustration, painting, photography, printmaking, and sculpture to share their research and artistic practice.Join us for the opening reception Thursday, Nov. 22, from 6-9 p.m. (coincides with the Art Knight! event) | [Register Here](https://www.ticketsource.us/ucf-art-gallery/art-knight-bfa-opening-reception/e-jbryjr)Additional information and programming coming soon!_______________________________________________________Exhibition dates: November 22, 2024 - December 3, 2024 | Opening Reception: Nov. 22 from 6-9 p.m. (coincides with the Art Knight! event) | [RSVP](https://www.ticketsource.us/ucf-art-gallery/art-knight-bfa-opening-reception/e-jbryjr)Monday-Friday, 10 a.m. - 5 p.m. Closed on major holidays Admission is FREE_________________________________________________________The UCF Art Gallery at the University of Central Florida serves as a catalyst for visual art experiences and education, culture and community engagement. Our mission is to encourage dialogue and engagement between students, faculty, members of the community, and artists by providing a framework for intellectual and creative inquiry. The gallery hosts exhibitions and programming that examine cultural and social contexts and support contemporary art practices.Free parking is available in Garage F next to the Addition Financial Arena. Parking lot H4 or Garage I requires [purchasing a $5 daily virtual visitor permit](https://parking.ucf.edu/permits/visitor-permits/). Please note that visitors should park in green student spaces ONLY, as the $5 daily virtual permit does not cover red and blue spaces. After 5:30 p.m., daily virtual visitor permits are allowed to park in faculty, staff, unreserved or student spaces. Visitors can register their vehicle's license plate information into the online parking system. Registration Link: https://www.ticketsource.us/ucf-art-gallery/art-knight-bfa-opening-reception/e-jbryjr Registration Info: Admission is free and open to the public.

Help us maintain a safe and ready blood supply for cancer patients, trauma patients, or when unexpected tragedies occur. The OneBlood bus will park on Memory Mall near the Veterans Memorial.Walk-ups are welcomed, and appointments are appreciated! Registration Link: https://donor.oneblood.org/donor/schedules/drive_schedule/1534981 Registration Info: Save time - Schedule your appointment now!

Starting a writing assignment, and don't know where to begin? The University Writing Center's Drop-In Drafting Lab can help!No appointments required -- you can drop in during our open hours and:* clarify assignment expectations * develop a plan * brainstorm ideas * or just spend time writing!Any and all writers are welcome!The Drafting Lab will be unavailable on the following days and times:* Thursday, Aug. 29, 2-4 p.m. * Monday, Sept. 2, all day * Monday, Nov. 11, all day

Society of Optics Student Chapter SeminarTitle: Novel Techniques of External Cavity Control for Quantum Cascade LasersAbstract: Quantum Cascade Lasers (QCLs) are a useful source of mid-infrared laser radiation for spectroscopic applications. Since the invention of QCLs 30 years ago and the invention of QCL frequency combs approximately 10 years ago, the implementation of new technologies to better leverage QCL performance and improve the their control is an active area of research. One powerful technique to control QCLs is by external cavity (EC) optical feedback injection. In this method, photons emitted from a laser are subject to selection by an external cavity and are subsequently fed back to the laser to seed the generation of new photons. This talk will discuss two EC-QCL technologies: one which enables an ultra-broadband laser spectrometer for planetary science applications, and another which has allowed controlled harmonic comb generation in QCL frequency combs. To complement this technical talk, Nick will also provide remarks on his experiences in graduate school as an undergraduate alumni of CREOL.About the speaker: Nick Kosan received his Bachelor's degree at CREOL in 2019 (summa cum laude). Currently, he is a Ph.D candidate at Princeton University's Department of Electrical and Computer Engineering under the supervision of Professor Gerard Wysocki. Nick's doctoral studies are supported by the NASA Space Technology Graduate Research Opportunities fellowship. His research focuses on laser spectroscopy systems with both single mode and frequency comb QCLs. As a visiting scholar, Nick continued these research efforts at Southwest Research Institute and ETH Zurich. In addition to his research responsibilities, Nick serves as the Vice President of Internal Affairs of Princeton's Graduate Student Government.

This workshop will help you learn how to manage distressing feelings, challenge negative thoughts and take care of yourself during stressful times.This workshop is part of the Counseling & Psychological Services (CAPS) Well-Being Online Workshop series. [Learn about CAPS and other workshops.](https://caps.sdes.ucf.edu/)Virtual Location URL: https://ucf-hipaa.zoom.us/j/97245375228

The UCF [Mathematics Colloquium](https://sciences.ucf.edu/math/colloquium/), held every Monday from 3:30-4:30 p.m. in MSB 318, offers a diverse platform for research scholars, faculty, students, and industry experts to share and exchange ideas, fostering discussion and networking across various areas of mathematics.[Sarah Arpin](https://math.vt.edu/people/faculty/arpin-sarah.html), Virginia Tech Department of Mathematics assistant professor, will speak at this week's colloquium on supersingular elliptic curve isogeny graphs.Abstract: Underlying the security of isogeny-based cryptography are supersingular elliptic curve isogeny graphs. These expansive, well-mixing graphs encode rich geometric information about supersingular elliptic curves over finite fields. In this talk, we take an arithmetic-geometric perspective to explore various graph variants. Along the way, we will uncover how supersingular elliptic curves and their isogeny graphs naturally lend themselves to cryptographic applications.