Join us in this soothing session using healing instruments such as gongs, singing bowls, chimes, and more where participants are bathed in “sound waves” that bring healing to the body. Participants may experience relaxation, an increased sense of well-being, balanced energy, and deep awareness. Sponsored by the CWB. 

Join us for a fun afternoon of free s'mores and Spikeball, hosted by the Outing Club and Spikeball Club!

Join us between 2-4 PM in Fuller 311 for stickers, jigsaw puzzles, and quiet coloring, as well as the opportunity to meet and relax with our CS community. All are welcome! Sponsored by Computer Science.

Join us for yoga.  In yoga, movements flow between yoga poses as you link your breath to the movement of the body. Boost your mood, improve your sleep, and feel your stress roll away when you participate. Sponsored by the CWB.

Stop in for a few snuggles or sloppy doggie kisses to help melt away anxiety and stress. Our furry friends will be awaiting your presence!  Sponsored by the CWB and Gordon Library. 

Department of Mathematical SciencesGraduate Student SeminarFriday, September 19th, 20254:00PM-5:00PMStratton Hall 202Speaker: Derek Drumm, WPITitle: M/EEG Source Localization via Reciprocal Basis FunctionsAbstract: Magnetoencephalography (MEG) and electroencephalography (EEG) are methods of recording the magnetic and electric fields of the brain. These fields are generated by neurological sources according to stimuli felt throughout the body. Source localization is a brain imaging procedure which uses the recorded M/EEG signals to recover the region of the neurological source. This procedure encompasses two major processes: building a model of the neurological sources (the forward problem) and using this model in conjunction with the recorded signals to localize the site of the sources (the inverse problem). In this presentation, I will present a brief overview of the source localization procedure and showcase how it can be utilized using our in-house solver to localize sources from real-world data.