- DescriptionReframing Sex: Undoing the Binary Paradigm
- Websitehttps://www.rit.edu/events/reframing-sex-undoing-binary-paradigm
More from Events
- Apr 311:00 AMArtist Talk with Bryan ParnhamOur metals and jewelry design program excitedly welcomes accomplished artist and lecturer Bryan Parnham for a virtual artist talk and demo.
- Apr 311:00 AMNeuro-Perceptions Art Show: Autism Acceptance Month CelebrationDuring Autism Acceptance Month, PRISM will host the Spectrum Support Program (SSP) artist showcase, Neuro-Perceptions. This vibrant exhibition highlights the exceptional talents of autistic students from RIT. Through the powerful lens of art, this exhibition aims to cultivate a deeper understanding and appreciation of autism and the unique perspectives it brings. In addition to the work of RIT students, local artist Daniel Rothenberg's photographic creations will be on display.
- Apr 312:00 PMConversation in ASL – Spring Semester 2025Join the ASL Deaf Studies Community Center and American Sign Language - English Interpretation Program on Thursdays from 12:00 to 1:30 p.m. for Conversation in ASL with NTID students who are deaf and hard of hearing as well as NTID interpreting students in Wallace Library (in the lounge next to classroom 1660).
- Apr 312:30 PMAWARE-AI NRT: Spring Roundtable - AI and ML Computational TheoryThis AWARE-AI Spring Roundtable focuses on AI and ML Computational Theory.
- Apr 312:30 PMCan AI be the "prompt," not the answer, in creative work?The Visual Arts, Culture, and Media Speaker Series presents a talk by Hope Schroeder (MIT Media Lab and MIT Center for Constructive Communication) on the implications of AI for human creativity. Following the talk, please join us for a reception in McKenzie Commons.
- Apr 312:30 PMNSF NRT CMOS+X Journal ClubJoin us on the first Thursday of every month to share recent publications that interest YOU. This month's discussion will be led by Venkatesh Deenadayalan on the published work "Integrated lithium niobate electro-optic modulators operating at CMOS- compatible voltages" by Wang et al published in Nature in Sep. 2018. doi: 10.1038/s41586-018-0551-y