The Pilates Method is a full-body conditioning program that develops deep abdominal and back strength, together with increased flexibiity and ease of movement. This class is aimed at "core stability," designed to work on lengthening muscles to help tone and strengthen muscles, using breathing to enhance relaxation.

Join us at the FabLab in creating a block-printed embroidery patch! Choose from our FabLab laser engraved botanical/taxonomy block printing plates of local Texas plants and animals! Learners will be guided through the history of printmaking and how the processes have evolved using CNC technology, while still utilizing traditional block printing techniques. The printed textile will then be turned into a beautifully embroidered patch.Limited spots are available. Sign up by filling out this form: https://forms.office.com/r/LMqgqtaMun

ASBMB chapter at UTA is starting a seminar series that benefit its members and non-members. The goal is to expose graduates and post docs to the many opportunities that are available either in industry or in academia. The UTA chapter officers were able to secure a talk by the Dr. Lili Wan, who is the Director of Clinical Research at Virant Diagnostics/MedBio Reference Laboratories. This will be a virtual meeting.

This mind and body class utilizes yoga movements to improve your flexibility, posture, strength, and balance, bringing attention and focus to your breath while continuously flowing from one posture to the next.

Join us for our Spring Carnival, a festive celebration filled with fun and excitement! Students can enjoy a variety of carnival games, all for free, and have a chance to enter our raffle for fantastic prizes. Savor delicious snacks while you play and capture the moments with friends. Whether you're competing for prizes or just enjoying the festive atmosphere, there's something for everyone at the Spring Carnival. Don’t miss out on this wonderful opportunity to celebrate the season together!

Attend this Philosophy Colloquium, and hear from guest speaker Cameron Domenico Kirk-Giannini from Rutgers University.Abstract: It is generally assumed that existing artificial systems are not phenomenally conscious, and that the construction of phenomenally conscious artificial systems would require significant technological progress if it is possible at all. We challenge this assumption by arguing that if Global Workspace Theory (GWT) - a leading scientific theory of phenomenal consciousness — is correct, then instances of one widely implemented Al architecture, the artificial language agent, might easily be made phenomenally conscious if they are not already. Along the way, we articulate an explicit methodology for thinking about how to apply scientific theories of consciousness to artificial systems and employ this methodology to arrive at a set of necessary and sufficient conditions for phenomenal consciousness according to GWT.