Infrared imaging is a non-destructive technique used by art conservators to examine paintings and artworks and detect hidden details under the upper layers such as added paint, underdrawings, and hidden signatures or watermarks. The technique has been used to discover details of artists' creative processes, alterations and reworking. Infrared examination also can be used as a tool to differentiate between certain groups of pigments and inks.

This exhibition looks to engage patrons in a short history of art in the Cameroonian culture, while also looking at the symbolism of the female form across all ancient civilizations. With a twist of science, we'll take an in-depth look, utilizing computed tomography (CT) scans, to discover how our Cameroonian beaded Fertility Goddesses were constructed and gain a better understanding of their conservation needs. Come by and see What Lies Beneath the Beads…

Collaborators on the research project titledStrategic Holistic Framework for Intrusion Prevention Using Multi-model Data in Power Systems (SHIELD)funded by the National Science Foundation (NSF) Energy Power Control Networks (EPCN) program, invite you to join the second annual student workshop led by Muhammad Ismail, Ph.D. (PI, Associate Professor, Computer Science, Tennessee Tech) and Kate Davis, Ph.D. (Co-PI, Associate Professor, Electrical & Computer Engineering, TAMU). The workshop aims to build on the previous year's foundations of a student cohort that will is knowledgeable in power systems, networking, cybersecurity, and ML/AI.To register for free, click here (https://tx.ag/SHIELD2024). Registration Deadline is Friday, April 26, 2024.

Texas A&M University and the US Army III Corps will hold a training event for 30 soldiers and 30 students to participate in an Intensive Design Experience (IDE) that will unlock the process of innovation for all participants. It will be accomplished by providing an Innovation Mindset framework and then practicing this by designing and building solutions to problems III Corps has identified. Phantom Invent (https://engineering.tamu.edu/student-life/aggies-invent/events/phantom-invents.html) is held in a competition format, with regularly scheduled deliverables, which will form the basis for purposeful intensity. 

Take a selfie alongside one of the implied action silhouettes, or gather a group of your fellow Aggies to photograph a silent flash mob! A bistro vignette will provide the illusion of you having a drink with a friend, while the garden view will set the scene for some work amid the flowers and plants. Celebrate a wedding from the proposal to the ceremony flower arch. Come join the fun!

From the rugged mesas of the Panhandle and the steep-sided mountains of Big Bend Country to the waterways of the Gulf Coast and rolling grasslands of the prairies, visitors will journey through the diverse ecological regions of Texas as interpreted by individual artists. In celebration of 100 years, the Texas Parks and Wildlife Department commissioned 30 Texas artists to depict scenes from parks, natural areas and historic sites in the state park system. The selections on view are as varied as the parks themselves and offer a snapshot of Texas' rich history and ecosystems. This exhibition represents the seventh installation in the Texas Art Project (https://uart.tamu.edu/texasartproject/) series.Organized by The Meadows Center for Water and the Environment at Texas State University, Texas Parks and Wildlife Department, and Stark Galleries. Additional support provided by Texas Parks and Wildlife Foundation and H-E-B.This exhibition includes work from artists such as Randy Bacon, Mary Baxter, David Caton, Charles Criner, Margie Crisp, Ric Dentinger, Fidencio Duran, Janet Eager Krueger, Joel R. Edwards, Malou Flato, Gordon Fowler, Pat Gabriel, David R. Griffin, Brian Grimm, Clemente F. Guzman III, Karl E. Hall, John Austin Hanna, Billy Hassell, Hailey E. Herrera, Lee Jamison, Denise LaRue Mahlke, Jim Malone, Talmage Minter, William B. Montgomery, Kermit Oliver, Noe Perez, Jeri Salter, Jim Stoker, Bob Stuth-Wade, and Terri M. Wells.