Developed by a surgeon and Texas A&M School of Engineering Medicine students, the Vasculator allows surgeons to input patient symptoms to generate risk assessments.
Collaborative research supported by the WoodNext Foundation aims to autonomize rehabilitation of extreme environments.
Leaders at the Texas A&M Institute for Healthcare Access are examining how artificial intelligence affects patient outcomes and trust as the technology becomes part of everyday medicine.
The weeklong event united AI experts and domain researchers to define future challenges and solutions, with a call for community-driven ideas to shape the next phase of AI research.
Texas A&M law professor Milan Markovic warns that generative artificial intelligence promises legal help at scale, but it has the potential to amplify inequalities in the justice system.
Texas A&M researcher’s effort leverages artificial intelligence to help teams make smarter business decisions.
Machine learning and radar imaging combine to give mariners real-time maneuvering advice, potentially reducing accidents at sea and beyond.
Built by Texas A&M engineering students, this four-legged robot sees, remembers and responds with human-like precision, making it a powerful ally in search-and-rescue missions.
Two new courses through the SEA-AI project blend artificial intelligence with maritime research, covering topics including autonomous shipping, cybersecurity and business intelligence.
A Texas A&M legal scholar says tech companies are increasingly shaping public policies and services without the constitutional oversight that guides government institutions.
A new suite of “mini programs” aims to equip leaders with immediately applicable skills related to artificial intelligence.
A philosopher who studies technology is keeping a scorecard on AI and cautions that machines are not capable of truly moral choices.
RADIANT system enhances cybersecurity for power grids and water systems by uncovering advanced adversarial threats — without costly retraining.
Experts illustrated how AI, 3D-printed medications for children and other innovations improve dosage accuracy and help ensure safer and more effective treatment tailored to individual needs.
Developed by a Texas A&M marketing scholar, EMPATHY AI helps professionals across industries deliver constructive feedback that motivates instead of demoralizes.
Pioneering research at Texas A&M aims to harness the power and speed of artificial intelligence to save lives, protect communities and reduce the impacts of hazardous weather events.
Study using lab-grown lung cell models finds common pollutants like acrolein and formic acid can damage respiratory barriers.
New research shows canine heartworm populations evolved alongside ancient canids and human migration, offering fresh insight for veterinary medicine and disease prevention.
In one of Texas A&M University’s oldest traditions, recently deceased Aggies will be honored in a solemn ceremony.
Two Texas A&M astronauts share insights on the first crewed lunar mission since Apollo, as NASA prepares to send humans farther from Earth than ever before.
Technology designed and fabricated at Texas A&M works nearly 7,000 feet underground to detect the mysterious substance that makes up most of the universe.
Study finds alcohol disrupts key decision-making neurons, weakening the brain’s natural response to stress.
New research shows transplanted stem-cell-derived neurons can wire into the body’s walking circuitry, restoring signals to leg muscles.
Research from Texas A&M University links travel to improved heart health, reduced stress and higher productivity.
A March 26 ceremony recognized Barbara J. and Bill Huffman ’53 for their commitment to the program’s future.
Researchers are developing AI that can ask screening questions, while observing facial expressions, to evaluate patients for signs of apathy, an early indicator of dementia.
New research reveals that grief experiences among owners are strikingly similar regardless of how a dog dies, highlighting ways veterinarians can better guide families through end-of-life decisions.
First-of-its-kind study finds exposure to weather and the environment changes nanoparticles’ shape and surface chemistry over time.
Study shows how a cell-signaling receptor helps prostate cancer cells accumulate cholesterol, a process linked to tumor growth and treatment resistance.
Texas A&M University researchers have developed a material that keeps stem cells from clumping together when injected into a body, removing a major barrier in stem cell therapeutics.
Pioneering center aims to redefine safety standards and strengthen global health protection through advanced scientific methods.
Texas A&M University brain study highlights the link between emotional responses to errors and future anxiety.