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.
Artificial intelligence research at Texas A&M is giving the next generation of architects tools to create and explore designs in entirely new ways.
In one of Texas A&M University’s oldest traditions, recently deceased Aggies will be honored in a solemn ceremony.
The very-high temperature modular reactor could attract $1B in research funding for Texas A&M Engineering.
Texas A&M researchers find natural compounds in dark sweet cherries could reduce tumor growth, metastasis and therapy resistance in triple-negative breast cancer.
An enormous team of researchers from around the globe has designed an exam to show what AI can’t do, yet.
Collaborative research supported by the WoodNext Foundation aims to autonomize rehabilitation of extreme environments.
Research from the Texas A&M College of Veterinary Medicine and Biomedical Sciences and collaborating institutions finds that the PhysioMimix LC12 device shows promise in testing drug safety compared to traditional methods.
The university is extending a freeze on tuition through 2026–27 and expanding the Aggie Assurance program to save families millions.
Combining home upgrades with health education can close care gaps and significantly improve life for adults living with asthma.
The preservation efforts at the Conservation Research Laboratory ensure historic artifacts will remain accessible for future generations.
The work of a Texas A&M University at Galveston researcher reveals a creature capable of reversing its aging and restarting its life, inspiring hope for breakthroughs in regenerative medicine and biological longevity.
Dr. Jianrong Li’s novel study focuses on the brain’s support cells and myelin, exploring how genetic risk factors may trigger early changes linked to Alzheimer’s.
The challenge: create a fully functioning and playable video game based on a single prompt in just 48 hours.
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.
Texas A&M researchers have developed a tissue-adhesive sensor for real-time oral health monitoring to combat long-term issues such as gum disease and tooth loss.
First large-scale experiment shows fire whirls burn oil spills faster and cleaner than fire pools, proving their game-changing potential for ocean cleanups.
The discovery reveals a novel non-coding RNA that preserves cellular structures and may guide new therapies for multiple myeloma and leukemia.