OSU joins Google AI for Education Accelerator, providing students with AI training, free Google Career Certificates, and support for job readiness, enhancing Oklahoma's workforce.

NobleReach™ Foundation will send three 2025 Scholars to the Oklahoma City Office of Innovation to aid in technological development using their data science and business innovation skills.

Researchers at the University of Oklahoma have found that gut bacteria produce toxins that can selectively attack cancer cells, offering a new potential strategy for treating cancer.

University of Oklahoma researchers collaborate with Xironetic, using augmented reality for neurosurgical procedures to improve patient safety and training.

Scientists from the University of Oklahoma discovered that the hormone FGF21 may reverse fatty liver disease by signaling the brain to initiate liver repair, a finding that may lead to new treatments.

Chen Wang from the University of Oklahoma receives a fellowship for kidney cancer diagnostic research, aiming to improve biopsy accuracy with an OCT probe.

University of Oklahoma research led by Sreemathi Logan targets promising treatments for dementia with a $2.2 million grant, focusing on the role of astrocytes and cellular metabolism in cognitive function.

Ali Mirchi of Oklahoma State University receives the 2024 James A. Whatley Award for notable agricultural sciences research, highlighting his work in sustainable human-environmental systems and water management.

OSU researchers are developing FARM software to enhance real-time fault detection in chemical distillation, aiming for increased efficiency and safety.

University of Oklahoma researchers analyze national data to address disparities in maternal health, focusing on preventable deaths among Indigenous mothers.

Dr. Natasha Bray discussed AI's role in healthcare at an AI for Healthy Communities conference, emphasizing its potential for improving equity and accessibility in healthcare.

OSU student Aubrey Fudge is developing Lingua, a technology using AI and VR for immersive language learning, aiming to improve engagement and accessibility.

Researchers at the University of Oklahoma have developed new, efficient copper halides capable of luminescence at room temperature, promising advancements in green technology applications.