MIT researchers developed an AI model to improve RNA-based therapeutics, aiding in faster creation of nanoparticles for vaccine and therapy delivery, with enhanced targeting and integration across cell types.

The University of Memphis FedEx Institute held an AI + Cybersecurity Conference, exploring AI's role in cybersecurity and launching a new AI research center.

MIT researchers used AI to develop new antibiotics effective against resistant strains like MRSA and drug-resistant Neisseria gonorrhoeae, as reported by MIT News.

Ohio State University researchers have developed a method for liquid crystals to retain movement information, potentially transforming them into players in memory storage and sensor technology.

Hawaiʻi's DCCA seeks public feedback on Hawaiian Telcom's cable service to influence future franchise agreements.

MIT launched the Initiative for New Manufacturing to innovate and strengthen the U.S. manufacturing sector with industry partners like Amgen, Autodesk, and GE Vernova, focusing on technology, workforce training, and research collaboration.

The University at Buffalo will launch AI degree programs, with a $5 million state funding boost, to embed AI into various disciplines, announced Governor Hochul.

New York Attorney General Letitia James sues Zelle's operator, EWS, for failing to prevent fraud, demanding restitution and enhanced security measures.

Brian Davison marks 40 years at ORNL, highlighting his contributions to the bioeconomy, mentorship, and the development of a biomass-to-fuel process with Vertimass LLC.

EPCC launches the Rise to the Challenge Bridge Program in partnership with UTEP to provide science students with paid research opportunities and academic support.

The University of Cincinnati Cancer Center begins a Phase 3 trial for a new radiation therapy aimed at improving survival for inoperable pancreatic cancer patients.

LLNL scientists have developed a real-time tsunami warning system using the world's fastest supercomputer, El Capitan, to improve early warnings near coastal regions.

MIT researchers have developed a new iron fortification using crystalline particles, called metal-organic frameworks, to add essential nutrients to foods and drinks without altering taste or texture.