ORNL has formed a five-year collaborative agreement with NIMS to advance materials research, aiming to enhance energy efficiency and eco-friendly technologies.

Baltimore County offers a "STEM into Action" summer program for middle school students, exposing them to hands-on STEM experiences with partners like BGE.

MIT researchers, in collaboration with ATI Specialty Materials, have developed a method to create stronger titanium alloys, advancing aerospace materials by balancing strength and ductility.

Lithia Springs Conservation Park in Florida is celebrated for its 72-degree natural waters, historical significance dating back over 7,000 years, and a range of amenities like a kayak launch, volleyball courts, and campsites.

UMass Amherth and PUMA are collaborating on a project led by Meghan Huber and Wouter Hoogkamer to develop a robotic hip exoskeleton intended to enhance running performance.

Andrew Conant from ORNL focuses on nuclear nonproliferation, working to ensure the peaceful use of nuclear materials. His research contributes to understanding the production purposes of isotopes for enhancing monitoring and security strategies.

Researchers at Oak Ridge National Laboratory are advancing solid-state cooling technology by exploring the atomic behaviors of a nickel-cobalt-manganese-indium alloy with potential for improved efficiency.

Mercy Medical Center in Baltimore is the first in the mid-Atlantic to use Stryker's Blueprint Mixed Reality for shoulder surgeries, improving precision and customization for patient-specific orthopedic procedures.

MIT researchers advocate for a national bottle deposit program to boost the recycling rate of PET bottles from 24% to 82%.

CIDRAP at the University of Minnesota released an R&D roadmap to develop medical tools against the Nipah virus, emphasizing diagnostics, therapies, and vaccines.

Harvard specialists debate adjusting the age for colorectal cancer screenings due to rising early onset rates, balancing the potential benefits against costs and resource allocation.

A new geophysical technique developed at The University of Texas visualizes Earth's interior by using surface deformation, measuring the rigidity of the crust and mantle.

CIDRAP has released an updated roadmap to combat Lassa fever, focusing on development of vaccines, treatments, and diagnostics by the end of the decade.