The CDIP, hosted by UC San Diego's Scripps Institution of Oceanography, received $40 million from the USACE to continue coastal data collection and research.

Verizon customers on the East Coast experienced a service outage, affecting internet and landlines and prompting dissatisfaction and compensation demands.

MIT engineers discovered that exercise-induced muscle contractions release myokines, significantly promoting neuron growth, which may aid nerve injury treatment and neuroregeneration.

Zoox starts testing its autonomous robotaxis in San Francisco's SoMa neighborhood, initially for employees, with plans to expand and eventually offer rides to the public.

A new AI tool designed by Mass General Brigham researchers might improve the understanding of long COVID by refining diagnosis, suggesting a prevalence of 23% versus the previously estimated 7%.

Students from Mesa, Arizona launched a space experiment on bacterial growth to the ISS as part of SpaceX's resupply mission and educational programs, experiencing the launch in Florida.

Microchip Technology Inc. is close to finalizing a deal under the CHIPS Act, alongside TSMC and GlobalFoundries, amid concerns over political implications and potential policy changes.

U.S. Border Patrol's Big Bend Sector boosts its border security by adding two more Autonomous Surveillance Towers, equipped with advanced sensors and thermal technology, contributing to a 58.4% decrease in migrant encounters.

The Orlando Science Center is hosting a world record attempt for most paper rockets launched simultaneously, connecting with a STEM exhibition and including a Sci-Fi Weekend event.

UMass Amherst researchers developed a new, more affordable method to detect PFAS in water, offering on-site testing potential and enhancing water safety monitoring.

Oak Ridge National Laboratory's Spallation Neutron Source successfully operated its Proton Power Upgrade at 1.7MW for 1,250 hours on a new target, with over 96% availability, aiding research and the US economy.

Researchers at ORNL are analyzing the failure modes of new solid electrolyte batteries to improve their efficiency and dependability for renewable energy storage.

UC San Diego researchers developed scalable, battery-free passive sensors for IoT, leveraging inexpensive RFID technology to track environmental data like temperature and humidity.