Digital engineering and modeling and simulation (M&S) are transformative approaches that enable precision, efficiency and ...
Scientists from Tokyo Metropolitan University have re-engineered the popular Lattice-Boltzmann Method (LBM) for simulating ...
Allostatic load refers to wear and tear on the body that occurs over time due to chronic stress. Biomarkers such as cortisol, blood pressure, and inflammatory markers can help measure allostatic load.
In recent years, there has been a growing trend in wearable technology: trackers that look like a fashion accessory and yet are smart enough to help us understand our bodies better. If you’ve ever ...
A proposed operational change at the Twin Falls Hydroelectric Project aims to generate additional energy while maintaining a waterfall viewing opportunity for visitors to a Snake River overlook in ...
One of the most consequential moments in California’s drive to beat back climate change will take place next month. The state will stop receiving electricity from the Intermountain Power Plant in ...
SRP hopes a huge flume on the Verde River watershed will help measure the flow of water more accurately. The flume will be able to melt ice in the winter, solving a problem SRP has dealt with when ...
Data centers are proliferating in Virginia and a blind man in Baltimore is suddenly contending with sharply higher power bills. The Maryland city is well over an hour’s drive from the northern ...
Warfighting readiness and resilience have always been central to securing victory during conflict. Even as warfare evolves and the concepts, equipment, and supplies develop and change, there can be no ...
Intelligent power management company Eaton said it has launched technology for identifying large fluctuations in energy demand from artificial intelligence (AI) computing infrastructure. The ...
Electricity bills are climbing nationwide, rising faster than inflation in many places. The explosive growth of AI and the massive data centers behind it are driving demand and straining the grid. To ...