Using a magnetic compass to calculate the current in a wire. Learn how magnetic fields, compass deflection, and basic electromagnetism principles connect in a practical physics experiment. #MagneticFi ...

What sets Brahmnik Chachra apart is his ability to combine three key dimensions of data engineering: AI-driven behavioral analytics, large-scale cloud systems, and ethical, human-centered insight. His ...

The animals' camouflaging capabilities have long inspired humans. The new material could one day help researchers improve ...

Reservoirs are indispensable for hydropower, irrigation, and flood control, but their storage fluctuations often escape consistent monitoring. The Yangtze River Basin (YRB), stretching across diverse ...

SBQuantum's quantum diamond magnetometer, as explained by CEO David Roy-Guay, is set to transform navigation and Earth ...

Despite previous assurances to Brampton’s Stellantis employees that the company is committed to bringing new plans to the facility, protecting thousands of jobs, no production is currently assigned to ...

A team of physicists has discovered a surprisingly simple way to build nuclear clocks using tiny amounts of rare thorium. By ...

The Ebook delves into key radio frequency (RF) design topics ranging from signal chain fundamentals and antenna selection to ...

In a market defined by volatility, innovation and rising claims, Sophia Kudlik, Cyber Practice leader at Hub International, ...

When Soldiers took to the field for Project Flytrap 4.5, they were not only testing emerging counter-unmanned aerial system ...

The Embodied Carbon Calculator is part of ClarkDietrich's comprehensive iTools program. Visit itools.clarkdietrich.com to start calculating your reduction in embodied carbon.

EQT Foundation has invested in UK-based Biographica as part of its seed round, supporting the company’s machine learning platform for faster and more accurate crop gene discovery. Biographica’s ...