“Our analysis shows that the solar system is moving more than three times faster than current models predict,” Böhme ...
A world-famous light experiment from 1801 has now been carried out with sound for the first time. Research by physicists in ...
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Architects of the Digital Age: Building the next generation of network engineers
By Kwabena Akomea AGYINNetwork Infrastructure Engineer, One of the Top Five Global Technology Companies in Generative AIAbstractAs global digital infrastructure expands, the demand for skilled network ...
How do we know the speed of light – and why does it have a speed limit at all? Leah Crane explores the history of one of the ...
I’ve lost count of how many times I’ve heard parents say, “She’s just not a maths person”. We don’t say, “He’s not a reading ...
Trapped and squeezed: A single nanoparticle made of glass (a white point near the centre of the photo) is confined in an optical potential created with a focused laser beam. By detecting the light ...
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How Physics Changed the Way We Measure a Kilogram
Once tied to a metal cylinder in France, the kilogram has now been redefined using the fundamental laws of physics. Trump should apologize: One US official thinks the President should say sorry to ...
The chain-reaction revolution in high school physics set off by M.I.T.’s Physical Science Study Committee (TIME, July 29, 1957, et seq.) will touch 12,000 students this fall. Latest link in the ...
When humans think about time, most imagine a steady flow of seconds ticking into minutes and minutes into hours which carry us from past to present to future. But in the science of quantum physics, ...
Just about anybody who played hide-and-seek as a kid remembers counting, with eyes (presumably) covered, in units of one-one-thousand. “One-one-thousand. Two-one-thousand. Three-one-thousand.” It’s ...
Researchers demonstrate a novel method for transforming continuous time crystals into discrete ones using subharmonic injection locking, offering new insights into symmetry breaking and control in ...
The photoelectric effect, first explained in 1905, transformed our understanding of how light interacts with matter. When high-energy light hits atoms, it knocks electrons loose. This process powers ...
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