Springtime measurements in a Helsinki street canyon show that coarse road-dust particles can inflate urban light absorption readings by up to 41 percent, complicating black carbon monitoring and ...
Concord University is taking physics research to the next level through a $674,225 grant from the U.S. Department of Energy ...
Lan Yang's lab has unlocked new capabilities for whispering-gallery-mode-based sensors by extending the range beyond the ...
WashU McKelvey Engineering’s Lan Yang and her team have developed a new sensing technique to detect nanoparticles.
Just over 40 years ago, what began as a routine safety test at the Chernobyl nuclear power plant (or Chornobyl in Ukranian) ...
Microplastics showed up in every sample from 22 Delaware River waterways and inside a third of aquatic insects in the ...
Air particles in Delhi obstruct sunlight, which subsequently affects wind strength and pollution dispersal. A recent study highlights that aerosols reduce the surface heating necessary for air ...
The universe is filled with particles that are almost impossible to see, yet enormous numbers of them pass through Earth ...
IceCube looks for high energy neutrinos from space. It joins the ranks of complementary experiments that study neutrinos ...
The Radioactive Airborne Particulate Monitor can rapidly and accurately identify and measure radioactive materials in the air at nuclear facilities and other locations, thereby improving workplace ...
A sweeping review finds micro- and nanoplastics throughout human tissues and plausible mechanisms of harm, while cautioning ...
Clouds over the ocean depend on tiny airborne particles, and many climate models may be missing a major part of the picture. New measurements suggest that models undercount these particles by about a ...
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