You can't see them, but most of the metals around you—coins, silverware, even the steel beams holding up buildings and overpasses—are made up of tiny metal grains. Under a powerful enough microscope, you can see interlocking ...
Nanomaterials
Feb 24, 2020
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289
Single-walled carbon nanotubes should theoretically be extremely strong, but it remains unclear why their experimental tensile strengths are lower and vary among nanotubes. A team at Nagoya University, Kyoto University, and ...
Nanophysics
Sep 18, 2019
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11
Artificial kidneys, powerful batteries and efficient water purification are some of the future applications of a group of ultrathin materials known as MXenes. This opinion is expressed in an article in the journal Science, ...
Nanomaterials
Jun 24, 2021
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138
Fever, cough, sore throat—symptoms in the spotlight in the era of COVID-19—are just some of the telltale signs of our body's immune system kicking into action against an unwanted intruder. Whether triggered by an infection, ...
Cell & Microbiology
Jun 2, 2022
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365
As dark matter is comprised of particles that do not absorb, emit or reflect light, it cannot be observed directly with the methods used to observe conventional matter. In recent years, astrophysicists worldwide have thus ...
Magnetic fields in massive dark clouds are strong enough to support the regions against collapse due to their own gravity. A study lead by researchers at the Max Planck Institute for Radio Astronomy in Bonn has now shown ...
Astronomy
Jan 21, 2015
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116
After a decade of planning, designing and building, the Florida State University-based National High Magnetic Field Laboratory now has the strongest magnet in the world for nuclear magnetic resonance (NMR) spectroscopy, a ...
General Physics
Nov 10, 2016
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36
Researchers in Canada, the United States and Europe have developed a new way to remotely measure Earth's magnetic field—by zapping a layer of sodium atoms floating 100 kilometres above the planet with lasers on the ground.
Earth Sciences
Oct 4, 2018
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183
(PhysOrg.com) -- Four years ago, the FCC began allowing limited use of the so-called white spaces in the electromagnetic spectrum that is shared by all wireless devices (in the United States). The white spaces highlighted ...
(Phys.org) —A large team of physicists, chemists and physical scientists working in China has found a way to boost the signal received when using electron energy loss spectroscopy—by adding silver nanoparticles to the ...
