Tags: Physics

Polar Vortex Brings Extreme Cold Temperatures To Chicago

Tetrahedral Form of Water Might Explain Its Unique Behavior

Researchers probe the notion that supercooled water undergoes a liquid-to-liquid phase transition between its disordered and tetrahedral form using a two-stage model that explains molecular structures in liquid water.

Meet 5 Women Who Made Scientific History

Men mainly dominate the scientific community. But some women also made significant contributions to the field of science like the women in this article.

Physicists Copy Some Properties of the Sun in a Ball

Plasma physicists copy the solar wind from the sun in a 3-meter diameter aluminum ball. In 1958, solar physicist Eugene Parker predicted the existence of the solar wind, which is a constant stream of charged particles ejected by the sun from its corona.

Tracking the Separation of Atoms with Lasers

All paths lead to the electron settling on either iodine or bromine and the two atoms flying apart. Ultraviolet light fragments the links between atoms within the DNA of skin cells, undoubtedly inflicting cancer on the human body.

Water’s Weirdness Explained

What makes water so unique? Japan - In their 2018 study, researchers from the Department of Fundamental Engineering at the University of Tokyo tried to tease apart what makes water unique among liquids.

How the Giant Sea Spiders Get Around the Laws of Physics

Giant sea spiders deal with warm temperatures like the smaller ones It has been a source of wonder for scientists why marine animals that reside in the deep sea and polar oceans reach large sizes there but nowhere else.

Odderon Particles: The Most Non-Particle Particles

Physicists detect the not-really-a-particle particle. An odderon is a particle that's even odder than its name suggests. It's a particle that isn't really a particle at all, confused yet? What we think of as particles are usually very stable: electrons, protons, quarks, neutrinos and so on.

Physicists Are Now Listening to the Quantum Vacuum

With the use of lasers and mirrors, physicists can hear 'nothingness'. The Louisiana State University Department of Physics & Astronomy associate professor Thomas Corbitt and his team of researchers now present the first broadband, off-resonance measurement of quantum radiation pressure noise in the audio band, at frequencies relevant to gravitational wave detectors.
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