A new waveguide that uses a nanotube to guide electrons could lead to novel types of circuitry in quantum computers. Read More »
At the meeting, researchers presented new models to describe the developing wing of a young fly, colloidal particles that propel themselves, and the liquidlike behavior of cell colonies . Read More »
Researchers have imaged the long-sought electron charge distribution of a halogen atom, with the picture resembling the bright ring-like structure that surrounds a black hole. Read More »
Predictions indicate that atom chips that use graphene contacts in their circuitry rather than metal ones can trap atoms for significantly longer times. Read More »
Allison Fleshman teaches her chemistry students how to read textbooks and in doing so instills in them a love and understanding of the subject. Read More »
Researchers create a stable dispersion of droplets that contains a high fat concentration using only unrefined, plant-derived materials. Read More »
Patterning grooves into the surface of an elastic ribbon can cause the ribbon to curl into a tube shape when it is stretched. Read More »
Researchers remain divided on the possible discovery of phosphine on Venus, a finding that could have implications for whether life resides on this nearby planet. Read More »
Researchers have uncovered the specific mechanisms that produce champagne’s crackle. Read More »
Researchers capture the previously hidden twists of spins in the domain wall of a “proper” antiferromagnetic material, chromium oxide. Read More »
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