molecules

Molecules exhibit non-reciprocal interactions without external forces, new study finds

A graphic illustrating the four possible interactions between two particles, where the arrows indicate the force experienced by the particle of that color due to the gradient surrounding the particle of the other color. The interactions shown in the upper left-hand and lower right-hand corners illustrate reciprocal interactions where the two particles attract each other

Arden Mongold January 1, 2024

Separating molecules requires a lot of energy. This nanoporous, heat-resistant membrane could change that

The images above detail how the membrane forms. The three vertical images on the left show the bonds between titanium tetrachloride (metallic reactant) and ethylene glycol (organic reactant). The center image shows how the two materials combine. The images of the right side show the membrane without pores (dense OHF) and the membrane after carbon has

Marquis Lupo October 1, 2023

Protective molecules facilitate molybdate anion binding to create novel silver nanoclusters

The silver-molybdate nanocluster is supported by thiolate and phosphine molecules, which serve as protective ligands that surround the silver nanocluster to increase stability and uniformity. Silver atoms are blue, molybdate ions are orange and red, thiolate ligands are yellow and gray and phosphine ligands are purple and gray. Credit: Polyoxometalates, Tsinghua University Press Silver nanocluster

Blythe Schildgen June 21, 2023

Molecules exhibit non-reciprocal interactions without external forces, new study finds

Separating molecules requires a lot of energy. This nanoporous, heat-resistant membrane could change that

Protective molecules facilitate molybdate anion binding to create novel silver nanoclusters

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molecules

Molecules exhibit non-reciprocal interactions without external forces, new study finds

Separating molecules requires a lot of energy. This nanoporous, heat-resistant membrane could change that

Protective molecules facilitate molybdate anion binding to create novel silver nanoclusters

Do you want to boost your business today?

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