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Levitation of a polymer bead by suspension in a paramagnetic solution between two magnets is sensitive to atomic-level changes in the polymer structure
Rigid dendrimers of five or seventeen pyrene units have been made, with each unit twisted with respect to the others, making them individual chromophores
Ultrafast Raman spectroscopy can now be used to study the global motions of reacting polyatomic molecules and reveals how stilbene twists as it photoisomerizes
The design of materials that repel both water and nonpolar molecules can be led by the tuning of parameters related to a surface's physical and microstructual properties
The use of monodentate ligands results in structural fluxionality of metal complexes, and has been shown to be the key to success in asymmetric alkene metathesis reactions
Combined theoretical calculations and experimental data using organosilanes as a model for hydrogen reveal details on the reactivity of hydrogen with di-iron complexes
Tiny asymmetric additions to a large molecule can slow down diffusion by creating drag on a surface and, as expected, no directional bias is observed and the second law of thermodynamics survives
A study of the H2 + Cl reaction using a crossed molecular beam resolves a previous discrepancy between experiment and theory related to the validity of the Born–Oppenheimer approximation