The review investigates the self-assembly of block molecules, leading to the formation of diverse 2D periodic nanopatterns, ...

STM images of the BIC assembly at the OA/HOPG interface with higher resolution are shown in Fig. 1c.It is revealed that the vertexes of the hexagons are occupied by the chiral molecular trimers ...

New STM technique points way to new and purer pharmaceuticals Date: April 30, 2020 Source: University of Warwick Summary: Chemists have used ultrahigh resolution scanning tunneling microscopy to ...

Molecular Chains Line Up To Form Protopolymer Date: December 16, 2004 Source: Penn State / Eberly College Of Science Summary: A new chemical state, designated a "protopolymer," has been observed ...

A research project led by chemists at the University of Warwick first used ultrahigh resolution scanning tunnelling microscopy to see the exact location of atoms and bonds within a molecule, and ...

They also have molecular snippers - enzyme catalysts - that cut the grass on to which they're clasped. So, while the other legs remain fixed, the newly free one waves around until it finds a new ...

The team first used their STM to locate a methylaminocarbyne (CNHCH 3) molecule that was fixed to a platinum surface. Then they turned up the voltage, increasing the flow of electrons.

Physicists of Ludwig-Maximilians-Universitaet in Munich, Germany, have now developed a model that predicts these patterns and thus allows optimization of the molecular synthesis in the future.

For example, if we can better understand DNA at an atomic and molecular level, that will help us fine-tune and tailor health care according to patients’ needs. The possibilities are endless. A big ...

Using an ultra-thin and sharp needle tipped with a single carbon monoxide molecule frozen to minus 266 degrees centigrade, researchers from the University of Warwick and Cardiff identified and ...