Allmendinger, T. (2025) A Planar Atom Model of Helium Based on Well-Defined Electron Trajectories. Journal of Applied ...

Possibilities of new one-atom-thick materials Date: December 15, 2020 Source: University of Maryland Baltimore County Summary: New 2D materials have the potential to transform technologies, but ...

2D material is a fairly new research field—only a little over 5 years old—that holds a lot of promise. Everyday, scientists continue to discover new types of 2D materials such as graphene ...

2D magnetism: Atom-thick platforms for energy, information and computing research Scientists say the tiny 'spins' of electrons show potential to one day support next-generation innovations in many ...

In an effort to understand how and why 2D interfaces take on the structures they do, researchers at the University of Illinois Urbana-Champaign have developed a method to visualize the ...

After substituting carbon atoms for sulfur atoms, the one-atom-thick material developed a bipolar effect, a p-type -- hole -- branch, and an n-type branch. This resulted in an ambipolar semiconductor.

(Nanowerk News) The development of an ultrathin magnet that operates at room temperature could lead to new applications in computing and electronics - such as high-density, compact spintronic memory ...

The two most famous 2D materials are graphene – a sheet of carbon just one atom thick – and the transition metal dichalcogenides, which include molybdenum disulphide (MoS 2). For real-world ...

A single-molecule-thick 2D laser created by researchers at Berkeley Lab promises to significantly advance electronic photonic components Lawrence Berkeley National Laboratory View 3 Images ...

These tools use an extremely sharp probe, sensitive enough to distinguish one atom from another as it scans across a flat surface. The tip of the probe carries an electric charge that enables it to ...

Metals, non-metals and compounds Limitations of models of ions and ionic compounds In this OCR GCSE Chemistry study guide, we'll go through the group 0 elements, the noble gases, are all ...

In an effort to understand how and why 2D interfaces take on the structures they do, researchers at the University of Illinois Urbana-Champaign have developed a method to visualize the ...