WORLDTECH NEWS Global technology intelligence.Contact
Space & Science SINGLE SOURCE

Organic molecules yield a two-dimensional material with unusual edge states

Visual representation of geometric calculations comparing bits and qubits in black and white.
Illustrative photo.Photo by Google DeepMind on Pexels

A joint research team has built a two-dimensional structure from organic molecules that shows characteristics of both honeycomb and Kagome lattices. Phys.org reports that the structure hosts edge states of the kind linked to topological materials.

Edge states reported in the structure

According to the report, the structure carries edge states specific to topological materials. These states exist only at the boundaries of the material and differ from those in its interior.

The findings come from a single report by Phys.org, the only outlet cited for them.

Institutions behind the work

Researchers from NIMS, Toyota Kosen, Saga University, Nara Women's University, Kiel University in Germany and other institutions took part in the project.

Open questions

  • Have independent researchers verified the edge-state findings?

Key facts

  • A joint team built a two-dimensional structure from organic molecules.
  • The structure combines features of honeycomb and Kagome lattices.
  • Edge states specific to topological materials were reported in the structure.

Sources & evidence