2D Materials

Researchers at The University of Manchester discover new physics in graphite, revealing a 2.5D Hofstadter’s butterfly, opening avenues in electronic …

Utilizing rainbow scattering, researchers explore graphene’s structure and imperfections for advanced material studies. _xD83C__xDF08__xD83D__xDD2C_ #GrapheneResearch

University of Washington researchers unlock 2D-like properties in bulk graphite, expanding possibilities for technological innovations.

Researchers overcome obstacle in 2D electronics by observing spin structure in magic-angle graphene, opening new possibilities for quantum computing.

MIT physicists discover a new mechanism for superconductivity in iron selenide, challenging conventional understanding and opening doors to unconventional superconductors.

New technique captures and tracks quantum states of excitons in two-dimensional materials, challenging existing theories and advancing nanotechnology.

KISS: A new, simple method developed by scientists to create large, pure 2D materials, offering potential for future device fabrication.

A group of researchers from Brown University were able to find a solution for a long-standing problem in the world…

Scientists from The University of Texas at Dallas and The Ohio State University have discovered a way for materials to…