A fascinating illustration
Originating from traditional Japanese basket-weaving, the intricate “Kagome” design, characterized by interlaced triangles with shared corners, has inspired a class of materials in quantum physics. These materials exhibit an atomic structure resembling the unique lattice pattern of the Kagome design.
Since the discovery of the latest Kagome metal family in 2019, physicists have delved into unraveling their properties and potential applications. A recent study spearheaded by Assistant Professor of Physics Guangxin Ni from Florida State University sheds light on how a specific Kagome metal interacts with light to
While previous studies have explored plasmons in conventional metals, the behavior of
The researchers made a groundbreaking discovery by identifying plasmons in CsV3Sb5 for the first time and observed that the wavelength of these plasmons varies with the metal’s thickness.
Furthermore, altering the laser frequency directed at the metal
“Hyperbolic plasmon polaritons are a rarity in natural metals, but our study demonstrates how electron interactions can give rise to these exceptional waves at the
2024-07-30 13:15:03
Article from phys.org
