A Scottish scientist.
The phenomena-recently named Dyakonov-Voigt could have a range of useful effects
Scientists and Engineers from the University of Edinburgh and Pennsylvania State University made the discovery by analyzing how light-which travels in the form
They found that Dyakonov-Voigt's waves are produced at a specific region-known as an interface-where the crystals meet another material, such as oil or water.
The team identified the waves' unique properties using mathematical models developed by James Clerk Maxwell , Dyakonov-Voigt waves, named after two leading scientists, as diminish as.
Dyakonov-Voigt waves, named after two leading scientists, diminish as they move away from the interface-a process called decay-and travel only in a single direction, the team found. Other types of so-called surface waves decay more quickly and travel in multiple directions.
Dr. Tom Mackay, of the University of Edinburgh's School of Mathematics, said, "Dyakonov-Voigt's waves represent a step forward in our understanding of how to make light interacting with complex materials, and offer opportunities for a range of technological advancements.
The study is published in Proceedings of the Royal Society A .
Physicists uncover the topological origin of surface electromagnetic waves
Tom G. Mackay et al, Dyakonov-Voigt surface waves, Proceedings of the Royal Society A: Mathematical, Physical and Engineering Sciences (201
Eminent scientist's 160-year-old theories aid light wave discovery (2019, September 3)
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