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Recipe for success with topological materials
Publisher |
Physics World
Media Type |
audio
Categories Via RSS |
Physics
Science
Technology
Publication Date |
Oct 25, 2016
Episode Duration |
00:07:35
Hamish Johnston visits Beijing on a hunt for the elusive Weyl fermions
Hamish Johnston visits Beijing on a hunt for the elusive Weyl fermions

Fang and Weng were named in the Physics World Top 10 Breakthroughs of 2015 for their work on Weyl fermions, which are quasiparticles that they found lurking in their Weyl semimetal. Weyl fermions also have unique properties that could make them useful for creating high-speed electronic circuits among other applications.

Fang explains how his team of theorists uses mathematics and computer simulations to predict which materials are topological. He also explains how topological materials could be useful in creating quantum computers of the future. Weng then takes up the challenge of explaining just what a Weyl semimetal is and why it is home to Weyl fermions. He also explains how the topological material could be used to create another elusive quasiparticle – the Majorana fermion.

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