Personal Information
Gender:
MaleDiscipline:
Acoustics. Optics. Condensed Matter PhysicsEducation Level:
With Certificate of Graduation for Doctorate StudyDiscipline:
1 Acoustics;
1 Optics;
1 Condensed Matter Physics
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Publications
Current position: English > Research > Publications
Experimental demonstration of angular momentum-dependent topological transport using a transmission line network
- Time:2020-05-20
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Journal:
Nature Communications -
Abstract:
Novel classical wave phenomenon analogs of the quantum spin Hall effect are mostly based on the construction of pseudo-spins. Here we show that the non-trivial topology of a system can also be realized using orbital angular momentum through a coupling between the angular momentum and the wave vector. The idea is illustrated with a tight-binding model and experimentally demonstrated with a transmission line network. We show experimentally that even a very small network cluster exhibits angular momentum-dependent one-way topological edge states, and their properties can be described in terms … -
Volume:
10 -
Translation or Not:
no -
Date of Publication:
2019-01-25 -
Links to published journals:
https://www.nature.com/articles/s41467-018-08281-9