Bittner, S.

Chao, Kimhong

Checoury, Xavier

Decanini, Dominique

Dietz, Barbara

Grigis, Alain

Lafargue, Clément

Lebental, Mélanie

Monceaux, Yann

Reynoso de La Cruz, Héctor,

Song, Yalei

Zyss, Joseph

International audienceDirect laser writing [1] enables the fabrication of almost arbitrary three-dimensional (3d) microstructures with feature sizes of less than 1 µ m and allows to create 3d organic microlasers such as pyramids with high quality and low surface roughness [2] . Apart from 3d bulk resonators it is also possible to fabricate thin, curved waveguides to investigate how light propagates along a curved surface. We investigate the consequences of such a non-Euclidean geometry on the properties of a microlaser

Bittner, Stefan

de la Cruz, Hector

HAL-Paris 13

Möbius strip microlasers

Stefan Bittner

Yalei Song

Yann Monceaux

Kimhong Chao

Hector M. Reynoso de la Cruz

Clement Lafargue

Dominique Decanini

Barbara Dietz

Joseph Zyss

Alain Grigis

Xavier Checoury

Melanie Lebental

Crossref

HAL-CentraleSupelec

HAL: Hyper Article en Ligne

Möbius strip microlasers

Abstract

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HAL-Paris 13

Crossref

HAL-CentraleSupelec

HAL: Hyper Article en Ligne