par Jamadi, Omar;Milićević, Marijana;Rozas, Elena;Salerno, Grazia 
;Ozawa, Tomoki ;Carusotto, Iacopo;Montambaux, Gilles;Le Gratiet, Luc;Harouri, Abdelmounaim;Sagnes, Isabelle;Lemaître, Aristide;Bloch, Jacqueline;Amo, Alberto
Référence International Conference on Metamaterials, Photonic Crystals and Plasmonics, page (978-979)
Publication Publié, 2019
;Ozawa, Tomoki ;Carusotto, Iacopo;Montambaux, Gilles;Le Gratiet, Luc;Harouri, Abdelmounaim;Sagnes, Isabelle;Lemaître, Aristide;Bloch, Jacqueline;Amo, AlbertoRéférence International Conference on Metamaterials, Photonic Crystals and Plasmonics, page (978-979)
Publication Publié, 2019
Article révisé par les pairs
| Résumé : | Strain engineering is a powerful tool to shape the dispersion of Dirac materials. Here we use a honeycomb lattice of coupled polariton micropillars to implement tilted photonic Dirac cones, including type-III cones. To do so, we introduce a spatial asymmetry in the hopping of photons in the x and y directions of the lattice. When the hopping presents a spatial gradient, an artificial gauge field for photons is engineered, and photonic Landau levels are observed. |
