法国vincent laude教授声子晶体，超材料等领域博士
法国弗郎什孔泰大学FEMTO-ST研究所，Vincent Laude教授接受一名博士研究生。联合培养也在考虑范围内，但最好能呆满两年，方便出成果。联系方式vincent.laude@femto-st.fr. 需要咨询任何问题，也可以联系我：ji.qingxiang@femto-st.fr
Vincent教授对学生非常非常负责！！笔者所有文章都是由Vincent教授逐字修改，文章的英文水平从来都不是问题, 学术也非常严谨。一定不会让你失望。目前从事声子晶体，超材料等方面研究。
具体的研究安排如下：
Topological phononics is blooming nowadays. It combines the concepts of artificial crystals for acoustic waves with group theory. Of special interest is the creation of phononic crystal waveguides with desirable properties such as single-mode operation, symmetry-protection, and a relative immunity against backscattering by defects. The doctoral work could include steps of theory (group theory applied to symmetry in physics, topology of band structures), numerical simulation (finite elements for acoustic and elastic waves), and the achievement of demonstration experiments with underwater acoustic waves, surface water waves, and/or elastic waves in plates.
Laforge N, Laude V, Chollet F, Khelif A, Kadic M, Guo Y, Fleury R. Observation of topological gravity-capillary waves in a water wave crystal. New Journal of Physics. 2019 Aug 19;21(8):083031.
Makwana MP, Laforge N, Craster RV, Dupont G, Guenneau S, Laude V, Kadic M. Experimental observations of topologically guided water waves within non-hexagonal structures. Applied Physics Letters. 2020 Mar 30;116(13):131603.
Laforge N, Wiltshaw R, Craster RV, Laude V, Martínez JA, Dupont G, Guenneau S, Kadic M, Makwana MP. Acoustic topological circuitry in square and rectangular phononic crystals. arXiv preprint arXiv:2012.08014. 2020 Dec 15.
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