灞堢憸 (璁插笀锛岀澹敓瀵煎笀)
鏁欏笀鑳屾櫙
瀛?/span> 鍘?/span> |
鎵€鍦ㄥ鏍?/span> |
鎵€鍦ㄥ闄?/span> |
鏃?/span>闂?/span> |
鍗氬＋鍚?/span> |
娣卞湷澶у |
鐗╃悊涓庡厜鐢靛伐绋嬪闄?/span> |
2020.11-2023.11 |
纭?/span> 鍗?/span> |
闄曡タ甯堣寖澶у |
鐗╃悊瀛︿笌淇℃伅鎶€鏈闄?/span> |
2014.09-2020.06 |
鏈?/span> 绉?/span> |
鍐呰挋鍙ゅぇ瀛?/span> |
鐗╃悊绉戝涓庢妧鏈闄?/span> |
2010.09-2014.06 |
鐮旂┒棰嗗煙
鐮旂┒鏂瑰悜鍖呮嫭瀹藉甫鍏夊瓙闆嗘垚鍣ㄤ欢璁捐涓庡埗澶囥€佽秴鏉愭枡涓庤秴琛ㄩ潰鐨勮璁′笌鍒跺銆佸厜鍦哄缁磋皟鎺т笌鎺㈡祴銆佸井绾崇粨鏋勭殑璁捐涓庡埗澶囥€佷綆鍔熻€楁ā鎷熼泦鎴愮數璺璁°€傚湪鍥藉唴澶栧鏈湡鍒婁笂鍙戣〃璁烘枃8浣欑瘒锛屾巿鏉冨彂鏄庝笓鍒?/span>2椤广€?/span>
鐮旂┒鎴愭灉
(1) yu qu; et al. dual-band achromatic metalens-assisted grating couplers for wavelength demultiplexing, optics express, 2023, 31(13):20787-20795.
(2) yu qu; et al. coexistence of circular dichroism and asymmetric transmission in babinet-complementary metamaterials, optics express, 2022, 30(17): 30394-30404.
(3) yu qu; et al. chiral near-fields induced by plasmonic chiral conic nanoshell metallic nanostructure for sensitive biomolecule detection, journal of physical chemistry c, 2020, 124(13912): 13912-13919.
(4) yu qu; et al. giant circular dichroism induced by tunable resonance in twisted z-shaped nanostructure, optics express, 2017, 25(5): 5480-5487.
(5) yu qu; et al. dielectric tuned circular dichroism of l-shaped plasmonic metasurface, journal of physics d: applied physics, 2017, 50(504001): 1-7.
鐮旂┒椤圭洰
涓绘寔鍥藉鑷劧绉戝鍩洪噾闈掑勾椤圭洰1椤广€佷腑澶笓椤硅祫閲戦」鐩?/span>1椤广€?/span>
涓昏濂栧姳涓庣о鍙?/span>
2024骞达紝鎸囧瀛︾敓鑾风鍏眾鍏ㄥ浗澶у鐢熼泦鎴愮數璺垱鏂板垱涓氬ぇ璧涘崕涓禌鍖轰簩銆佷笁绛夊2椤广€?/span>
鑱旂郴鏂瑰紡
閭锛?/span>
鍦板潃锛氫腑鍗楁皯鏃忓ぇ瀛︾數瀛愪俊鎭伐绋嬪闄?/span>
