Laboratory for Advanced Electromagnetics and Photonics
Grove School of Engineering, City College of New York
8/2/18: Our work demonstrating synthetic degrees of freedom of electromagnetic waves for controllable steering in a topological waveguide is published in Nature Communications
8/2/18: Our work demonstrating synthetic degrees of freedom of electromagnetic waves for controllable steering in a topological waveguide is published in Nature Communications
6/20/18: Our 3.2M$ DARPA NASCENT proposal on polaritonic and topological metasurfaces, with collaborators from UT Austin and EPFL, and lead by ASRC Photonics Director Andrea Alu, has been selected for award.
6/20/18: Our 3.2M$ DARPA NASCENT proposal on polaritonic and topological metasurfaces, with collaborators from UT Austin and EPFL, and lead by ASRC Photonics Director Andrea Alu, has been selected for award.
6/20/18: Alex Khanikaev receives $390,000.00 award from NSF to conduct research on topological metasurfaces to control scattering and guiding of light.
6/20/18: Alex Khanikaev receives $390,000.00 award from NSF to conduct research on topological metasurfaces to control scattering and guiding of light.
Novel Aspects of Topological Photonics in Open Optical Systems: Non-Hermiticity and Fano-Resonances
5/16/18: Our work introducing concepts of spin- and valley-tronics into photonics is published in Science Advances, shows new ways to control electromagnetic waves for secure communications
5/16/18: Our work introducing concepts of spin- and valley-tronics into photonics is published in Science Advances, shows new ways to control electromagnetic waves for secure communications
4/22/18: Our work on giant enhancement of Faraday rotation in all-dielectric Huygens metasurfaces was published in Optics Letters. Selected as the Editors Choice.
4/22/18: Our work on giant enhancement of Faraday rotation in all-dielectric Huygens metasurfaces was published in Optics Letters. Selected as the Editors Choice.
3/16/18: Our experimental work on direct probing of photonic topological transitions and topological guided edge states in all-dielectric Si metasurfaces is published in Nature Communications
3/16/18: Our experimental work on direct probing of photonic topological transitions and topological guided edge states in all-dielectric Si metasurfaces is published in Nature Communications
3/9/18: Our collaborative work on self-induced topological transitions in nonlinear circuit arrays is published in Nature Electronics, proves self-tuning and robustness of the circuit
3/9/18: Our collaborative work on self-induced topological transitions in nonlinear circuit arrays is published in Nature Electronics, proves self-tuning and robustness of the circuit
Research sponsored by NSF, DARPA, DOD and DOE
