September 23, 2022
All talks will be held in-person in the ASRC Auditorium, 85 St. Nicholas Terrace, New York, NY 10031.
Cleared4 passes are needed to enter the building.
To view talks via zoom please use Meeting ID: 86247136376, Passcode: MURI_nrst
Find nearby hotels here.
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AGENDA
9:00 am
Arje Nachman, Gernot Pomrenke, Program Managers, Air Force Office of Scientific Research
Overview of the MURI program
9:15 am
Andrea Alù, City University of New York (CUNY) – Advanced Science Research Center (ASRC)
Team overview: Magnet-free non-reciprocal metamaterials based on spatio-temporal modulation
9:45 am
Anthony Grbic, University of Michigan
Spatially-discrete traveling-wave modulated structures
10:15 am Andrea Alù, CUNY-ASRC
New avenues for magnet-free nonreciprocal metamaterials
10:45 am Coffee Break
11:15 am
Tobias Kippenberg, École Polytechnique Fédérale de Lausanne
Nonreciprocity in integrated optomechanical based systems
11:45 am
Shanhui Fan, Stanford University
Hermitian and non-Hermitian topology in synthetic dimensions
12:15 pm
Michal Lipson, Columbia University
Manipulating photonic states on-chip
12:45 pm Lunch break and poster session
3:00 pm
Amir Safavi-Naeini. Stanford University
Quantum-limited control over cavities: improving control with electro-optic and parametric interactions
3:30 pm
Harish Krishnaswamy, Columbia University
Non-reciprocal topological meta-structures based on time modulation
4:00 pm
Closing Discussion
4:30 pm
Poster Session and Tour of ASRC Photonics Facilities
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POSTER PRESENTATIONS*
Jason Herrmann, Stanford University
Arbitrary Electro-Optic Bandwidth and Frequency Control in Lithium Niobate Ring Resonators
Felix Mayor, Stanford University
Ultra-efficient electro-optic interactions in heterogeneous LN-SOI structures
Cheng Guo, Stanford University
Light bullets from interband photonic transition in a waveguide
Jiahui Wang, Stanford University
Theory of modal circulators from dynamic modulations
Zachary Fritts, University of Michigan
Time-Varying, Subwavelength Spherical Resonators: Circuit Modeling and Insights
Cody Scarborough, University of Michigan
Spatially-Discrete, Traveling-Wave Modulation: Theory and Applications
Seunghwi Kim, CUNY
Broadband topological slow light in synthetic dimension
Heedong Goh, CUNY
Nonreciprocal scattering driven by nonlinear particles
Shixiong Yin, CUNY
Symmetries and Anomalies at Time-Interfaces
Yao-Ting Wang, CUNY
Surface Wave Coupling with Floquet Sheets
Geng Yu (Paul) Xu, CUNY
Experimental Realization of Photonic Time Interfaces
Michele Cotrufo, CUNY
Nonlinear Metasurfaces for Advanced Optical Functionalities: Nonreciprocity, Power Limitation, and high-efficiency SHG
Nikita Nefedkin, CUNY
Nonreciprocity in arrays of quantum emitters
Sasank Garikapati, Columbia University
Floquet Topological Insulator on a Chip for 5G Wireless Applications
Sastry Garimella, Nishant Patil, Columbia University
Non-Magnetic Cryogenic SQUID-based Wideband Circulator based on Time Modulation for Quantum Computing Applications
*Presenters: our poster boards are vertical, 48” tall x 36” wide. The poster sessions will be in the ASRC Café area, we will provide material to attach posters to boards. Please stand by your poster during poster sessions to facilitate discussion.