We propose and experimentally realize spectral photonic lattices with pumpinduced frequency couplings, which can emulate multi-dimensional dynamics with synthetic gauge fields and enable single-shot measurement of the signal phase and coherence
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
© 2018 The Author(s). We propose and experimentally realize spectral photonic lattices with pumpindu...
© OSA 2018. We propose and experimentally realize spectral photonic lattices with pumpinduced freque...
© 2018 OSA. We propose and experimentally realize spectral photonic lattices with pump-induced frequ...
We formulate theoretically and demonstrate experimentally an all-optical method for reconstruction o...
© 2017 Optical Society of America. Photonic systems such as arrays of coupled waveguides are well su...
We introduce a general method to map multi-dimensional lattices to planar photonic structures, and d...
We introduce a general method to map multi-dimensional lattices to planar photonic structures, and d...
We introduce a general method to map multi-dimensional lattices to planar photonic structures, and d...
We propose that light-matter coupling can be used to realize synthetic lattices. In particular, we c...
Photonic lattices—arrays of optical waveguides—are powerful platforms for simulating a range of phen...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
The excitation dynamics in complex networks1 can describe the fundamental aspects of transport and l...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
© 2018 The Author(s). We propose and experimentally realize spectral photonic lattices with pumpindu...
© OSA 2018. We propose and experimentally realize spectral photonic lattices with pumpinduced freque...
© 2018 OSA. We propose and experimentally realize spectral photonic lattices with pump-induced frequ...
We formulate theoretically and demonstrate experimentally an all-optical method for reconstruction o...
© 2017 Optical Society of America. Photonic systems such as arrays of coupled waveguides are well su...
We introduce a general method to map multi-dimensional lattices to planar photonic structures, and d...
We introduce a general method to map multi-dimensional lattices to planar photonic structures, and d...
We introduce a general method to map multi-dimensional lattices to planar photonic structures, and d...
We propose that light-matter coupling can be used to realize synthetic lattices. In particular, we c...
Photonic lattices—arrays of optical waveguides—are powerful platforms for simulating a range of phen...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
The excitation dynamics in complex networks1 can describe the fundamental aspects of transport and l...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
A method based on optical heterodyning is proposed for measuring relative optical phases of pulses c...
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