Theoretical modeling reveals that varying input coherent intensity continuously steers quantum interference maxima across output ports in a passive six-port ...
Researchers have designed an integrated photonic device combining an aluminum gallium arsenide wavelength converter with an erbium-ytterbium co-doped waveguide amplifier ...
Researchers have theoretically modeled and simulated integrated optical digital logic gates and a seven-coupler AND-OR-Inverter cell using electro-optic gallium aluminum ...
Researchers have demonstrated all-optical polarization and wavelength routing using passive deep diffractive neural networks that process optical signals without requiring ...
Researchers have integrated ferroelectric niobium oxide dibromide with a silicon nitride microring resonator to achieve electrically reconfigurable second-harmonic generation and ...
Researchers have theoretically demonstrated a multi-octave mid-infrared Kerr microcomb spanning from 1156.07 to 5054.95 nanometers using an integrated chalcogenide slot ...
Researchers have demonstrated all-optical photonic memristors fabricated directly on thin-film lithium niobate using complementary metal–oxide–semiconductor-compatible oxygen-ion implantation.
An asymmetric quasi-BIC metasurface coupled to multiple quantum wells produced tunable linear and nonlinear photoresponses for proof-of-concept image preprocessing, pattern ...
A combined theory-and-experiment study shows that weak measurement of polarization qubits works with a partially coherent temporal pointer from a ...
Researchers in the United States and Korea have developed a self-aligned heterogeneous integration method that combines diamond quantum emitters with ...
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