2023
Lithium niobate networks for on-chip multiple scattering
We build an experimentally verified graph model for integrated waveguide networks, providing a platform for investigating multiple scattering of light with tailored disorder.
A new type of quantum entangling gate based on a waveguide lattice.
Researchers in the Optical Nanomaterial Group at ETH Zurich have demonstrated a new type of quantum logic gate that entangles single photon qubits. This methodology could lead to more compact and more efficient photonic quantum information processors.
Exploiting non-linear photonic integrated circuits for reservoir computing
In a collaboration with the team of Prof. Christophe Moser from EPFL, our lithium niobate on insulator technology is used to demonstrate a reservoir computing approach (RC) exploiting the inherent optical non-linearities of the material.
Nonlinear nanohole arrays made by combining sol-gel chemistry and soft nanoimprint lithography
High aspect ratio nanostructures in metal-oxides are challenging to produce using top-down fabrication techniques.
3rd Colloquium on the Physics and Applications of Metasurfaces
Abstract submission now open until September 15!