We study numerically depressed-cladding, buried waveguides that can be formed in a lithium niobate crystal by femtosecond laser writing. We demonstrate that the guiding properties can be controlled by the waveguide structural characteristics
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We study numerically depressed-cladding, buried waveguides that can be formed in a lithium niobate c...
We study numerically depressed-cladding, buried waveguides that can be formed in a lithium niobate c...
We review our recent work on the numerical design and optimisation of buried, micro-structured waveg...
We review our recent work on the numerical design and optimisation of buried, micro-structured waveg...
This paper reports on buried waveguides fabricated in lithium niobate (LN) by the method of direct f...
This paper reports on buried waveguides fabricated in lithium niobate (LN) by the method of direct f...
We study numerically depressed-index cladding, buried, micro-structured optical waveguides that can ...
We study numerically depressed-index cladding, buried, micro-structured optical waveguides that can ...
We study numerically depressed-index cladding, buried, micro-structured optical waveguides that can ...
We present an optimization procedure to improve the propagation properties of the depressed cladding...
Direct femtosecond laser inscription has emerged as one of the most efficient methods for direct thr...
We present a practical approach to the numerical optimisation of the guiding properties of buried mi...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We study numerically depressed-cladding, buried waveguides that can be formed in a lithium niobate c...
We study numerically depressed-cladding, buried waveguides that can be formed in a lithium niobate c...
We review our recent work on the numerical design and optimisation of buried, micro-structured waveg...
We review our recent work on the numerical design and optimisation of buried, micro-structured waveg...
This paper reports on buried waveguides fabricated in lithium niobate (LN) by the method of direct f...
This paper reports on buried waveguides fabricated in lithium niobate (LN) by the method of direct f...
We study numerically depressed-index cladding, buried, micro-structured optical waveguides that can ...
We study numerically depressed-index cladding, buried, micro-structured optical waveguides that can ...
We study numerically depressed-index cladding, buried, micro-structured optical waveguides that can ...
We present an optimization procedure to improve the propagation properties of the depressed cladding...
Direct femtosecond laser inscription has emerged as one of the most efficient methods for direct thr...
We present a practical approach to the numerical optimisation of the guiding properties of buried mi...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...
We report on the operational parameters that are required to fabricate buried, microstructured waveg...