Add to ORKGA spatial light modulator with a closed-loop iterative algorithm is demonstrated to be capable of performing modal control in a multimode fibre, generating a beam-size reduction and expansion of 30% and 100% in full-width half-maximum
International audienceWe report co-phasing of 49 beams from a multicore fiber based on a spatial lig...
Each mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator a...
We present a versatile method for selective mode coupling into higher-order modes of photonic crysta...
An iterative, self-correcting system for doing modal control using adaptive optics in a 50μm core di...
Optimization of the bandwidth of a 2 km 50 μm multimode fiber at 850 nm is investigated theoreticall...
For a conventional launch into an MMF, a large number of modes are excited, entailing significant mo...
With rapidly growing bandwidth demands in Local Area Networks, it is imperative to support next gene...
Advances in the measurement and manipulation of light's spatiotemporal properties are overcoming man...
Holographic control of randomized light opens up new ways for imaging and manipulation. We present a...
Recent adaptive holographic equalization experiments in multimode fiber demonstrate the advantage of...
We present a GPU accelerated toolbox for shaping the light propagation through multimode fibre using...
International audienceHolographic two-dimensional beam steering using a pixel-lated spatial light mo...
Specific fibre modes are deliberately excited in a few-mode and multimode fibre using holography. Th...
We demonstrate a compact GPU accelerated digital holography system for beam-shaping applications at ...
International audienceWe report co-phasing of 49 beams from a multicore fiber based on a spatial lig...
Each mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator a...
We present a versatile method for selective mode coupling into higher-order modes of photonic crysta...
An iterative, self-correcting system for doing modal control using adaptive optics in a 50μm core di...
Optimization of the bandwidth of a 2 km 50 μm multimode fiber at 850 nm is investigated theoreticall...
For a conventional launch into an MMF, a large number of modes are excited, entailing significant mo...
With rapidly growing bandwidth demands in Local Area Networks, it is imperative to support next gene...
Advances in the measurement and manipulation of light's spatiotemporal properties are overcoming man...
Holographic control of randomized light opens up new ways for imaging and manipulation. We present a...
Recent adaptive holographic equalization experiments in multimode fiber demonstrate the advantage of...
We present a GPU accelerated toolbox for shaping the light propagation through multimode fibre using...
International audienceHolographic two-dimensional beam steering using a pixel-lated spatial light mo...
Specific fibre modes are deliberately excited in a few-mode and multimode fibre using holography. Th...
We demonstrate a compact GPU accelerated digital holography system for beam-shaping applications at ...
International audienceWe report co-phasing of 49 beams from a multicore fiber based on a spatial lig...
Each mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator a...
We present a versatile method for selective mode coupling into higher-order modes of photonic crysta...