Add to ORKGEach mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator and verified by observation of the near-field leaving the fibre and analysis of the step response. © 2011 OSA
Phase-only spatial light modulators allow to reshape a Gaussian beam by imposing a given phase distr...
International audienceThe modes properties of highly multimode optical fibre are governed by the ray...
This thesis describes an investigation into methods for controlling the mode distribution in multimo...
Each mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator a...
Each mode of a 2 km 50 μ OM2 grade multimode fiber is precisely excited at multiple orientations usi...
Abstract—Each mode of a 2 km 50 m OM2 grade multimode fiber is precisely excited at multiple orienta...
We demonstrate use of spatial light modulators to control modal excitation and make mode-resolved me...
Optical fibres are ideal for local light delivery in hard to access places due to their flexible nat...
Using spatial light modulators, we demonstrate control of modal excitation and mode-resolved measure...
Using spatial light modulators, we demonstrate control of modal excitation and mode-resolved measure...
A binary grating on a Spatial Light Modulator generates twin antiphase spots with adjustable positio...
Specific fibre modes are deliberately excited in a few-mode and multimode fibre using holography. Th...
Advances in the measurement and manipulation of light's spatiotemporal properties are overcoming man...
Recent adaptive holographic equalization experiments in multimode fiber demonstrate the advantage of...
We analyze the transmission of a Single mode - Multimode - Multimode (SMm) fiber structure with the ...
Phase-only spatial light modulators allow to reshape a Gaussian beam by imposing a given phase distr...
International audienceThe modes properties of highly multimode optical fibre are governed by the ray...
This thesis describes an investigation into methods for controlling the mode distribution in multimo...
Each mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator a...
Each mode of a 2 km 50 μ OM2 grade multimode fiber is precisely excited at multiple orientations usi...
Abstract—Each mode of a 2 km 50 m OM2 grade multimode fiber is precisely excited at multiple orienta...
We demonstrate use of spatial light modulators to control modal excitation and make mode-resolved me...
Optical fibres are ideal for local light delivery in hard to access places due to their flexible nat...
Using spatial light modulators, we demonstrate control of modal excitation and mode-resolved measure...
Using spatial light modulators, we demonstrate control of modal excitation and mode-resolved measure...
A binary grating on a Spatial Light Modulator generates twin antiphase spots with adjustable positio...
Specific fibre modes are deliberately excited in a few-mode and multimode fibre using holography. Th...
Advances in the measurement and manipulation of light's spatiotemporal properties are overcoming man...
Recent adaptive holographic equalization experiments in multimode fiber demonstrate the advantage of...
We analyze the transmission of a Single mode - Multimode - Multimode (SMm) fiber structure with the ...
Phase-only spatial light modulators allow to reshape a Gaussian beam by imposing a given phase distr...
International audienceThe modes properties of highly multimode optical fibre are governed by the ray...
This thesis describes an investigation into methods for controlling the mode distribution in multimo...