PhD Thesis
David Marco Castillo
Design and characterization of spatial light modulator optical systems and geometrical phase elements for the generation of structured light Â
Supervisors: MarÃa del Mar Sánchez-López & Ignacio Moreno
TECNIT UMH PhD Program, September 2021.
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Abdelghafour Gherici Messaadi
Retardadores ópticos en un rango espectral extendido: caracterización y filtros birrefringentes Â
Supervisors: Ignacio Moreno & MarÃa del Mar Sánchez-López
TECNIT UMH PhD Program, July 2021.
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Aarón Cofré HenrÃquez
Advanced diffractive systems for the generation of optical vortices and beams with structured polarizationÂ
Supervisors: Ignacio Moreno & Asticio Vargas
TECNIT UMH PhD Program, July 2018.
Link to PhD Thesis in TESEO
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Aida Sánchez Meroño
Slow and fast light in multiple-beam interferometers, mono- and multi-layer systems
Supervisors: MarÃa del Mar Sánchez-López & Julia Arias
TECNIT UMH PhD Program, March 2015.
Link to PhD Thesis in TESEO
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José Luis MartÃnez-Fuentes
Study of complex, spectral and polarization optical modulation by means of  liquid crystal modulators
Supervisor: Ignacio Moreno
TECNIT UMH PhD Program, June 2012.
Extraordinary Doctoral Award (2013).
Link to PhD Thesis in TESEO
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Related publication in Optica Pura y Aplicada: Link
Antonio MartÃnez-GarcÃa
Study of ferroelectric liquid crystal modulators for their use in diffractive and polarization optics
Supervisors: Ignacio Moreno & MarÃa M. Sánchez-López
TECNIT UMH PhD Program, June 2011.
Extraordinary Doctoral Award (2012)
Link to PhD Thesis in TESEO
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Related publication in Optica Pura y Aplicada:Â Link
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Aida Sánchez Meroño presented her PhD Thesis entitled «Slow and fast light in multiple-beam interferometers, mono- and multi-layer systems»
On March 25th , 2015, Aida Sánchez Meroño presented her PhD Thesis. She received the maximum qualification, Excellent  Cum Laude. The thesis has been supervised by MarÃa del Mar Sánchez and Julia Arias.
The thesis included a theoretical study and experimental realization of different photonics systems to generate slow and fast light. Different related publications appeared in journals like Applied Physics Letters, IEEE Journal of Quantum Electronics y Physical Review A.