Queridos asistentes a la II
RNOJ,
Aquí encontrareis un breve
resumen del CV de los oradores que participarán en la reunión.
Lunes 31 de agosto
SESIONES DE LA MAÑANA
En la actualidad, Carlos Dorronsoro es
Científico Titular en el Laboratorio de Óptica Visual y Biofotónica del
Instituto de Óptica del CSIC. Tiene amplia experiencia en investigación en
óptica oftálmica y óptica de precisión en el entorno académico e industrial.
Con anterioridad, ha trabajado para el Laboratorio de Bajas Luminancias del
Centro de Investigación y Desarrollo de la Armada (Madrid) y en varias
compañías de óptica como por ejemplo LEICA (Suiza) o LEP (Barcelona). Ha estado
involucrado en la gestión y control de proyectos de investigación
internacionales y consorcios industriales, así como en el establecimiento de
estrategias de innovación en óptica y fotónica a nivel europeo (Unión Europea
Occidental WEU, ahora EDA). Ha sido vicepresidente del Comité de Ciencias de la
Visión de la Sociedad Española de Óptica y cofundador de tres empresas
spin-off: Alfa Imaging SA, Imatrics Image Technologies SL y 2Eyes Vision SL.
Carlos Dorronsoro es inventor de 15 patentes en el campo de la óptica visual y
el procesado de imágenes (la mayoría de ellas licenciadas a la industria), y es
autor de más de 40 publicaciones en las revistas científicas más importantes de
su campo. Tras realizar el primer ciclo de su licenciatura en Ciencias Físicas
en la Universidad de Salamanca, cursó la Especialidad en Óptica en la
Universidad de Zaragoza. Es Doctor en Ciencias de la Visión por la Universidad
de Valladolid (Facultad de Medicina).
Proton Laser
Applications, S.L.
Proton Laser
Applications, S.L. was founded in 2010 as a spin-off company of the Instituto
de Instrumentación para Imagen Molecular (I3M), Valencia (Spain).
Based on their
know how and experience in ultrashort pulse laser system, development of laser
equipments, knowledge in nuclear physics, particles acceleration, software
development, and optomechanical engineering, Proton Laser Applications, S.L. is
able to generate innovative and realistic laser equipments machines.
The company has
R&D facilities, including a clean room, where they can generate and develop
laser prototypes for new applications and innovative R&D projects can be
carried out.
From its
foundation to the last year, Proton Laser Applications, S.L. has developed its
technological progress and the equipment generation. The company has generated
a new technology related to ultra-high-intensity and ultra-fast lasers which allow
them to carry many industrial applications in the main markets (health, energy,
electronic, industry).
SESIONES DE LA TARDE
Salvador Bará

The main areas
of work dealt (and still do) with eye aberrometry, wavefront sensing, and microoptics. In collaboration
with his research colleagues and PhD students of the Wavefront Sensors and
Microoptics Group of the USC they have developed a comprehensive analysis of
the human eye statistics and of the way clinical aberrometers work, what are
their limitations, and how can they be improved. You may want to have a look to
some of our published results.
Recently, he
began to study issues related to light pollution (aka "the dark side of
light"), that is, the alteration of the natural night darkness due to the
emissions of the artificial lights. This subject is an emerging field of
research that has aroused in recent years a growing interest among the
scientific community. Besides the widely known consequences of the increased
skyglow for science, in particular for optical astronomy, the misuse of
artificial light at night has been shown to have measurable and unwanted
effects on global energy consumption, ecosystem dynamics, human and animal
health and on the preservation of key aspects of humankind's cultural intangible
heritage.
Manuel González

Sergio Barbero

Martes 1 de septiembre
REFRESCO CIENTÍFICO
María Yzuel

She obtained her
Physics degree and Ph. D. Degree from the University of Zaragoza, Spain. Dr.
Yzuel had a British Council grant for a postdoctoral stay (1997 and 1998) at
the University of Reading (UK) under the supervision of Prof. Harold H.
Hopkins.
She has worked
in diffraction image theory, image quality evaluation, apodization,
applications to photolithography, optical pattern recognition, color
information in correlators, design of filters. She also worked in medical
optics and, recently, she is working in liquid crystal pannels applied in
diffractive optics. She has published more than 300 scientific papers and she
has supervised 20 Ph. D. Thesis.
She is Fellow
member of the OSA (Optical Society of America), SPIE (The International Society
for Optics and Photonics), the Institute of Physics (IOP), the EOS (European Optical
Society), and Socia de Honor of the Spanish Optical Society (SEDOPTICA) and of
the Royal Spanish Physical Society. She served as President of SEDOPTICA from
1993 to 1996 and as Secretary General of the European Optical Society. She
received the SPIE Board of Directors Award in 2005 and the Medal of the
University of Warsaw (2005). She was Vice President of the Royal Spanish
Physical Society (2007-2011). She served in the SPIE Board of Directors from
2001 to 2003 and from 2007 to 2011. She also served in several SPIE Committees
(Education, Publications, Awards, Executive Committee, and Strategic Planning
Committee). She served in several OSA committees (Fellows, Ives Medal, and the
Editorial Board of OPN). Dr. Yzuel was the SPIE 2009 President. She received
the Doctor Honoris Causa from the University Miguel Hernandez, Elche, Spain in
2010. In 2013 she received the high recognition of Commander of the Civil Order
of Alfonso X the Wise from the Spanish Ministry of Education.
¡Nos vemos en
Salamanca!