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Dr. Juan A. Monsoriu
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Academic Career Length
28Years (1999-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications15 June 2003 in Optics Letters
Journal Article
Optics InfoBase is the Optical Society's online library for flagship journals, partnered and copublished journals, and recent proceedings from OSA conferences.
6 April 2016 in Optics Letters
Journal Article
Walter D. FurlanVFVicente Ferrando
Vicente Ferrando
JMJuan A. Monsoriu
Juan A. MonsoriuPZPrzemysław Zagrajek
Przemysław ZagrajekECElżbieta Czerwińska
Elżbieta CzerwińskaMSMieczysław Szustakowski
Mieczysław SzustakowskiA 3D printer was used to realize custom-made diffractive THz lenses. After testing several materials, phase binary lenses with periodic and aperiodic radial profiles were designed and constructed in polyamide material to work at 0.625 THz. The nonconventional focusing properties of such lenses were assessed by computing and measuring their axial point spread function (PSF). Our results demonstrate that inexpensive 3D printed THz diffractive lenses can be reliably used in focusing and imaging THz systems. Diffractive THz lenses with unprecedented features, such as extended depth of focus or bifocalization, have been demonstrated.
20 May 2013 in American Journal of Physics
Journal Article
JPJuan Carlos Castro Palacio
Juan Carlos Castro PalacioLALuisberis Velazquez Abad
Luisberis Velazquez AbadMGMarcos H. Giménez
Marcos H. Giménez
JMJuan A. Monsoriu
Juan A. MonsoriuWe have used a mobile phone acceleration sensor, and the Accelerometer Monitor application for Android, to collect data in physics experiments on free and damped oscillations. Results for the period, frequency, spring constant, and damping constant agree very well with measurements obtained by other methods. These widely available sensors are likely to find increased use in instructional laboratories.
22 February 2013 in IEEE Photonics Journal
Journal Article
JMJuan A. Monsoriu
Juan A. MonsoriuACA. Calatayud
A. Calatayud
LRL. Remon
L. Remon
Walter D. FurlanGSG. Saavedra
G. SaavedraPAP. Andres
P. Andres
The focusing properties of diffractive lenses designed using the Fibonacci sequence are studied. It is demonstrated that these lenses present two equal intensity foci and that the ratio of the two focal distances approaches the golden mean. This distinctive optical characteristic is experimentally confirmed. It is suggested that the versatility and potential scalability of these lenses may allow for new applications ranging from X-ray microscopy to THz imaging.
1 January 2006 in Optics Express
Journal Article
FGFernando Giménez
Fernando GiménezJMJuan A. Monsoriu
Juan A. MonsoriuWalter D. FurlanAPAmparo Pons
Amparo Pons
Optics InfoBase is the Optical Society's online library for flagship journals, partnered and copublished journals, and recent proceedings from OSA conferences.
19 July 2007 in Optics Letters
Journal Article
We report the achievement of the first images to our knowledge obtained with a fractal zone plates (FraZPs). FraZPs are diffractive lenses characterized by the fractal structure of their foci. This property predicts an improved performance of FraZPs as image forming devices with an extended depth of field and predicts a reduced chromatic aberration under white-light illumination. These theoretical predictions are confirmed experimentally in this work. We show that the polychromatic modulation transfer function of a FraZP affected by defocus is about two times better than one corresponding to a Fresnel zone plate.
About Me
Juan A. Monsoriu was born in Valencia, Spain, in 1975. He received a B.Sc. degree in physics, an M.Sc. degree in optics, and a Ph.D. degree in physics from the Universitat de València, Valencia, in 1998, 2000, and 2003, respectively. In 2000, he joined the Universitat Politècnica de València (UPV), Valencia, where he is currently a Full Professor of Applied Physics. His research has been performed at the UV, the UPV, the Universidad de Málaga, Spain, the University of Bath, UK, and the Universidad de Buenos Aires, Buenos Aires, Argentina. His main research interests include numerical simulations for the design of microstructured optoelectronic systems and aperiodic optical devices.