*Important notice about copyright:
Articles in this site can be downloaded for personal use only. Prior permission from the author or/and the publisher is required for any other purpose.
The Radon-Wigner Transform in Analysis, Design, and Processing of Optical Signals | ||
| ||
Opto-digital tomographic reconstruction of the Wigner distribution function of complex fields | ||
| ||
Testing theoretical models of magnetic damping using an air track | ||
| ||
Tunneling in quantum superlattices with variable lacunarity | ||
| ||
Visualizing the Doppler Effect | ||
| ||
Broadband focused waves with compensated spatial dispersion: transverse versus axial balance | ||
| ||
Devil's lenses | ||
| ||
Diffraction by fractal metallic supergratings | ||
| ||
Diseno de lentes difractivas fractales | ||
| ||
Introductory Quantum Physics Courses Using a LabVIEW Multimedia Module | ||
| ||
© 2024 DiOG - Diffractive Optics Group - jmonsori@fis.upv.es - http://diog.webs.upv.es - @juanantmonsoriu
2022-11-24
[UPV NEWS] I Premios Investigacion UPV. La UPV reconoce a su personal mas sobresaliente en la I edicion de los Premios de Investigacion
2022-10-05
[INFORUVID] Francis Mojica, Jose Capmany, Juan Antonio Monsoriu y Francisco Casacuberta, grandes premiados
2021-04-26
[Newspaper Cup] Researchers have designed the first totally transparent trifocal corneal inlay
Comparative Study of Numerical Methods for Solving the Fresnel Integral in Aperiodic Diffractive Lenses
Mathematics
Multiplexed vortex beam-based optical tweezers
Arxiv
Optical performance of a new design of trifocal intraocular lens based on the Devil's diffractive lens
Arxiv