Publications by authors named "E Mehdi"
Article Synopsis
- The rapid growth of optomechanical applications has spurred research into Brillouin scattering, focusing on high-frequency acoustic phonons at the nanoscale and their interactions.
- Traditional Brillouin spectroscopy techniques are limited by fixed wavelength filtering, making them less effective for tunable optophononic resonators.
- This study proposes a polarization filtering method that enhances Brillouin scattering detection by optimizing the laser's initial wavelength and polarization state, leading to nearly background-free detection suitable for future applications in optomechanics and quantum communication.
Objective: The aim of this study was to investigate the relationship between left-sided varicocele and epididymitis or epididymo-orchitis.
Materials And Methods: The study included 72 patients with left side epididymitis (EP) or epididymo-orchitis (EPO) (Group 1) and a control group of 72 patients without EP or EPO (Group 2). Those with right EP-EPO were excluded due to possible other underlying retroperitoneal pathologies causing varicocele.
In the framework of optical quantum computing and communications, a major objective consists in building receiving nodes implementing conditional operations on incoming photons, using a single stationary qubit. In particular, the quest for scalable nodes motivated the development of cavity-enhanced spin-photon interfaces with solid-state emitters. An important challenge remains, however, to produce a stable, controllable, spin-dependent photon state, in a deterministic way.
View Article and Find Full Text PDFBackground: Some pathologies associated with abnormal patellar height have been reported in the literature. However, its relationship with some pathologies, such as anterior cruciate ligament mucoid degeneration (ACL-MD) and focal cartilage defect, has not been investigated.
Purpose: To investigate the relationship between patellar height with patellar-quadriceps tendinopathy, quadriceps fat pad edema, ACL-MD, and focal cartilage defect.