IONICS Power Solutions Pvt. Ltd.’s Post

Multifunctional GAN-based optimization for X-ray tomography under different conditions https://lnkd.in/eJj5Ctyy

Separating chiral particles with small chirality using optical forces? Difficult, but we demonstrate that it can be done using longitudinal forces in engineered photonic integrated waveguides. See the details here: https://lnkd.in/dDyYMqzu. Key result in the CHIRALFORCE project (https://lnkd.in/dNZWjtds).

📌These applications place higher and higher requirements on the light sensing performance of advanced photodetectors. APD-QE adopts the spatial light homogenizing technology and follows the ASTM standard “Irradiance Mode” test...

📌These applications place higher and higher requirements on the light sensing performance of advanced photodetectors. APD-QE adopts the spatial light homogenizing technology and follows the ASTM standard “Irradiance Mode” test...

In a laboratory study investigation to characterize glare effects associated with diffractive optics in presbyopia-correcting intraocular lenses (PCIOLs), trifocal IOLs induced straylight (deg2sr-1) at lower angles, which may cause difficulties detecting these effects using a standard clinical approach. Read the full article here ⤵️ #IOLs #Presbyopia #IntraocularLens

📌These applications place higher and higher requirements on the light sensing performance of advanced photodetectors. APD-QE adopts the spatial light homogenizing technology and follows the ASTM standard “Irradiance Mode” test...

FEATURED PRODUCT: 15X Plan Apochromat VIS+ Microscope Objective from Thorlabs The TL15X-2P Plan Apochromatic Improved Visible (APO VIS+) Objective combines the diffraction limited axial color performance at visible wavelengths of Thorlabs' other objectives with excellent transmission out to 1300 nm, making it ideal for multiphoton imaging applications. This 15X objective features a high 0.70 NA for collecting two-photon fluorescence signals and a working distance of 2.6 mm. A correction collar allows adjustment for spherical aberrations introduced by imaging through aqueous solutions or thick cover glasses, without the need for water dipping or oil immersion. The collar also features a locking mechanism to fix it in place for improved repeatability. #photonics

I am thrilled to present to you my article on dosimetry. Abstract: We explored the potential of sol–gel-derived silica rods to monitor X-ray beams in real time, even in environments prone to temperature variations. These materials consist of silica glasses doped with either Gd3+ or Ce3+ ions, or codoped with Ce3+/Gd3+. These doped or codoped 1 cm-long rods were spliced to 5 m-long radiation-hard multimode optical fibers to evaluate their RadioLuminescence (RL) properties at different temperatures ranging from 153 to 353 K. Our ultimate aim is to design a fibred temperature-independent radiation sensor. In this article, we have investigated the dependence of the RL response on the temperature and on the dose of single-doped and codoped silica rods under X-ray. We demonstrated that, while the single-doped rods exhibit opposite trends of the RL signal versus the temperature, the codoped rods show a constant RL response in a certain temperature range after a preirradiation under an accumulated dose of about 20 kGy. For an appropriate codoping concentration, this temperature range extends from 273 to 353 K. The obtained results highlight the potential of these fibred systems for the development of temperature-independent dosimetry, which can be suitable for real-time applications in several areas such as radiotherapy (in vivo dosimetry, brachytherapy, and diagnosis). https://lnkd.in/exqr3guy #dosimetry #silica #radiationeffects #fibersensors #opticalfibers #silica #medicalphysics #radiotherapy #fiberoptics #fiberSensors #FiberApplications

Announcing our newest photothermal AFM-IR nanochemical analysis mode: REFV AFM-IR! REFV AFM-IR combines resonance enhanced AFM-IR detection with a force volume–based cantilever approach to extend sample compatibility and measurement capabilities across more applications regardless of the user's prior experience with photothermal AFM-IR technology. What do you get with REFV AFM-IR? 💠 Industry-standard resonance enhanced AFM-IR measurements on fragile, soft, sticky, or otherwise difficult samples 💠 Simultaneous nanomechanical and nanochemical measurements 💠 New, easy-to-use mechanical tracking and compensation capabilities for artifact-free imaging and spectroscopy 💠 Simultaneous extraction of contact resonance data to deliver large datasets with complete sample information in one scan See more examples of REFV AFM-IR artifact-free, multiplexed datasets for yourself at https://lnkd.in/dgd5PBx7 #AFM #Spectroscopy #nanochemical

Witness the Intricacies of Cardiac Pacemaker Simulation in SIMULIA. Harnessing Technology for Lifesaving Solutions. #Xitadel #SIMULIA #Lifesaving #Solutions #Humanbiologicalmodel #Electrromagnetic #Cardiac #Pacemaker