Meet us as The Japan Society for Laser Microscopy annual meeting, in Osaka – Japan Link to conference website
Author Archive for: io_rakchanok
About Rakchanok Rungsawang
This author has yet to write their bio.Meanwhile lets just say that we are proud Rakchanok Rungsawang contributed a whooping 17 entries.
Entries by Rakchanok Rungsawang
Imagine Optic will be present at the trade fair, booth #A2.507 At Neue Messe München exhibition center, Germany Conference website Scientific presentation Manufacturing, Tolerancing, and Testing of Optical Systems (MOS 6:3 , room 21 , ICM, 2nd Floor) 11:00 – 11:15 “Testing and characterization of Challenging Optics and Optical Systems with Shack Hartmann Wavefront […]
You are invited to X-ray optics workshop at RIAO 2019 in Cancún, Mexico. Workshop website The target of this workshop is to put together leading experts, leading developers of x-ray optics and optical simulation software tools for synchrotron and FEL radiation. Main topics will be: In Situ Metrology – Wavefront Sensors Adaptive optic and close […]
Imagine Optic’s EUV wavefront sensor is a key instrument to understand the amplitude and phase transfer parameters from a femtosecond (fs) laser beam to high-order harmonic generation. Thanks to adaptive optics control of the fs beam, researchers at Lund University and LOA demonstrated drastic improvement of harmonic wavefront, energy and beam profile. H. DACASA, et […]
Imagine Optic and their research partners ESPCI, ENS and CNRS are pleased to announce new ANR project called InovAO for the development of new adaptive optics for microscopy & imagining.
Introduction video of HASO R-Flex, optical metrology tool based on wavefront sensing for characterizing optics. For more information about this product or live demonstration please write to us at firstname.lastname@example.org or call us +33 (0)1 64 86 15 60.
Early diagnosis of Breast Cancer using innovative laser-driven X-Ray sources and phase-contrast X-Ray imaging The X-Pulse project is a collaborative R&D project targeting early, reliable, breast cancer diagnosis with lower patient dose. The consortium will build a pre-clinical X-Ray imaging prototype, based on innovative technological bricks, such as an intense X-Ray source based on ultra-fast […]
Imagine Optic, within the EU-funded VOXEL Project, develops disruptive 3D X-Ray imaging systems at very low-dose, as an alternative to X-Ray tomography. Success in this technology will open a novel route to drastically reduce the dose absorbed by the patient when 3D Imaging is required, thus minimizing the overall examination risk while keeping a good […]
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