Entries by Rakchanok Rungsawang

FOM 2019 in London

Visit us at booth#72 to see our latest developments and results regarding MicAO 3DSR, AOKit BIO, etc. Queen Elizabeth II conference centre, UK Conference website Oral presentation “Adaptive Optics Light-Sheet Microscopy of the Drosophila Brain Using Direct Wavefront Sensing without Any Guide Star” A. Hubert, F. Harms, R. Juvénal, V. Loriette, C. Veilly, G. Dovillaire, […]

LASER World of PHOTONICS in Munich

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 […]

RIAO / OPTILAS / MOPM 2019 in Cancún

Oral presentations will be given by Guillaume Dovillaire. 161 : Adaptive Optics on high power laser 314 : Hartmann Wavefront sensors latest results and developments 315 : The Rflex : a new instrument for wavefront metrology Workshop website  https://www.riao.org.mx/optilas_2019/     The target of this workshop is to put together leading experts, leading developers of x-ray […]

Single-shot EUV wavefront measurements of HHG

  Haso EUV: Single-shot EUV wavefront measurements of HHG by Imagine Optic 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 and also Wavefront analysis. It delivers a single-shot EUV wavefront measurements of HHG. In addition, thanks […]

InovAO project

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.

Xpulse

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 […]