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Modern bio-imaging techniques such as light-sheet and PALM/STORM are now aiming to image more complex biological samples at larger depth and therefore face larger-amplitude and more complex aberrations. Here we will present our newly-developed deformable mirror which addresses these challenges. It is a continuous-membrane deformable mirror with 91 centro-symmetrically-arranged electromagnetic actuators, which is much more efficient for correction of both low and high-order aberrations compared to square layout, used in the past. Mirror has 99.7% linearity and almost no hysteresis, which ensures exceptional precision and speed in closed-loop mode as well as accuracy and unrivaled temporal stability in open-loop mode.
Fabrice Harms,Cynthia Veilly,Clément Diboune,Audrius Jasaitis,Xavier Levecq, andGuillaume Dovillaire
"A new deformable mirror optimized for microscopy and ophthalmology applications", Proc. SPIE PC11969, Adaptive Optics and Wavefront Control for Biological Systems VIII, PC119690B (2 March 2022); https://doi.org/10.1117/12.2608566
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Fabrice Harms, Cynthia Veilly, Clément Diboune, Audrius Jasaitis, Xavier Levecq, Guillaume Dovillaire, "A new deformable mirror optimized for microscopy and ophthalmology applications," Proc. SPIE PC11969, Adaptive Optics and Wavefront Control for Biological Systems VIII, PC119690B (2 March 2022); https://doi.org/10.1117/12.2608566