We received notice yesterday that an Adaptive Optics Optical Coherence Tomography device for retinal imaging built by Lawrence Livermore National Labs won a 2010 R&D 100 Award!
Because our Multi-DM is a central wavefront correcting component in the system. For those of you looking for nitty-gritty details, this is a single-deformable mirror system with a Badal optometer used for low-order corrections. The DM is 140 actuators with an aperture of 3.3mm x 3.3mm and stroke of 1.5 microns (wondering what these terms mean? Refer to this previous post for definitions and our website here for more on the mirror model). Check out the other award-winning inventions at the link below.
Congrats, guys and we’re looking forward to the awards dinner later this year!
Picture: Retina in 3D shown with 3-micron resolution, smaller than most eye cells.
Defense TechConnect Conference and Expo: Fun in the Sun with the MRR
Last week I was fortunate enough to be able to parade BMC’s Modulating RetroReflector (MRR) in front of multiple audiences affiliated with the Defense community at the Defense TechConnect (DTC) Conference and Expo in Tampa, Florida.
# Applied Adaptive Optics 11.01.2018Read more
MiFoBio 2018: AO Microscopy in Action
Recently, Boston Micromachines sponsored MiFoBio (Functional Microscopy in Biology), an event that brought together the microscopy community, academics and professionals alike, to attend courses and workshops that explored the understanding and current trends of biological imaging.
# Applied Adaptive Optics 10.16.2018Read more