Can't wait to try Shechtman's hack: https://t.co/WnrIEwntRh @ShechtmanLab https://t.co/c7Ya3usKGY
RT @christlet: Clever trick by @ShechtmanLab to use 3D-printed phase masks at the micron scale rather than use lithography requiring nanome…
RT @S_LevequeFort: Indeed inspiring talk with lots of smart tricks for SMLM !
RT @christlet: Clever trick by @ShechtmanLab to use 3D-printed phase masks at the micron scale rather than use lithography requiring nanome…
RT @christlet: Clever trick by @ShechtmanLab to use 3D-printed phase masks at the micron scale rather than use lithography requiring nanome…
RT @christlet: Clever trick by @ShechtmanLab to use 3D-printed phase masks at the micron scale rather than use lithography requiring nanome…
Indeed inspiring talk with lots of smart tricks for SMLM !
Clever trick by @ShechtmanLab to use 3D-printed phase masks at the micron scale rather than use lithography requiring nanometer precision #MiFoBio2021 Article here: https://t.co/fSeHPrw9OP https://t.co/mxU3uoz3eu
@Maurice_Y_Lee And it always sounds so easy when you read the papers. Spent a good number of hours figuring out how to calculate the DHPSF... Now you can just print em! https://t.co/WnrIEw5SZJ
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @ShechtmanLab: OK, you beat me to it... Super-excited about this "I'll believe it when I see it" project, led by the fearless and twitte…
RT @ShechtmanLab: OK, you beat me to it... Super-excited about this "I'll believe it when I see it" project, led by the fearless and twitte…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @ShechtmanLab: OK, you beat me to it... Super-excited about this "I'll believe it when I see it" project, led by the fearless and twitte…
https://t.co/O7ljeHy6so This is some pretty cool stuff! 🖨🔬 Orange Kedem et al found a way to 3D print diffractive optical elements (which are normally super hard to make! Needs some good lithography and all...) @beniroquai, @OpenUc2 , thoughts?
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
Looks awesome!
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
This is neat! Maybe we can also 3D print some of those freeform optics that are used for aberration correction in special geometries like in that Zeiss Lattice Lightsheet 7?
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @ShechtmanLab: OK, you beat me to it... Super-excited about this "I'll believe it when I see it" project, led by the fearless and twitte…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @ShechtmanLab: OK, you beat me to it... Super-excited about this "I'll believe it when I see it" project, led by the fearless and twitte…
OK, you beat me to it... Super-excited about this "I'll believe it when I see it" project, led by the fearless and twitterless Reut Orange-Kedem! Basically, it's what @christlet said :)
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
RT @christlet: Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add ind…
Clever trick from the @ShechtmanLab: instead of making 1 µm-deep, nm precision phase masks for PSF shaping, one can add index-matched liquid and use a much larger mask that can made using standard 3D printing💡 https://t.co/fSeHPrw9OP https://t.co/Ndmxstpl