@InThePassband @kirtiprakaash @carlasssmith @AndrewGYork @RetoPaul @HeintzmannLab @kmdouglass @profLiangGao Not lens less, but the waveguide stuff looks interesting to simplify at least the excitation pathway: https://t.co/wPCiIeAxkI @nanoscopics
RT @christlet: @joachimgoedhart @kschink @seamus_holden I think it's this article https://t.co/ZvcqPo8Rga
@joachimgoedhart @kschink @seamus_holden I think it's this article https://t.co/ZvcqPo8Rga
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
Pretty neat. https://t.co/LdDgGGDT9p
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @NaturePhotonics: Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
Chip-based wide field-of-view nanoscopy: https://t.co/Zq4Np8ajUE https://t.co/swvnEWsXvx
RT @KennethRuud: Chip-based nanoscopy with wide field of view from @UiTromso physics and @UiThelsefak https://t.co/vVgtNbejob
RT @KennethRuud: Chip-based nanoscopy with wide field of view from @UiTromso physics and @UiThelsefak https://t.co/vVgtNbejob
Chip-based nanoscopy with wide field of view from @UiTromso physics and @UiThelsefak https://t.co/vVgtNbejob
Interesting idea, potential to open accessibility to super-resolution microscopy techniques https://t.co/zscuXZ3uGS
Chip-based wide field-of-view nanoscopy https://t.co/0sMDWcwdjS
Chip-based wide field-of-view nanoscopy https://t.co/pBwu21kDAC
Very cool technique. Thinking outside the box to push the limits of #Microscopy https://t.co/UhLCfpFAyr
Great to see GATTAquant nanorulers applied to demonstrate the resolution of this technique. #nanoruler #GATTAquant #nanoscopy https://t.co/PlbVpC6gGM
New @NaturePhotonics. Great to see that the performance is shown with GATTAquant #nanoruler. #nanoscopy https://t.co/PlbVpC6gGM
RT @OptNanoscopy: "Chip-based wide field-of-view #nanoscopy" by Diekmann et al https://t.co/SWssD5nSrP
RT @OptNanoscopy: "Chip-based wide field-of-view #nanoscopy" by Diekmann et al https://t.co/SWssD5nSrP
"Chip-based wide field-of-view #nanoscopy" by Diekmann et al https://t.co/SWssD5nSrP
RT @christlet: Chip-based large-field super-resolution microscopy (I prefer @kmdouglass et al. images though :) https://t.co/PwBUmJCG6O htt…
RT @christlet: Chip-based large-field super-resolution microscopy (I prefer @kmdouglass et al. images though :) https://t.co/PwBUmJCG6O htt…
Chip-based large-field super-resolution microscopy (I prefer @kmdouglass et al. images though :) https://t.co/PwBUmJCG6O https://t.co/FVCLw8eYhT