Researchers demonstrate super-resolution frequency spectroscopy using Quantum Fluctuation Suppression sequences, achieving 200ร the conventional resolution limit and reducing acquisition time by 5+ orders of magnitude in RF and microwave domains.

Researchers demonstrate super-resolution frequency spectroscopy using Quantum Fluctuation Suppression sequences, achieving 200ร the conventional resolution limit and reducing acquisition time by 5+ orders of magnitude in RF and microwave domains.
Weโre exhibiting at #๐ฆ๐ฃ๐๐ข๐ ๐ฎ๐ฌ๐ฎ๐ฒ, 6โ9 Oct at El Sucre (Vic).
Come & discuss:
๐น SMLM at ~10โ20 nm
๐น Multicolor & 3D imaging
๐น Sample prep & buffers
๐น Quantitative analysis with NEO
๐ Visit our booth for a chance to win a free Abbelight Smart Buffer Kit!
๐ฌโจ First-ever molecular resolution in a fully automated optical imaging workflow.
ONI achieved 0.97 nm localization precision and resolved Nup96 structures just 10 nm apart using automated RESI imaging.
zurl.co/5GBCa
Missed the webinar? ๐ฌ
See how automated fluidics, imaging, and analysis come together for more reproducible, scalable 2D and 3D super-resolution imaging.
Watch the recording: zurl.co/d4aD3
Missed the webinar? ๐ฌ
See how automated fluidics, imaging, and analysis come together for more reproducible, scalable 2D and 3D super-resolution imaging.
Watch the recording: zurl.co/DCLFD
Romanโs article in Laborpraxis explores microfluidics for multiplexed super-resolution imaging and its potential integration with Flamingo (in German): tinyurl.com/laborpraxis
@romantsukanov.bsky.social
#Flamingo #microfluidics #SuperResolution #microscopy #DNAPAINT #multiplexing
Webinar this week! โญ
Join us Sept. 23 to see how automated fluidics, imaging & analysis come together for more automated, reproducible & scalable 2D/3D super-resolution imaging.
๐ Register: zurl.co/3wOHU
๐ฌ VLab4Mic explores this in silico, connecting molecular models with super-resolution experiment design.
#Microscopy #SuperResolution #VLab4Mic @aiopticalbiolab.bsky.social
Novel quantum superresolution method determines source separation without estimating nuisance parameters like brightness or coherence. Uses log-probability invariants and asymptotically attains quantum Fisher limits in the sub-Rayleigh regime.
๐ฌ Missed TED ImaBio?
Catch Simon Labouesse from Rimeo presenting liveDRIM and discover how super-resolution, speed, low phototoxicity & imaging at depth come together for live biological imaging.
๐ฅ Replay from 1:25:00 (in French) - link in reply
#BioImaging #SuperResolution #Microscopy
๐๐ป this project was driven โ enthusiastically and excellently โ by Olivia Jacobs (Robert Tampรฉ group) and Tanja Menche @heilemannlab.bsky.social, and in collaboration with TRON Mainz.
@goetheuni.bsky.social @scale-cluster-ffm.bsky.social @crc1507.bsky.social #DNAPAINT #superresolution #MHC
Weโre only a few hours away, #Boston! ๐
Will we see you tonight for super-resolution, cocktails, light bites & great conversation?
๐ LIFTED at Omni Boston Seaport
โฐ 5:30 - 9:00 PM
Reserve your spot: zurl.co/uMo6p
All set up at EMBO #PhysCell2026 in the Netherlands.
Looking forward to some great science and conversations over the next few days.
If youโre here, come and say hello and talk all things VT-iSIM! ๐ฌ
Automated super-resolution, without the hands-on complexity ๐ฌ
Join us Sept. 23 to see how Aplo Flow brings automation to advanced 2D & 3D super-resolution imaging for more reproducible, scalable workflows
Register: zurl.co/TL3xh