📄 🔬 New #SuperResolution 3D structured illumination #Microscopy#SIM parameter estimation method uses principal component analysis to retrieve illumination parameters in a 3D manner and division of Z-stacks into XY subsets to address non-uniformities: https://t.co/CQmArMp0GT
🤗Our recent work titled “Fast-Structured Illumination Microscopy Based on Dichotomy–Correlation Parameter Estimation (dCOR-SIM)” has been published in #ACSPhotonics and is featured on the cover of the 5th issue. For more details, read here: https://t.co/CyW1rcqW7U
🔬Explore the world of #ExpansionMicroscopy! Scientific Reports: Expansion Microscopy welcomes original research articles utilizing or building on this technique. 📢Submission deadline: June 21, 2024. Share your work now! Learn more: https://t.co/VNLth3Wq9K
#callforpapers
Excited to share a thoughtful commentary paper (https://t.co/fZEkLYmTS7) by Professors Malgorzata Kujawinska and @qci_lab on our OEA paper https://t.co/tZtadfuc5I. Their detailed analysis deeply enhances our understanding. Immensely appreciative of their valuable input!🌹🌹🌹
Congratulations to our PhD student @JiamingQian for being the recipient of the 2023 #SPIE Optics and Photonics Education Scholarship! Proud of you! Thank you @SPIEtweets for the award.
#SCILab_NJUST_reports
Robust structured illumination microscopy for live cell real-time super-resolution imaging, the latest research by our PhD student @JiamingQian, was reported by @EurekAlert.
Check it out here:
https://t.co/L2Dp3CFpDx via @EurekAlert
#SCILab_NJUSTpublications
"Structured illumination microscopy based on principal component analysis", published in @eLight2021. Well done our PhD student @JiamingQian and co-workers! Open access, enjoy reading! Link 👉👇https://t.co/vk0jF0IpSF
https://t.co/JhBZfJuOGU