Lei Ding

Investigate upconversion materials (UCNPs and TTA) by iSCAT, optical tweezers, super-resolution and spectrometer. #UCNP #TTA #iSCAT #Tweezers #superresolution

[Lei Ding @JustLei2]

@Ericfan87978235 @NatureComms @NTUsg @YuCheng22152500 @NTU_EEE Big congrats!

[Nature Photonics @NaturePhotonics]

New article online: Sub-femtonewton force sensing in solution by super-resolved photonic force microscopy.

https://t.co/RaWswtsLMl

[Lei Ding @JustLei2]

PhD work in @NaturePhotonics is just out! We report the nanoscale thermal limit force detection in the aqueous solution with a force sensitivity down to 1.8 fN Hz-1/2. Great appreciation for the supervision from @Fan_uts and the collaboration with Xuchen. https://t.co/m6PdiGbolf

[Lei Ding @JustLei2]

@HybridNano @Nature Big congrats

[Lei Ding @JustLei2]

Milestones of iSCAT in Chemistry: nanoparticle growth (2016 PNAS) https://t.co/ba1M7wbu5V → single-particle performance in Battery (2021 Nature) https://t.co/Fqz5At8Hr6 → COF growth (2024 Nature) https://t.co/m8bxh4Cc9T

[Nanomaterials for Energy @HybridNano]

🙀Our paper in @Nature is just out! 🥳We imaged for the first time a chemical reaction with interferometric scattering microscopy (iSCAT) 🔬🧪By doing that we found solvent structuring in the early stages of covalent organic frameworks (COFs) formation. https://t.co/39DV4NGeih

[J. Am. Chem. Soc. @J_A_C_S]

Molecular Triplet Generation Enabled by Adjacent Metal Nanoparticles | Journal of the American Chemical Society #Triplet #Generation #Metal #Nanoparticles https://t.co/7vCGQ4UsZ8

[Baolei Liu @BaoleiLiu]

Very happy to share our new work that published on Optics Letters, Temporal compressive edge imaging enabled by a lensless diffuser camera. It is also open accessed. Nice teamwork with @Fan_uts @AberdeenPhysics @JustLei2 #OSA_OL https://t.co/dYjxou640h @OpticaPubsGroup

[Lei Ding @JustLei2]

5 yrs, hard to say goodbye to Photonics lab, TechLab, UTS, particularly these setups…

[Tim Schmidt @schmidtim]

We made a thing that turns green light into blue light. It’s pretty cool. Thilini Ishwara, @JialeF, @DMdeClercq1, @LaserMikeN with some help from @dane_mcc group. @excitonscience @UNSWScience #ChemTwitter #ozchem (delayed)#FluorescenceFriday

https://t.co/PHIi5Z281f

[Andreas Dahlin @ABDahlin]

Our first paper on molecular trapping with polymer brushes is now published in @NatureComms ! We can trap hundreds of proteins in one attoliter in a stable and non-invasive manner. https://t.co/BJpjJf1ZmZ

[Emory Chan @EmoryChanNano]

Check out our latest work in @Nature! We show that photon avalanching nanoparticles can be switched on and off repeatedly using light, which allows us to perform <1 Å accuracy super-resolution imaging and 3D nanopatterning. https://t.co/z1lV6uB3sv
(open access link in 🧵)

[SandoghdarLab @SandoghdarLab]

Label-free 3D Imaging in Live Cells
via Confocal iSCAT Microscopy
Now online at Nature Communications: https://t.co/WXs4D1ucQ8
Featuring: Nanoscopic topography of nuclear envelope, Dynamics of ER, Transport along Microtubules, Nano-motion of clathrin-coated pits and viruses...

[Chia-Lung Hsieh @ChiaLungHsieh]

check out our high-speed iSCAT confocal live cell imaging at 1,000 fps! #OSA_OpEx https://t.co/VEKhetQpUs

[Andrea Alu @andrea_alu]

Our latest @PhysRevLett shows how to push the boundaries of light scattering from small particles using complex frequency excitations. @AlexKrasnok

https://t.co/zHVLfG6vO1

[Mircea Dincă @DincaGroup]

One of the weirdest effects we've ever studied. Lots of exciting exciton physics, awesome team! @NatureMaterials https://t.co/lTlfDJIaTX

[Naoya Aizawa⌬ @Naoya_Aizawa]

Just published in @Nature!
“Delayed fluorescence from inverted singlet and triplet excited states”
https://t.co/BuOK2ZRlxx

[Ondrej Kucera @OndrejDrKucera]

Pour some tau protein on a #microtubule, and the microtubule will contract. I still remember the first day we saw it happening in the #optical_tweezers. And I am happy I could contribute a little to this fascinating story. https://t.co/53wTF2eVs4

[Optical Manipulation Group, St Andrews @OpticManip]

Delighted to have contributed a section on Rotational Levitated Optomechanics, with @grahamdbruce , to the Roadmap for Optical Tweezers which is now available on @arxiv https://t.co/7l0DUuHXfU

Lots of insightful pieces from colleagues around the world!

[Lei Ding @JustLei2]

Prof Radenovic is super nice👍👍@LabRadenovic

[Lei Ding @JustLei2]

@schmidtim @NienhausFSU @Rachel591 Quite interesting, behavior art for chemistry 👍👍👍