Qiannan Zhang

Postdoc researcher working with ultrafast lasers in Nanyang Technological University.

[Sum Lab @SumLab_NTU]

Heartiest Congratulations Dr Melvin Lim - @JWMelvinLim

[Qiannan Zhang @Qiann_Z]

@radhakrishnan7 New RF from our group working on theory

[Qiannan Zhang @Qiann_Z]

Group working at night 😎#science

[Qiannan Zhang @Qiann_Z]

@vNtLG3XmLp4Jtrz 和蔡蔡重叠了

[Sum Lab @SumLab_NTU]

Congratulations to Tanjung & @Qiann_Z wedding! 🎉 🍾 🎊 👏🏻 👏🏻 👏🏻

[Rui Cai @Psichorobot]

An introductory blog post-how exciton spin depolarizes in CsPbBr3 nanocrystals😉
https://t.co/NEDJVBu5bm

[Qiannan Zhang @Qiann_Z]

Congratulations🥳Dr. Ramesh

[Śankaran Ramesh @sankaranrameshw]

Defended my PhD Thesis today! Currently I am in a superposition of the excited and the relieved state. #phdone

[Sum Lab @SumLab_NTU]

@TzeChienSUM A simple approach to observe quantum coherence between exciton sublevels without a magnetic field in #perovskite nanocrystal ensembles. Underlying spin decoherence mechanisms are revealed https://t.co/ZdyK0Au0x7

[Qiannan Zhang @Qiann_Z]

Congratulations!

[Rui Cai @Psichorobot]

Glad to see our recent work published online @NatureComms. We clarified the complex spin decoherence mechanisms in CsPbBr3 nanocrystals. Pleas check out this link https://t.co/bnx8sdmcp2.
Thank you to everyone on the team😊😊😊

[Eva Blasco @EvaBlascoPo]

Are you interested in 3D printing and defined polymers? Check out our latest publication on rational design of precise macromolecules for 3D printing using @NanoscribeGmbH technology. Well done Samantha @_cattso (PhD in @Cluster3DMM2O at @UniHeidelberg)! https://t.co/S0CAnahIOl

[Maciek Majdecki @MajdeckiMaciek]

When it's only tuesday and you're still thinking about the weekend...🤔

[Lidija Posavec @lidija_posavec]

Spring in the crystallization tube 🌸💮

[Nature Energy @NatureEnergyJnl]

Yeng Ming Lam, @SumLab_NTU and team at @NTUsg and @ASTARsg develop a method to fabricate low-dimensional #perovskite capping layers with metals other than lead or tin. #SolarCells https://t.co/RH3gHFTYE3

[Sum Lab @SumLab_NTU]

https://t.co/xrN4MPpN2A

[TzeChienSUM @TzeChienSUM]

Full precursor solution method expands the metal cation library of low-dimensional interfaces for engineering stable and efficient #perovskite solar cells. https://t.co/lLM6J8B023
@SumLab_NTU #NatureEnergyJnl

[Qiannan Zhang @Qiann_Z]

Farewell party for Dr. @sankaranrameshw 😉 and pre-celebration for Dr.@JWMelvinLim 😉 before group @SumLab_NTU meeting🥳🥳🥳. All the best to them ☺️

[Meng Li @mengli0806]

Perovskite PV modules prepared in our laboratory, 100*100mm and 50-50mm.

[Qiannan Zhang @Qiann_Z]

@fukosasih Congrats!

[Dan Quintana @dsquintana]

I will never make a poster as good as this one

[Sum Lab @SumLab_NTU]

Separating the interplay of carrier diffusion, surface recombination and photon recycling in #perovskites using #ultrafast #spectroscopy? What are the intrinsic limits of carrier diffusion? Check out our latest work @NanoLetters by @GeoFong @SumLab_NTU - https://t.co/34fnVomDph