Lydia Wong Lab @ NTU

Exploring chemical and physical properties of novel materials for energy applications @NTUsg

[Lydia Wong Lab @ NTU @LydiaWongLab]

Our review on emerging chalcogenide photoabsorbers is now published in @ACSChemRev ! Congrats to the authors @ShreyashHadke and Ying Fan Tay.
https://t.co/xjn3BjBaFd

[Lydia Wong Lab @ NTU @LydiaWongLab]

Grateful to be featured in the special edition by @JMaterChem for #InternationalWomensDay! Our work on Zn substitution in Kesterite solar cells aims to screen candidates in tackling its efficiency bottleneck. Check out the special edition here: https://t.co/i4bfPMUqYz

[Lydia Wong Lab @ NTU @LydiaWongLab]

Have you ever wonder if there are any potential candidates for replacing Zn in CZTS? Check out our latest study where we try to probe different elements for future PV applications: https://t.co/k4EAWCOT00

[Lydia Wong Lab @ NTU @LydiaWongLab]

This research was conducted based on a collaboration project between our group and Hebrew University of Jerusalem.

#research #renewableenergy #hydrogen #electrochemistry #3dprinting

[Lydia Wong Lab @ NTU @LydiaWongLab]

Wondering how 3D printed glass can help with sustainability?

We printed 3D transparent lattice structures of Silica as 3D electrodes for photoelectrochemical hydrogen production, achieving ~2.4 times that of flatbed electrodes!

See: https://t.co/szlSKdNbHU

[Lydia Wong Lab @ NTU @LydiaWongLab]

Many thanks to Mahmoud for his excellent work!

[Lydia Wong Lab @ NTU @LydiaWongLab]

We are glad our work on high throughput discovery of OER spinel oxide catalyst is featured on the inside cover page of Small Journal! (See our work here: https://t.co/QsvSo806tv)

[Lydia Wong Lab @ NTU @LydiaWongLab]

Using high throughput methods, a novel and efficient Mn-based spinel oxide OER catalyst was discovered. Read more on how multiple active sites contribute to better OER catalytic activity: https://t.co/QsvSo806tv

[Lydia Wong Lab @ NTU @LydiaWongLab]

Congrats to our postdoc @StenerLie! Check out our work here: https://t.co/f1emPnYiym

[Nanoscale journal family @nanoscale_rsc]

We're delighted to share the #NanoscaleHorizons and @MaterHoriz poster prize winners from the 2nd International Conference on Materials for Humanity MH-22! Congratulations to Chen Jiusi @NUSingapore and Stener Lie @NTUsg for their excellent posters! 🎖️ 🏅 https://t.co/dxfgBg2rQW

[Lydia Wong Lab @ NTU @LydiaWongLab]

Our recent work addressed key challenges in scaling up semi-transparent perovskite solar modules. @MonikaRai21 and the CREATE team demonstrated a working module of size >21 cm2 and >12% efficiency under indoor conditions. Read more here: https://t.co/UtwHwME0lB

[Lydia Wong Lab @ NTU @LydiaWongLab]

Have you ever wonder if there are any potential candidates for replacing Zn in CZTS? Check out our latest study where we try to probe different elements for future PV applications: https://t.co/k4EAWCOT00

[Lydia Wong Lab @ NTU @LydiaWongLab]

We provide a comparative analysis of various chalcogenides in terms of their optoelectronic performance metrics and defect characteristics.

[Lydia Wong Lab @ NTU @LydiaWongLab]

Our review on emerging chalcogenide photoabsorbers is now published in @ACSChemRev ! Congrats to the authors @ShreyashHadke and Ying Fan Tay.
https://t.co/xjn3BjBaFd

[Lydia Wong Lab @ NTU @LydiaWongLab]

#Postdoc opportunity for South East Asia nationalities to join the SASEA Fellowship program in NTU, Singapore. Details here (https://t.co/qghlAOBSyK) or contact us for more info!

[Lydia Wong Lab @ NTU @LydiaWongLab]

We're looking to hire a Research Assistant/Project Officer to perform high throughput chemical synthesis and characterisation of multinary metal oxides for p-type transparent conducting applications! #Freshgrads preferred, details here: https://t.co/tbxioH61bE

[Lydia Wong Lab @ NTU @LydiaWongLab]

We're looking to hire a Research Fellow #postdoc to perform high throughput compound prediction using data mining and DFT phase stability for p-type transparent conducting oxides! #Freshgrads preferred, details here: https://t.co/HhUGouw7w0

[Lydia Wong Lab @ NTU @LydiaWongLab]

Our latest paper by @JinXin991 in Advanced Functional Materials shows how the preferred orientation of Sb2S3 ribbons on CdS can be tuned via the addition of extrinsic Cd in the precursor solution, leading to an improved #solarcell performance. @advscinews
https://t.co/Dr7zsU7yX5

[Lydia Wong Lab @ NTU @LydiaWongLab]

@Doctor_Bacteria Q see all we w w see esq 2qqwq se Ase

[Lydia Wong Lab @ NTU @LydiaWongLab]

@PepeMarquez9 Thank you!

[Nripan.MRG @MrgNripan]

Gold halide double #perovskite light absorbers now out @ChemMater . Direct bandgap mixed valence #leadfreeperovskite @wubenny https://t.co/HmpUj5Rh1d