Chung Nguyen

Where the river flows…

[Rishabh @Rixhabh__]

The 20 most creative and iconic ads you've ever seen:

1. Sam - looking for a graphic designer

[Chung Nguyen @ChungKNguyen]

Oh noooo

[Chung Nguyen @ChungKNguyen]

Lab vibes

[Chung Nguyen @ChungKNguyen]

Moon festival last year.

Now, 1 in Sydney, 1 in Melbourne, 1 in Netherlands

:(

[DickeyGroup @DickeyGroupNCSU]

Congrats to Yahua for his paper published in Nature Chemical Engineering!

https://t.co/at6bHPjn1m

Normally, + and - electrodes "short circuit" when they touch. Interestingly, liquid metal anodes do not; instead they engulf the cathode and transfer.

[Jiong Lu @jionglu_NUS]

Atomic robotic probe with chemists' intuition! Our latest work out @NatureSynthesis , Great collaboration with @xnwang07 from @Tsinghua_Uni , Zhang group from @ResearchFoS, Congrats Jie, Jiali, Na @ChemNUS, I-FIM @NUSResearch ! 👇👇https://t.co/oQ5AsWqSgx

[Nanomaterials for Energy @HybridNano]

🙌Our paper on chirality transfer from light to plasmonic nanoparticles - mediated by chiral distribution of hot carriers - is out in @angew_chem! We followed the reaction at the single particle level.🔬🥳 Congrats Seunghoon, Chenghao + collaborators 🤼https://t.co/BoVRDe1iQu

[Nanomaterials for Energy @HybridNano]

🥳Our cover in @acsnano! 🔖
🌻Artificial photosynthesis requires finding new materials able to harvest sunlight ☀️ and to catalyze reactions 🧪
Here we visualize this energy conversion process at the single molecule level in a plasmonic nanoparticle 🔬🙌
https://t.co/kiaSc0NAU4

[DickeyGroup @DickeyGroupNCSU]

Congrats to Keith, Pranesh, and co-authors for this collaborative paper w/ Karen Daniels:

https://t.co/knMCGhHEih

This paper was quite a journey. It provides new insights into the giant decrease in interfacial tension of liquid metal with voltage.

[Ferroelectric @ferro_electrics]

Giant and Nonanalytic Negative #Piezoelectric Response in Elemental Group-Va #Ferroelectric #Monolayers @PhysRevLett

#Bimsuth #Antimony #Arsenic

https://t.co/0cjaWHkV3l

[DickeyGroup @DickeyGroupNCSU]

Given the recent interest in memristors, liquid metals, and soft memory devices, here is a video to highlight some work we did a while back with the help of two amazing students: Hyung-Jun Koo & Ju-Hee So (husband + wife!)

https://t.co/69HLQ4u8Dm

[Ferroelectric @ferro_electrics]

#Auxetic #piezoelectric effect in #heterostructures @NatureMaterials

https://t.co/RRuvbSpGcc

[Andrew J. Christofferson @VizProd]

This is the proper way to model liquid metal catalysis

[Nanomaterials for Energy @HybridNano]

🔓Today in @NatureCatalysis we show a world-record plasmonic catalyst for hydrogen production from sunlight 🫧☀️We exploit the maximized hotspots density from bimetallic plasmonic supercrystals 🥳Big congrats @matias_herran + collaborators @IIISchulzIII 🙌https://t.co/Osw3gdi2Fo

[ACS Nano @acsnano]

Colloidal Nanoparticles of High Entropy Materials: Capabilities, Challenges, and Opportunities in Synthesis and Characterization

A perspective from Raymond Schaak et al @RaySchaak @penn_state

🔓 Open access in ACS Nanoscience Au 👉 https://t.co/ujYJpOXLrG

[nmr_spectroscopy / Organic Chemistry ⌬🇺🇦 @NMRspectroscopy]

Meet the Sunday NMR challenge ⁉️🧲
Use the poll below or stay tuned for the answer with the explanation)

#nmr #nmrchat #chemistry #challenge #organicchemistry

[RMIT Research @ResearchRMIT]

Researchers have invented an experimental wearable device that generates power from a user’s bending finger 🫵 and can write ✍️ and store memories 🗃️, in a promising step towards health monitoring ❤️ and other technologies.

Learn more: https://t.co/fNzVUYNn7J

[Superatom.bsky.social 💉💉💉 💉 @goldclusters]

Quantum dots (QDs) certainly deserve Nobel Prize. Here is a thread 🧵 about QDs in a simple way to understand for public. Forgive me for the notes; I suck at PowerPoint and I hate teaching using it. It involves a bit of quantum mechanics (QM), surface and colloid chemistry. /1