very excited to share our work on #rscposter #RSCMat #RSCENG Using our understanding of recombination in perovskite-organic tandem interfaces, we designed a single pixel LED that changes emission from red to green! This efficiently preprocess images, enabling real-time display.

Here are some of the results of my recent research "Upcycling end of life solar panels to lithium-ion batteries via a low temperature approach" doi.org/10.1002/cssc.2… #RSCposter #RSCMat #RSCEnv #RSCEnergy ChemSusChem Nripan.MRG _yingSIM

Exciting to present my work at #RSCPoster #RSCMat #RSCENG. Architecting a thermo-responsive and electro-responsive polymeric hybrid Elsevier ; Stiffness modulation, electroactive actuation, Printing of hardness domains, Haptic communicator. Nripan.MRG Shreyas Pethe

Excited to share my work (for the first time)! Incorporating ionic liquids within polymer gel to induce thermotropic responses via LCST phenomenon #RSCPoster #RSCMat Nripan.MRG Ankit doi.org/10.1039/d1ta02…

I'm pleased to share our latest work on the Influence of Ionic Additives in the PEDOT:PSS Hole Transport Layer for Efficient Blue Perovskite Light Emitting Diodes #RSCposter #RSCMat #RSCEnergy #RSCEnv Nripan.MRG

Happy to answer any questions related to the recycling of photovoltaics. The team also showcased the feasibility of upcycling recovered silicon to Li-ion batteries (see Yeow Boon work). #RSCPoster #RSCEnv #Sustainability #CircularEconomy

Innovative. Interdisciplinary. Problem-solving. Issue 1 of our new gold open-access journal Industrial Chemistry & Materials is out now. Article processing charges are waived until mid-2025. Help advance the application of science and technology: rsc.li/3YmfEHm

Scientists transform algae into unique functional perovskites with tunable properties phys.org/news/2023-03-s…

Working on 'Engineering, properties and processes at device interfaces'? Exhibit your work at Conference on Perovskite Thin Film Photovoltaics and Perovskite Photonics and Optoelectronics #NIPHO23 📆15th-16th May 2023 Pavía Italy 👉Submit your abstract:  nanoge.org/NIPHO23/home

TPP+ ! reminding me my summer research + fyp days. So much work done! What's next?

Our team has developed simplified silicon recovery to enable high performance, sustainable lithium-ion batteries. Thank Prof Nripan.MRG for the guidance. Congrats Yeow Boon Ankit !! authors.elsevier.com/a/1h8Fq3In-9HU…

Another work from our team in effort towards a sustainable photovoltaic recycling. #recycling #photovoltaic #solarpanels #ewasterecycling

🔺Exciting news! Save the date for the upcoming #DEPERO Online Conference on 'Device Physics Characterization and Interpretation in Perovskite and Organic Materials'. 📆3rd-5th October 2023 👉More info and how to submit your oral abstract here: nanoge.org/DEPERO/home

That's good to know. Never experience this yet since the solvents tend to run out fast back in synthetic lab. Guess it is not just looking at labels and counting bottles from now on.

It's so wild that we can "see" molecules now. Humans can do so many amazing things when we're not being miserable monsters to each other. I have hope tho.

#NTUsg scientists have devised an efficient method of recovering high-purity silicon from expired solar panels using phosphoric acid. The silicon can be #upcycled into lithium-ion batteries that can power #electricvehicles and more. #NTUsgResearch ntu.sg/silicon

Read more on our team's work on recovery of Si with solely phosphoric acid and its upcycling application to lithium ion battery anode materials. This method avoids the use of multiple reagents and high temperature annealing to recover Si!