🌶️ Spicenet transforms DeFi collaboration: a unifying brokerage network. It turns fragmentation into strength, linking chains/rollups for efficient execution & distribution.
Huge congrats to our startup project Cleantech & Beyond! The DTI smart label tech is selected as one of the finalists for @PackagingEurope's 2023 Sustainability Awards in the Pre-commercialised Active & Intelligent Category.
DTI: https://t.co/RASHyzY6jT
Our latest research article in Advanced Functional Materials by @PimpisutW is live ⚡️
Origin of Hole‐Trapping States in Solution‐Processed Copper(I) Thiocyanate and Defect‐Healing by I2 Doping https://t.co/WdhTxSb7ok
Congrats to our startup project for winning an #award from BDMS Startup Pitching 2022 in the category: real-time monitoring for proactive health! 🥳🎉
The all-star team showed how our smart labels can be used to track temp-sensitive pharma and biomed products at item-level.
Joining the big boys' league! Showing our digital temperature indicators at an industrial event for the first time. Another step forward for the team. #SensorExpoJapan 🕺💃
Our DTI (Digital Temperature Indicator) technology is featured as one of the @nfcforum 2022 Innovation Award Finalists! 🎉🥳
Entry is under Cleantech and Beyond. Core tech is our unique sensor based on thermoresponsive materials developed by @VistecTH and @IRPCofficial.
CuSCN has been around for a while. What have we learned recently about its basic properties? Can we move beyond it? (spoiler: not easy!) Can "coordination polymers" become a new material family for electronics? Tomorrow 12th May, 9:30am, 316B #S22
Also, we've been working on temp sensors integrated with RFID/NFC. Our sensors can sense when a critical temp is reached and 'remember' that even when the temp returns to normal - memory with no battery required. Phase 3 funded by PMU-C & IRPC to get to TRL9 and create a startup!
The paper on Sn(SCN)2 as OPV anode interlayer by @JiKwangy (posted earlier on @arxiv) is now published in #APL Applied Physics Letters. Big congrats @JiKwangy! https://t.co/KyftQMbHcI
Just accepted article by @PimpisutW in @JMaterChem C. Treating CuSCN HTL with antisolvents (esp THF) improves the performance of OPVs and OLEDs. The simple extra step should be applicable to any device fabrication process employing CuSCN (dep from DES). https://t.co/MnpL5EMCgw