A unique recoil cavity mechanism enables precise single-droplet ejection on superhydrophobic sieves! 🌀
This breakthrough in droplet impact dynamics can transform printing in electronics, bio & beyond.
📖https://t.co/AnAphTWNjE
@prosenjit_cens@iiscbangalore@chandanmodak_
Congratulations to our lab members who were awarded their degrees! 🥳🥳Congratulations Nitish, Niranjan and Namratha on the award of your PhD degree. 🤩🥳Congratulations @chandanmodak_ for getting the Revati and Satya Nadham Atluri Medal for his thesis!🤩🥳
Happy to share our work published in @NatureComms on tunable liquid and solid encapsulation of sessile droplets for bio/chemistry applications. https://t.co/AVgR8MJWkZ
Researchers from @CeNSEatIISc, @iiscbangalore have developed particle coated droplets to reduce the contact-time on interaction with a superhydrophobic surface.
Read full article in Wiley's Droplet journal at https://t.co/ZS6XBF7MKm
@Rutvik_Lathia@chandanmodak_@prosenjit_cens
Our new research on the impact dynamics of liquid marbles, out in JCIS @ELSchemistry ! It uncovers fascinating phenomenon where interfacial instability actually helps prevent droplet breakage upon impact. Read more: https://t.co/1qKoE3R5kS @GroupProsen@CeNSEatIISc@iiscbangalore
Our work on liquid marble impact is online. We present how formation of stable flower like structures supress disintegration of liquid marbles during impact.
https://t.co/aMM4pTStkY
Check out our feature article published in @ACS_Langmuir , https://t.co/K0h3LpKfjK, this feature article explores various techniques for droplet generation and manipulation at multiple scales. Congratulations to the team !
Ever heard about particle-coated droplets? They are used for many exciting applications starting from sensors to cell encapsulation. Check out our latest article on sol-gel-coated liquid entities at https://t.co/2hWWqLxmrF, published in @IOPPublishing. @GroupProsen@CeNSEatIISc