Check out our latest work published in JMEMS IEEE Xplore, doi.org/10.1109/JMEMS.… in which we discussed the fabrication of self-sealed circular microfluidics channel in glass with the help of microscale thermal blowing. This work has been carried in ProSen Group at CeNSEatIISc.

ieeexplore.ieee.org/document/96570… check out our groups work on self-sealed Circular microfluidic channel! Congratulations Rutvik Lathia 😃. CeNSEatIISc

Congratulations Rutvik Lathia for winning the best presentation award at NISE conference, Seoul , South Korea. We are delighted to hear this news !🥳

Congratulations to Rutvik Lathia Nitish Sagar and Prosenjit Sen for their publication link.springer.com/content/pdf/10… . Enjoy reading 😃!

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 doi.org/10.1088/1361-6…, published in IOP Publishing. ProSen Group CeNSEatIISc

Check out our feature article published in Langmuir , doi.org/10.1021/acs.la…, this feature article explores various techniques for droplet generation and manipulation at multiple scales. Congratulations to the team !

Most Read in the past 30 days! Check it out: "Advances in Microscale Droplet Generation and Manipulation" go.acs.org/46g

Our work on liquid marble impact is online. We present how formation of stable flower like structures supress disintegration of liquid marbles during impact. doi.org/10.1016/j.jcis…

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: bit.ly/3pPwp1R ProSen Group CeNSEatIISc IISc Bangalore

Researchers from the Centre for Nano Science and Engineering IISc Bangalore studied the #droplet breakage on impact Read more: vigyanprasar.gov.in/isw/Researcher… Dr Jitendra Singh Office of Principal Scientific Adviser to the GoI DSTIndia chandra Srivari Department of Biotechnology Prosenjit Sen Rutvik Lathia CHANDANTARU MODAK Vigyan Prasar

Our latest article in Droplet Journal Wiley unveils two kinds of contact time reduction mechanisms for particle coated droplet: Adhesion and Fragmentation. Read our article at doi.org/10.1002/dro2.89. CeNSEatIISc IISc Bangalore ProSen Group CHANDANTARU MODAK Prosenjit Sen

Researchers from CeNSEatIISc, IISc Bangalore 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 doi.org/10.1002/dro2.89 Rutvik Lathia CHANDANTARU MODAK Prosenjit Sen

Our article in Nature Communications on tunable encapsulation of small droplets for applications in single crystal growth, cell culture and drug delivery. Access article nature.com/articles/s4146… CeNSEatIISc IISc Bangalore Prosenjit Sen ProSen Group

Happy to share our work published in Nature Communications on tunable liquid and solid encapsulation of sessile droplets for bio/chemistry applications. nature.com/articles/s4146…

Researchers from CeNSEatIISc, IISc Bangalore devised a way to control evaporation rate of tiny droplets that can have profound implications for the development of future lab-on-chip technologies. Nature Communications nature.com/articles/s4146… Rutvik Lathia Prosenjit Sen

Our article on Tunable encapsulation of sessile droplets with solid and liquid shells features in Editors highlight webpage nature.com/collections/ee…

Congratulations to our lab members who were awarded their degrees! 🥳🥳Congratulations Nitish, Niranjan and Namratha on the award of your PhD degree. 🤩🥳Congratulations CHANDANTARU MODAK for getting the Revati and Satya Nadham Atluri Medal for his thesis!🤩🥳

Why do circulating ovarian cancer clusters hve #ECM? How do clusters survive confining anatomies? Do clusters show heterogeneity in mechanics? Team led by Tavishi Dutt & Jimpi Langthasa frm IISc Bangalore answer in bit.ly/41OWZsb Ack: IFCPAR/CEFIPRA Ministry of Electronics & IT DBT/WT India Alliance

अविचल संकल्प, निर्णायक प्रतिकार। Unwavering Resolve, Decisive Action. #OperationSindoor #JusticeServed #IndianArmy

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. 📖doi.org/10.1002/smsc.2… Prosenjit Sen IISc Bangalore CHANDANTARU MODAK