Lab News

31 July, 2021

Find our research, Drop Impact Printing covered by Rajya Sabha TV!

12 July, 2021

Few-electron bubbles (FEBs) were discovered in superfluid helium.

IISc scientists discover two species of few-electron bubbles in superfluid heliumThese FEBs can serve as a useful model to study how the energy states of electrons and interactions between them in a material influence its properties, the Bengaluru-based IISc said in a statement.

27 October, 2020

Drop Impact Printing featured in Research Matters!

Printing now made simpler and cheaper for biological cells and liquid suspensionsResearchers at the Indian Institute of Science have developed a new technique that can effectively print a wide range of liquids inks including biopolymers, biological solutions containing cells, as well as water-based inks.

26 September, 2020

Dr. Saurabh Kumar explained how a simple tattoo with which we used to play in our childhood time can now be use for health monitoring proposes - In an interview by SipSci .

06 September, 2020

Dr. Saurabh Kumar was interviewed by Science United - India about his recent work on Skin Conformal Tattoo Sensors, published in ACS Sensors. Here's the video.

03 September, 2020

In the news: Times of India, All India Radio News, The Hindu, Financial Express, Phys.org, OutlookIndia.

IISc researchers develop low-cost, drop-on-demand printing technique | India News - Times of IndiaIndia News: BENGALURU: Researchers at the Centre for Nano Science and Engineering (CeNSE), the Indian Institute of Science (IISc) said on Thursday, they have deve.

01 September, 2020

Our recent publication in Nature Communications - "Drop Impact Printing"; was featured in Nature Device & Materials Engineering Community blog! Read the "Behind The Paper" section here!

Drop Impact Printing (DIP)We propose a simple drop-on-demand printing technique which replaces the use of nozzle with a superhydrophobic sieve enabling printing of nanoparticle suspension with very high mass loading of 71%, performed for surface tension range of 72 - 32 mNm-1 and viscosity up to 33 mPas.