We are proud to announce that Prof. Supreet Saini has been invited to join the editorial team of NPJ Systems Biology & Applications (published by Nature Portfolio) as an Associate Editor. This prestigious appointment reflects Prof. Saini’s significant contributions to the field of systems biology, particularly in advancing the understanding of complex biological networks through quantitative and

We are pleased to announce that the work of Prof. Supreet Saini and Pavithra Venkatraman, Department of Chemical Engineering, IIT Bombay, has been selected for the Prof. R. Kumar Modelling Award 2025, conferred by the Department of Chemical Engineering, IISc Bangalore. The award-winning research, titled “Ecological disruptive selection acting on quantitative loci can drive sympatric speciation”

We are delighted to share that Prof. Ratul Dasgupta, Department of Chemical Engineering, IIT Bombay, has been selected as a recipient of the Class of 1973 Faculty Award for Research Excellence 2025. The award recognizes outstanding contributions to research by faculty members across the Institute. The awards will be formally presented during the Engineers' Day celebrations on September 15, 2025

Join the First Online National Workshop on Philosophy of Science exploring foundational issues across sciences. Organized by InSIST, University of Mumbai, this free workshop on 24 Sept 2025 (9 AM – 1:30 PM IST) features renowned speakers in philosophy of science, mathematics, and physics. Pre-registration is mandatory. Students, researchers, and faculty are especially invited.

Speaker Name: Prof. Aloke Kumar (IISC Bangalore) Date: 03-09-2025 (Wednesday) Time: 2:30 PM Venue: LC002 Abstract: Coalescence of liquid drops is an energy minimization phenomenon in which two drops merge to attain a thermodynamically stable coalesced state. This process is widely observed across a diverse range of natural and industrial processes and in the lab can be studied in three

In natural biological systems, self-organization occurs at multiple scales—from molecular self-assembly, organization of cytoskeletal elements, collective migration of cells to flocking of birds. In recent decades, advancements in microscopy, genetic engineering, biochemistry, and computational modeling have enabled us a more quantitative description of these processes. In this talk, I will show

My expertise and research interest lie in the field of fluid mechanics. The common theme of my research is the dynamics of liquid-gas interface or free surface ranging from micrometer to planetary length scale. The dynamics of free surfaces is particularly interesting to me as it is crucial in the transportation of various physical quantities. In smaller length scales, where surface tension is

Assistant Professor, IIT Gandhinagar, (December 2017 - Present) Marie-Curie Fellow, University of Rennes 1, (April 2017 - Dec. 2017) Post Doctoral Fellow, University of Rennes 1, (July 2016 - March 2017) Research Associate, IIT Kharagpur, (April - June, 2016) Selected Publications U. Ghosh, T. LeBorgne, D. Jougnot, N. Linde and Y. Meheust, "Geoelectrical signatures of reactive mixing: a

Research Summary: Fundamentals of turbulence (spontaneous stochasticity, dissipative anomaly, irreversibility, geometry and statistics, singularities, intermittency); • Turbulent transport (pair dispersion, point-source, finite-size and mass effects, deformable particles, suspensions of active particles, turbulence modulation); • Out-of-equilibrium processes (random walks in random environments

Chemical Engineer U.S. Environmental Protection Agency Ray Smith has been a Chemical Engineer in the U.S. Environmental Protection Agency’s Office of Research & Development for 20 years, after earning his PhD in Chemical Engineering from the University of Massachusetts, Amherst. During his tenure with EPA, Ray has established an expertise in sustainability by performing research in the areas of