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RIP Prof. Michael Sheetz! I learnt so much about mechanobiology from your pioneering works ...

Are you not entertained? #COYG #ARSMCI

Going back to one's alma mater is always special, and even more so if the occasion is an exciting conference. So happy to be a part of the " Physics of Cells and Tissues 3.0" international symposium, at IISc Bangalore last week. Thanks Mohit Kumar Jolly & Ramray Bhat for inviting me.

An incredible incredible night #COYG #ARSRMA

Hang it in the Louvre! #COYG #ARSRMA

Today marked the concluding class of the 'Cell and Tissue Biomechanics' course I've been teaching this semester at BITS Hyderabad. We started with a small group of students, but they stuck through, and thanks to them , we shared some nice memories while learning together

Understanding how cartilage cells respond to physical forces is essential for developing better treatments for joint diseases and tissue regeneration. Researchers blended two well-known biomaterials, agarose and collagen type I, to create a new hydrogel for investigating how

Time to bid adieu to these two wonderful soon-to-graduate UGs, Ashwath and Arjun. Both of them were working with me on some fun problems on cellular solids for the past year and will soon be heading towards the US, having secured admits at Texas A&M University for grad school.

looking forward to hosting a postdoctoral candidate under the upcoming NPDF scheme. Our lab works broadly on mechanics of soft materials, cell and tissue biomechanics (lnkd.in/gUdzw29u ). Interested candidates please reach out- [email protected]

Have you ever thought about inflating tissues? Or maybe quickly deflating those inflated tissues? New #EpithelialMechanics pre-print: doi.org/10.1101/2025.0… 🧵with pressure control, multiscale buckling, patterned wrinkling

At the CISM summer school on "Mechanics to Build Soft Robots" at Udine in Italy, I presented a poster on bio-inspired materials for soft robotic applications, highlighting part of my PhD work on bio-inspired FREs & recent collaborative work on shape-morphing printable materials