We show that patterns in 1D mechanochemical active solids can be governed by network symmetry and topology, rather than the detailed oscillator chemistry.
Grateful to my advisor @SumantraSarkar and @dewan_phanindra, Lakshman Santhosh Kumar, for this wonderful collaboration.
📢 Proud to share a new publication in Nature Communications from @Medhavishwa, Sindhu Muthukrishnan, and collaborators!
Their work uncovers how mechanochemical feedback and crowding shape tissue dynamics. https://t.co/ezY2B2bg5g
#NatureCommunications#Bioengineering#IISc
Can we create efficient wireless communication channels with active molecular agents? @dewan_phanindra and I explore this question in the latest paper from @Physics_at_IISc. It is a potpourri of crowding, transport, and information theory. Link below.
To advance boundaryless science, the Dept. of Bioengineering hosted scientists in biological physics last week. The discussions sparked fresh ideas and opened new avenues for theory - experiment collaborations.
@iiscbangalore
Can we create efficient wireless communication channels with active molecular agents? @dewan_phanindra and I explore this question in the latest paper from @Physics_at_IISc. It is a potpourri of crowding, transport, and information theory. Link below.
New paper from our group! We show that the actin cytoskeleton makes lipid diffusion temperature independent, making cell signaling robust to temperature fluctuation. Valiant efforts by @sauravvarma98 & @argha_mitra. Link 👇. @Physics_at_IISc@iiscbangalore
An amazing open day with thousands of curious and happy visitors, dozens of experimental and theoretical demos, and great physics. All thanks to our amazing volunteers! 🙏 #IIScOpenDay2024#Physics#outreach