Exciting how the field is growing! Thanks for organising!

Join us at #SCDB2024 to explore unifying principles in dev bio! Abstracts due JUNE 28. 18 will be picked for talks🎙️. 🙏 to sponsors Chan Zuckerberg Initiative Chan Zuckerberg Biohub Network @CompanyofBiol, we have many travel awards avail! Check out our amazing speakers & apply today! tinyurl.com/scdb24

Excited to organize with Prof. V Mahadevan Inst. of Bioinformatics and Applied Biotechnology a symposium highlighting the women speakers investigating cancer as a complex system. Poster session, panel discussion, hands-on training on AI/ML in genomics too! Registration deadline: June 25. Biopatrika Rakesh Kumar

Synchrony is all around us, from fields of fireflies to planetary orbits locked together by gravitational forces. The Robert Mehrabian College of Engineering's Frencesco Bullo is leading a multi-university research initiative to study the mathematics behind these rhythms of nature. ow.ly/620550SKCEm

New KITP Program! #CARDIO26 Multi-Scale Physics of Normal and Diseased Heart: from Ion Channels to Whole Organ Dates: 3/30/26-4/23/26 kitp.ucsb.edu/activities/car…

Applications now open for computational oncology workshop IIT Hyderabad. sites.google.com/iith.ac.in/wco… Plz RT Deepak Modi Abhijit Majumder Debarka Sengupta Karthik Raman Mayurika Lahiri Anshu Bhardwaj, Ph.D. Bushra Ateeq Tuli Nagaraj Balasubramanian Gautam Menon Sandeep Singh Poonam Thakur Shilpy Sharma

I am very excited that our collaboration of Arnab Barua | অর্ণব বড়ুয়া and Mohit Kumar Jolly team (Aditi Pujar, Ushasi Roy, Divyoj Singh and Partha Dey) is finally published. Thread follows /1 cell.com/iscience/fullt…

Grateful & humbled to receive the prestigious ICTP Prize 2023 for our work on physics of cancer. Honored to be the 1st recipient in biophysics working in India. Collective Dynamics of Living Systems International Physics of Living Systems UT Center for Computational Oncology Sandy Anderson IISc Bangalore BE, IISc Biopatrika Biological Sci, IISc Rakesh Kumar

IISc Bangalore faculty member scaling new heights... Bengaluru professor summits Mt Elbrus, Mt Kilimanjaro deccanherald.com/india/karnatak… via Deccan Herald

Excited about this collaborative work in iScience journal on comparing the Notch signaling models with least microenviroometal uncertainty principle model proposed by Arnab Barua | অর্ণব বড়ুয়া M3s (B. Hatzikirou). Led by Aditi Ajith Pujar with inputs from Ushasi Roy Divyoj Singh & Partha BE, IISc Physics, IISc

We lost one of our tallest heroes - a visionary global business leader, philanthropist and extraordinary human being who has inspired generations with his compassionate leadership. Hard to accept he is no more, but his words will echo - "Give back to society more than you take."

After 2 years in peer review, finally accepted eLife - the journal. Our minimal model for planar cell polarity that explains experimentally observed swirling patterns using 3 parameters. Work led by Divyoj Singh, in collaboration with Sriram Ramaswamy & Mohd Suhail Rizvi. elifesciences.org/articles/84053

Come join us in the Physics Department @ Berkeley!

Rama is an excellent speaker....do attend if you are in Pune..8th Nov at 5.30pm. Turbulence is one of the most intriguing classical problems in physics, with implications in science and technology...worth attending to know more..

Had a great time learning exciting ideas related to our work in cancer evolution by experts across disciplines. Many thanks Dr. Prakash Kulkarni Dr. Ravi Salgia for this thought-provoking symposium! The cherry on top of the cake was meeting up lab alumni Divyoj Singh shuba raghu Kishore Hari

3/3 . This comic was designed by artist Jon Chad, and the PoL Public Relations committee, and with the scientific support of PoL researcher Jan Brugués Brugués Lab

Feels like a sizeable science community has moved to bluesky! I am gladly moving there too! See you all there! bsky.app/profile/divyoj…

Experiments and theory show how confined epithelial cell trains develop spontaneous, size-constrained oscillations driven by feedback between mechanical and chemical signals, shaping the one-dimensional tissue’s response to external forces. 🔗 go.aps.org/3PufziA

This work was done by Toshi Parmar (@aphorism_art) and colleagues at UCSB Physics UCSB.