With @djbiswas98 we show how first synchronization time in a large complex network can be controlled by the degree of higher order interactions - having implications for social and brain networks https://t.co/WAyZV7ZzUv
Check out the nice AI summary! https://t.co/YrZDX6WVdR
Excited to share that I will be presenting at the Five-day workshop on Complex Network Analysis with Applications in Brain Network Science & Complex Systems, scheduled for 19-23 December 2025, to be held at IIIT Kottayam.
Workshop webpage: https://t.co/gzqPognwTI
Wondered why computational models of neural dynamics are limited to pair wise interactions while the brain complexity extends to triadic and quartic ? In this work by @djbiswas98 an analytical solution to arbitrary order interactions is introduced (1/n)
https://t.co/JCNtfeIC4M
@iitmadras Shines Again in NIRF 2025!
Setting benchmarks year after year, IIT Madras continues its legacy of excellence in education, research, and innovation.
🏆 NIRF India Rankings 2025
🔹 Overall – 1st (for the 7th consecutive year)
🔹 Engineering – 1st (for the 10th consecutive year)
🔹 Sustainable Development Goals – 1st
🔹 Innovation – 1st
🔹 Research – 2nd
From nurturing world-class talent to driving transformative technologies and sustainable solutions, IIT Madras stands at the forefront of nation-building.
@EduMinOfIndia
#NIRF2025 #IITMadras #Innovation #Sustainability
Happy to share our APS publication in Physical Review E, "Effect of adaptation functions and multilayer topology on synchronization". My Phd student Dhrubajyoti Biswas is the lead author. Read the paper here https://t.co/EvXTie0nKR