A brief essay is just out (Current Opinion in Systems Biology 2026, 44:100589 , as a part of special issue COISB Modeling and dynamics 2026). Kunihiko Kaneko “Complex versus complicated systems biology, universality versus detailed modeling” https://t.co/qcP4FY90Ep
Our paper “A Self-Organized Tower of Babel: Diversification through Competition” is just out, showing how local cooperation and global competition create clusters of diverse communities. https://t.co/FTOq9PTWy0
Riz Noronha and Kunihiko Kaneko, Phys Rev. Res. (2025) 8, 013303
Our paper on flexible control of temporal cognitive process by multi-time-scale neural network is just out online (Neural Networks, vol 196, (2026) 108381)
https://t.co/Df9OHo2OuC
“Universal Biology: The Physics of Life through the Macro-Micro Consistency Principle" has just been published from Cambridge Univ Press. I hope you may be interested in: https://t.co/2AVBXUHGvm
Our paper on fluctuation-response relationship in learning is just out. Tomoki Kurikawa and Kunihiko Kaneko, Fluctuation-learning relationship in recurrent neural networks,
Nature Communications 16, 9663 (2025)
https://t.co/MxAF9oTy4n
"Universal Biology: The Physics of Life through the Macro-Micro Consistency Principle" will be soon published from Cambridge Univ Press. Brief introduction is here: https://t.co/O3zqtYcu8B
Our review paper on “central dogma” is just out: Nobuto Takeuchi and Kunihiko Kaneko, “Generalizing the central dogma as a cross-hierarchical principle of biology”, Phil. Trans. R. Soc. B 380: 20240296.
https://t.co/cTJqIKNEPv
Another one; "A simple model for how species in soil shape their environment in a way that benefits their growth" Physical Review Research, 2025
https://t.co/gZ2ORCabQU
Riz Fernando Noronha, Kim Sneppen,&KK
As I just activated X, I post two of earlier papers of this year:
“Self-organized institutions in evolutionary dynamical-systems games”
Kenji Itao &KK;PNAS (2025) 122 (15) e2500960122
https://t.co/AzQjKlULOE
Just out from Cambridge University Press: Theoretical Biology of the Cell by Takagi, Furusawa, Sawai & Kaneko. Covers theoretical tools for life dynamics, stochasticity & information for cellular response, adaptation, morphogenesis, origin of life & more.
https://t.co/SDCXfrrokO
Constructing universal phenomenology for biological cellular systems: an idiosyncratic review on evolutionary dimensional reduction https://t.co/gWzOxKW1hc via @ioppublishing