BioComplexity_NBI
@BioComplex_NBI
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BioComplexity Group at the Niels Bohr Institute, Copenhagen. Biocomplexity is a cutting-edge area of research between physics and biology.
Copenhagen, Denmark
Joined March 2020
Just out from Cambridge University Press: “Universal Biology: The Physics of Life through the Macro-Micro Consistency Principle" . https://t.co/hQ76gWebFd (ebook will soon be available). Brief introduction is given here: https://t.co/UyPvxpIayT
cambridgeblog.org
What is life, or are there universal properties of living systems? More than 80 years ago, Schrödinger published his seminal monograph What is Life? in which he predicted the nature of DNA as an...
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Tomoki Kurikawa and Kunihiko Kaneko, Fluctuation-learning relationship in recurrent neural networks, Nature Communications 16, 9663 (2025) https://t.co/47JV6VzdNW
nature.com
Nature Communications - Spontaneous neural activity has been experimentally linked to learning ability. Here, the authors derive theoretical formulae showing that higher variance along...
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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/pLSJacAt6k
cambridge.org
Cambridge Core - Mathematical Biology - Theoretical Biology of the Cell
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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/udbf0bG61X Riz Fernando Noronha, Kim Sneppen, and Kunihiko Kaneko
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Self-organized institutions in evolutionary dynamical-systems games Kenji Itao and Kunihiko Kaneko PNAS (2025) 122 (15) e2500960122 https://t.co/u9gAjgHUXj
pnas.org
Social institutions are systems of shared norms and rules that regulate people’s behaviors, often emerging without external enforcement. They provi...
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Love it: https://t.co/YIW4vbpNce
論文でました〜！ 例えば植物の種は動いたりしないので生きているように見えないですが、水をかけたりすれば芽を出します。そういった「活性を取り戻す操作」があるか否かをベースに細胞死の数理的理論の提案をしました。 https://t.co/iOFVtm1P1s プレスリリースも出しました https://t.co/mkoqT4AVtW
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Dynamical theory for adaptive systems J. Stat. Mech. (2024) 113501 Tuan Minh Pham and Kunihiko Kaneko https://t.co/DU3Cdmg2ce
iopscience.iop.org
Dynamical theory for adaptive systems, Pham, Tuan Minh, Kaneko, Kunihiko
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（KK’s current affiliation with the Niels Bohr Institute at University of Copenhagen was incorrectly listed in the ‘present address’ during production.)
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Dimensional reduction and adaptation-development-evolution relation in evolved biological systems Biophysical Reviews(2024) Kunihiko Kaneko https://t.co/gpkDMAZhJc
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Our preprint is out! Bacteria growing in colonies and exposed to phage -> self-organize into a steady coexistence state with broad distribution of colony size
Self-organized coexistence of phage and a population of host colonies https://t.co/xlm2aSijvd
#biorxiv_ecology
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The first paper in a new journal! Emergence of economic and social disparities through competitive gift-giving PLOS Complex Syst 1(1): e0000001. Kenji Itao and Kunihiko Kaneko https://t.co/fF5js54v1I
journals.plos.org
Author summary Human societies have experienced transitions between different types of organizations, including bands, tribes, chiefdoms, and kingdoms. However, quantitative characterizations of the...
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The collaboration work between us and @SineSvenningsen in Biology Dep. about phage attack on a bacterial colony was chosen as a topic in “Small Things Considered”. It is a great blog with many fascinating posts about microbial world, and we are so excited to be mentioned!
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New work from Kuni’s group: Formation of human kinship structures depending on population size and cultural mutation rate Kenji Itao and Kunihiko Kaneko PNAS 121 (33) e2405653121 https://t.co/OJPS15zPZZ
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Simple bacterial growth model for the formation of spontaneous and triggered dormant subpopulations, Mikkel Skjoldan Svenningsen and Namiko Mitarai #Biophysics
https://t.co/9Aih79kjmV
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Phys. Rev. Research 6, 033072 (2024) - Simple bacterial growth model for the formation of spontaneous and triggered dormant subpopulations
journals.aps.org
Bacterial persistence is a phenomenon where a subpopulation of cells can survive antibiotic treatment, and it is often linked to extremely slow growth or a dormant state. However, the mechanisms and...
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Our paper on T-even phage Lysis Inhibition is out! MOI dependent decision is such a good idea..
journals.plos.org
Author summary T-even bacteriophages can delay the lysis of their hosts when they detect more phages are adsorbing to the hosts. This behaviour is called lysis inhibition. While the delay slows down...
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Bayesian inference is facilitated by modular neural networks with different time scales. Kohei Ichikawa and Kunihiko Kaneko PLoS Comput Biol 20(3): e1011897 (2024). https://t.co/xU5RWJl2ot
journals.plos.org
Author summary Bayesian inference is essential for predicting noisy inputs in the environment and is suggested to be common in various animals, including humans. For the brain, to perform Bayesian...
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Universal Transitions between Growth and Dormancy via Intermediate Complex Formation Jumpei F. Yamagishi and Kunihiko Kaneko Physical Review Letters 132, 118401 (2024) https://t.co/PfAXVjaTF7
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Developmental hourglass: Verification by numerical evolution and elucidation by dynamical-systems theory Takahiro Kohsokabe,Shigeru Kuratanai,Kunihiko Kaneko PLoS Comput Biol 20(2024): e1011867 https://t.co/jt6DnJgVcH
journals.plos.org
Author summary Understanding the intriguing relationship between development and evolution in multicellular organisms has long been a challenge in biology. A recent hypothesis called the developmen...
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Constructing universal phenomenology for biological cellular systems: an idiosyncratic review on evolutionary dimensional reduction Kunihiko Kaneko J. Stat. Mech. (2024) 024002 https://t.co/czK79Yv7Qi
iopscience.iop.org
Constructing universal phenomenology for biological cellular systems: an idiosyncratic review on evolutionary dimensional reduction, Kaneko, Kunihiko
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