Self-organized systems as a research area investigate distributed processes in which macroscopic order, structure, or function emerges from local interactions among many components without centralized control. The field encompasses theoretical modeling, analysis, and simulation of nonlinear dynamical systems, often drawing on statistical physics, complex systems theory, network science, and information theory. Research focuses on identifying generic mechanisms (e.g., feedback loops, pattern formation, criticality), characterizing robustness and adaptability, and deriving principles that explain emergent behavior in physical, biological, social, and engineered systems, with applications to swarm robotics, decentralized control, collective decision-making, and adaptive infrastructure.
As conflict intensifies in the Middle East, energy markets swing wildly and the cost of living keeps climbing, a pressing question is emerging for anyone who is tied in to the fluctuating energy and food markets: how do we ...
Environment
Apr 22, 2026
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Researchers in Belgium have unveiled a striking chemical reaction in which ripples along a frozen reaction front resemble the rays of a shining star. Publishing their results in Physical Review Letters, Anne De Wit and colleagues ...
Living cells are highly organized, yet they are not assembled using rigid blueprints or by following a predetermined plan. Instead, order emerges on its own from countless interactions between molecules that are constantly ...
Cell & Microbiology
Feb 18, 2026
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A perspective in the Journal of the Royal Society Interface argues that advances in AI, sensing technologies and modeling are transforming the study of collective animal behavior, with implications reaching far beyond biology, ...
Ecology
Feb 1, 2026
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The sensory proteins that control the motion of bacteria constantly fluctuate. AMOLF researchers, together with international collaborators from ETH Zurich and University of Utah, found out that these proteins can jointly ...
Cell & Microbiology
Jan 29, 2026
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A collaboration between the University of Konstanz and Forschungszentrum Jülich has achieved the first fully tunable experimental realization of a long predicted "swarmalator" system. The study, published in Nature Communications, ...
General Physics
Dec 10, 2025
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For numerous fundamental processes of life, the formation of certain protein patterns is essential. Protein pattern formation controlled by molecular switches is—like many processes in nature—far removed from a state of equilibrium.
Soft Matter
Dec 8, 2025
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In the intricate architecture of plant tissues, beauty often emerges from chaos, according to new research from Cornell researchers. Findings from a recent study show how randomness and growth together create the striking ...
Plants & Animals
Nov 12, 2025
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In nature, ordered structures are essential to maintain both stability and functionality in living systems, as observed in repeating structures or the formation of complex molecules. Yet, the creation of this order is based ...
General Physics
Nov 5, 2025
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In 1949, famed mathematician and physicist John von Neumann delivered a series of addresses at the University of Illinois, where he introduced the concept of the "universal constructor." The theory was further detailed in ...
Space Exploration
Nov 5, 2025
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