Complexity & Emergence
52 articles
Ludwig von Bertalanffy and General Systems Theory: Why Everything Is Connected
A mid‑twentieth‑century call to see relations before parts — the intellectual leap that made interdisciplinarity scientific
When Networks Break Together: New Theory Exposes Fragility of Interdependent Infrastructures
Recent advances in network-resilience theory reveal why coupling modern infrastructures can turn local faults into systemic collapse — and point to concrete architectures that blunt the next cascade.
Neural avalanches at the edge: new clarity in the criticality debate
Converging experiments and theory suggest cortex operates near — but not necessarily exactly at — a critical point, with big implications for computation.
Quantum Coherence Channels Enable Robust Biological Information Flow
Recent experiments and theoretical work argue that transient quantum coherence and regulated decoherence operate as information channels in photosynthesis, magnetoreception and other biological systems.
Norbert Wiener’s Cybernetics Returns: Control, Communication, and the Modern Machine
Seventy-five years after Cybernetics, Wiener's synthesis of feedback, information, and control is reemerging as a vital framework for AI safety, robotics, and complex systems thinking.
On the Edge: Self-Organized Criticality, Neural Avalanches, and Cortical Computation
Growing evidence shows cortex operates near a critical point — a poised regime of neural avalanches that may optimize information processing while remaining fiercely contested and actively probed.
When Selection Scales Up: How Cooperation Emerges Across Levels of Life
New experimental, computational and theoretical work is converging on mechanisms that let cooperation crystallize from genes to groups and back again.
The Baconian Method: How Francis Bacon Engineered the Architecture of Modern Science
Four centuries before randomized controlled trials and reproducibility crises, Francis Bacon dismantled the ancient edifice of pure reason and replaced it with something radically empirical — a systematic engine for extracting truth from nature itself.
When Opinions Flip: Phase Transitions and the Hidden Physics of Social Change
Collective belief shifts often behave like physical phase transitions — but the social versions hide metastable traps, hysteresis, and microscopic contingencies that make tipping points slippery.
Cascade Without Warning: Why Interdependent Networks Collapse Abruptly
Small failures in tightly coupled infrastructures can trigger abrupt, system‑wide breakdowns — and standard robustness metrics miss the danger.
When Cooperation Climbs Scales: How Multilevel Feedbacks Forge Collective Life
New experiments and models show that cooperation is not a single trick but an emergent property of interactions that knit together genes, organisms, groups and environments.
Dissipative Structures Far from Equilibrium: New Bridges to Biology
Recent theoretical and experimental advances are turning Prigogine’s abstract idea of dissipative order into concrete mechanisms that cells and synthetic protocells use to organize, compute, and adapt.