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• W3100811744 endingPage "74" @default.
• W3100811744 startingPage "41" @default.
• W3100811744 abstract "Power laws and distributions with heavy tails are common features of many experimentally studied complex systems, like the distribution of the sizes of earthquakes and solar flares, or the duration of neuronal avalanches in the brain. Previously, researchers surmised that a single general concept may act as a unifying underlying generative mechanism, with the theory of self organized criticality being a weighty contender. Consequently, a substantial amount of effort has gone into developing new and extended models and, hitherto, three classes of models have emerged. The first line of models is based on a separation between the time scales of drive and dissipation, and includes the original sandpile model and its extensions, like the dissipative earthquake model. Within this approach the steady state is close to criticality in terms of an absorbing phase transition. The second line of models is based on external drives and internal dynamics competing on similar time scales and includes the coherent noise model, which has a non-critical steady state characterized by heavy-tailed distributions. The third line of models proposes a non-critical self-organizing state, being guided by an optimization principle, such as the concept of highly optimized tolerance. We present a comparative overview regarding distinct modeling approaches together with a discussion of their potential relevance as underlying generative models for real-world phenomena. The complexity of physical and biological scaling phenomena has been found to transcend the explanatory power of individual paradigmal concepts. The interaction between theoretical development and experimental observations has been very fruitful, leading to a series of novel concepts and insights." @default.
• W3100811744 created "2020-11-23" @default.
• W3100811744 creator A5068651534 @default.
• W3100811744 creator A5076881344 @default.
• W3100811744 date "2014-03-01" @default.
• W3100811744 modified "2023-10-16" @default.
• W3100811744 title "Power laws and self-organized criticality in theory and nature" @default.
• W3100811744 cites W122441277 @default.
• W3100811744 cites W1491589246 @default.
• W3100811744 cites W1556758605 @default.
• W3100811744 cites W1663924132 @default.
• W3100811744 cites W1859860849 @default.
• W3100811744 cites W1953975752 @default.
• W3100811744 cites W1964198552 @default.
• W3100811744 cites W1964939024 @default.
• W3100811744 cites W1966151890 @default.
• W3100811744 cites W1966792298 @default.
• W3100811744 cites W1969386677 @default.
• W3100811744 cites W1969822539 @default.
• W3100811744 cites W1972660142 @default.
• W3100811744 cites W1973371426 @default.
• W3100811744 cites W1973581223 @default.
• W3100811744 cites W1975405936 @default.
• W3100811744 cites W1978202746 @default.
• W3100811744 cites W1978865637 @default.
• W3100811744 cites W1979559639 @default.
• W3100811744 cites W1981443979 @default.
• W3100811744 cites W1981728104 @default.
• W3100811744 cites W1982039194 @default.
• W3100811744 cites W1983437307 @default.
• W3100811744 cites W1984797681 @default.
• W3100811744 cites W1985351346 @default.
• W3100811744 cites W1985672722 @default.
• W3100811744 cites W1985972278 @default.
• W3100811744 cites W1989798318 @default.
• W3100811744 cites W1992064183 @default.
• W3100811744 cites W1992421401 @default.
• W3100811744 cites W1993803315 @default.
• W3100811744 cites W1994687138 @default.
• W3100811744 cites W1995276147 @default.
• W3100811744 cites W1996666013 @default.
• W3100811744 cites W2000750720 @default.
• W3100811744 cites W2001516747 @default.
• W3100811744 cites W2005975728 @default.
• W3100811744 cites W2006289774 @default.
• W3100811744 cites W2006683277 @default.
• W3100811744 cites W2008620264 @default.
• W3100811744 cites W2009939208 @default.
• W3100811744 cites W2011186254 @default.
• W3100811744 cites W2014093524 @default.
• W3100811744 cites W2018707011 @default.
• W3100811744 cites W2020092282 @default.
• W3100811744 cites W2020510671 @default.
• W3100811744 cites W2020623466 @default.
• W3100811744 cites W2021292499 @default.
• W3100811744 cites W2021643388 @default.
• W3100811744 cites W2021745986 @default.
• W3100811744 cites W2021747460 @default.
• W3100811744 cites W2024100209 @default.
• W3100811744 cites W2024276148 @default.
• W3100811744 cites W2024448373 @default.
• W3100811744 cites W2024889906 @default.
• W3100811744 cites W2028185334 @default.
• W3100811744 cites W2030362416 @default.
• W3100811744 cites W2031939330 @default.
• W3100811744 cites W2032054411 @default.
• W3100811744 cites W2035685410 @default.
• W3100811744 cites W2036063757 @default.
• W3100811744 cites W2038003241 @default.
• W3100811744 cites W2038139819 @default.
• W3100811744 cites W2039993590 @default.
• W3100811744 cites W2040232110 @default.
• W3100811744 cites W2042666579 @default.
• W3100811744 cites W2044279459 @default.
• W3100811744 cites W2045486636 @default.
• W3100811744 cites W2046572714 @default.
• W3100811744 cites W2046872524 @default.
• W3100811744 cites W2047469708 @default.
• W3100811744 cites W2053835673 @default.
• W3100811744 cites W2054197488 @default.
• W3100811744 cites W2055225375 @default.
• W3100811744 cites W2057857434 @default.
• W3100811744 cites W2059007857 @default.
• W3100811744 cites W2059172780 @default.
• W3100811744 cites W2060515133 @default.
• W3100811744 cites W2061002342 @default.
• W3100811744 cites W2062021443 @default.
• W3100811744 cites W2062041358 @default.
• W3100811744 cites W2062215476 @default.
• W3100811744 cites W2064481931 @default.
• W3100811744 cites W2064523111 @default.
• W3100811744 cites W2064815476 @default.
• W3100811744 cites W2065900290 @default.
• W3100811744 cites W2066610273 @default.
• W3100811744 cites W2068602646 @default.
• W3100811744 cites W2072225385 @default.
• W3100811744 cites W2072248391 @default.
• W3100811744 cites W2075514521 @default.

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