Matches in SemOpenAlex for { <https://semopenalex.org/work/W2316090223> ?p ?o ?g. }
- W2316090223 endingPage "1186" @default.
- W2316090223 startingPage "1169" @default.
- W2316090223 abstract "The fractional calculus has been part of the mathematics and science literature for 310 years. However, it is only in the past decade or so that it has drawn the attention of mainstream science as a way to describe the dynamics of complex phenomena with long-term memory, spatial heterogeneity, along with nonstationary and nonergodic statistics. The most recent application encompasses complex networks, which require new ways of thinking about the world. Part of the new cognition is provided by the fractional calculus description of temporal and topological complexity. Consequently, this Colloquium is not so much a tutorial on the mathematics of the fractional calculus as it is an exploration of how complex phenomena in the physical, social, and life sciences that have eluded traditional mathematical modeling become less mysterious when certain historical assumptions such as differentiability are discarded and the ordinary calculus is replaced with the fractional calculus. Exemplars considered include the fractional differential equations describing the dynamics of viscoelastic materials, turbulence, foraging, and phase transitions in complex social networks." @default.
- W2316090223 created "2016-06-24" @default.
- W2316090223 creator A5039177932 @default.
- W2316090223 date "2014-10-09" @default.
- W2316090223 modified "2023-10-02" @default.
- W2316090223 title "<i>Colloquium</i>: Fractional calculus view of complexity: A tutorial" @default.
- W2316090223 cites W1484077065 @default.
- W2316090223 cites W1544632947 @default.
- W2316090223 cites W1631825057 @default.
- W2316090223 cites W1665593305 @default.
- W2316090223 cites W1816275442 @default.
- W2316090223 cites W1965191725 @default.
- W2316090223 cites W1967200406 @default.
- W2316090223 cites W1975725344 @default.
- W2316090223 cites W1978944415 @default.
- W2316090223 cites W1983076310 @default.
- W2316090223 cites W1986257969 @default.
- W2316090223 cites W1989941945 @default.
- W2316090223 cites W1990433225 @default.
- W2316090223 cites W1993991467 @default.
- W2316090223 cites W1994660545 @default.
- W2316090223 cites W1999679350 @default.
- W2316090223 cites W2000902737 @default.
- W2316090223 cites W2001509015 @default.
- W2316090223 cites W2002266200 @default.
- W2316090223 cites W2004872575 @default.
- W2316090223 cites W2005114838 @default.
- W2316090223 cites W2005867013 @default.
- W2316090223 cites W2007320945 @default.
- W2316090223 cites W2013319626 @default.
- W2316090223 cites W2013695731 @default.
- W2316090223 cites W2019231090 @default.
- W2316090223 cites W2019692923 @default.
- W2316090223 cites W2020038537 @default.
- W2316090223 cites W2024213285 @default.
- W2316090223 cites W2030765885 @default.
- W2316090223 cites W2040675064 @default.
- W2316090223 cites W2044247492 @default.
- W2316090223 cites W2045773962 @default.
- W2316090223 cites W2055256257 @default.
- W2316090223 cites W2056046055 @default.
- W2316090223 cites W2059512699 @default.
- W2316090223 cites W2060096869 @default.
- W2316090223 cites W2062980244 @default.
- W2316090223 cites W2065292076 @default.
- W2316090223 cites W2067324553 @default.
- W2316090223 cites W2067358463 @default.
- W2316090223 cites W2070336319 @default.
- W2316090223 cites W2075159583 @default.
- W2316090223 cites W2075514521 @default.
- W2316090223 cites W2079514759 @default.
- W2316090223 cites W2081531908 @default.
- W2316090223 cites W2084058002 @default.
- W2316090223 cites W2094706142 @default.
- W2316090223 cites W2100962665 @default.
- W2316090223 cites W2111271983 @default.
- W2316090223 cites W2118502600 @default.
- W2316090223 cites W2122803078 @default.
- W2316090223 cites W2123943029 @default.
- W2316090223 cites W2124637492 @default.
- W2316090223 cites W2129996649 @default.
- W2316090223 cites W2132817065 @default.
- W2316090223 cites W2133286823 @default.
- W2316090223 cites W2134947167 @default.
- W2316090223 cites W2137503421 @default.
- W2316090223 cites W2137864581 @default.
- W2316090223 cites W2143511824 @default.
- W2316090223 cites W2147040528 @default.
- W2316090223 cites W2164539400 @default.
- W2316090223 cites W2167500235 @default.
- W2316090223 cites W2169669753 @default.
- W2316090223 cites W2170486501 @default.
- W2316090223 cites W2170979592 @default.
- W2316090223 cites W30396423 @default.
- W2316090223 cites W3048496969 @default.
- W2316090223 cites W3099066240 @default.
- W2316090223 cites W3100752549 @default.
- W2316090223 cites W3103145284 @default.
- W2316090223 cites W3133681272 @default.
- W2316090223 cites W3140662957 @default.
- W2316090223 cites W4231069456 @default.
- W2316090223 cites W4233267485 @default.
- W2316090223 cites W4233497874 @default.
- W2316090223 cites W4238452917 @default.
- W2316090223 cites W4242671632 @default.
- W2316090223 cites W4250515647 @default.
- W2316090223 cites W622748569 @default.
- W2316090223 doi "https://doi.org/10.1103/revmodphys.86.1169" @default.
- W2316090223 hasPublicationYear "2014" @default.
- W2316090223 type Work @default.
- W2316090223 sameAs 2316090223 @default.
- W2316090223 citedByCount "109" @default.
- W2316090223 countsByYear W23160902232015 @default.
- W2316090223 countsByYear W23160902232016 @default.
- W2316090223 countsByYear W23160902232017 @default.
- W2316090223 countsByYear W23160902232018 @default.
- W2316090223 countsByYear W23160902232019 @default.
- W2316090223 countsByYear W23160902232020 @default.