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1 aguirre, j(2022) life finds a way nature ecology & evolution, 6(11), 1599-1600
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2mlodinow, l(2009) the drunkard"s walk: how randomness rules our lives vintage
3 bird, r j(2003) chaos and life: plexity and order in evolution and thought columbia university press
4 cattivelli, f,& sayed, a h(2009, december) self-organization in bird flight formations using diffusion adaptation in 2009 3rd ieee international workshop on putational advances in multi-sensor adaptive processing (camsap)(pp 49-52) ieee
5 dimock, g,& selig, m(2003, december) the aerodynamic benefits of self-organization in bird flocks in 41st aerospace sciences meeting and exhibit (p 608)
6 ivancevic, v g,& ivancevic, t t(2008) plex nonlinearity: chaos, phase transitions, topology change and path integrals springer science & business media
7郝柏林(1983)分岔,混沌,奇怪吸引子,湍流及其它——关于确定论系统中的内在随机性物理学进展, 3(3), 335-416
8 nicolis, g,& prigogine, i(1989) exploring plexity an introduction
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10 langacker, p(1981) grand unified theories and proton decay physics reports, 72(4), 185-385
11 shearer, s m(2010) beautiful: the life of hedy lamarr macmillan
12 kolmogorov, a n(1941) dissipation of energy in the locally isotropic turbulence in dokl akad nauk sssr (vol 32, pp 19-21)
13 chaikin, p m, lubensky, t c,& witten, t a(1995) principles of condensed matter physics (vol 10) cambridge: cambridge university press
14uti, i, fabian, j,& sarma, s d(2004) spintronics: fundamentals and applications reviews of modern physics, 76(2), 323
15 braudel, f(1958, december) histoire et sciences sociales: la longue durée in annales histoire, sciences sociales (vol 13, no 4, pp 725-753) cambridge university press
16 bell iii, j f, mcsween jr, h y, crisp, j a, morris, r v, murchie, s l, bridges, n t,& soderblom, l(2000) mineralogic and positional properties of martian soil and dust: results from mars pathfinder journal of geophysical research: plas, 105(e1), 1721-1755
17 owen, t, biemann, k, rushneck, d r, biller, j e, howarth, d w,& lafleur, a l(1977) the position of the atmosphere at the surface of mars journal of geophysical research, 82(28), 4635-4639
18 sethna, j p, dahmen, k a,& myers, c r(2001) crackling noise nature, 410(6825), 242-250
19 azevedo, a,& rezende, s m(1991) controlling chaos in spin-wave instabilities physical review letters, 66(10), 1342
20 durin, g,& zapperi, s(2004) the barkhausen effect arxiv preprint cond-mat\/0
21 colaiori, f(2008) exactly solvable model of avalanches dynamics for barkhausen crackling noise advances in physics, 57(4), 287-359
22 mandelbrot, b b, evertsz, c j,& gutzwiller, m c(2004) fractals and chaos: the mandelbrot set and beyond (vol 3) new york: springer
23 branner, b(1989) the mandelbrot set in proc symp appl math (vol 39, pp 75-105)
24 grigorenko, i,& grigorenko, e(2003) chaotic dynamics of the fractional lorenz system physical review letters, 91(3), 0
25 guckenheimer, j,& williams, r f(1979) structural stability of lorenz attractors publications mathématiques de l"ihés, 50, 59-72
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