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Self-Organization In Non-Equilibrium Systems by G. Nicolis, Ilya Prigogine

Self-Organization In Non-Equilibrium Systems G. Nicolis, Ilya Prigogine ebook
Publisher: John Wiley & Sons
Page: 504
ISBN: 0471024015, 9780471024019
Format: djvu

Another approach is to look for the system as a whole, studying dynamic of the elements interaction and system properties – the science of self-organization. Instability - software development deals with constantly changing situations; Multiple equilibria – there are many possible satisfying solutions; Complexity - any non-trivial software project has complexity; Hierarchies - there are many perspectives and levels – organizational, technological and solution domain. The applied selection focuses on this thermal nonequilibrium. Non-equilibrium becomes self-organization. Cellular decision making is an inherently nonlinear process requiring multistability, a common feature in nonequilibrium physical systems. The late Waterloo professor James Kay wrote extensively about non-equilibrium thermodynamics and self-organizing systems. The addition of energy to grow a system. But, even in this instability, there is new creation. Dissipation becomes order, not waste or destruction (Capra, 1996). Self-Organization in Non-Equilibrium Systems. This process is driven by gene and protein circuits, which are A common circuit that sustains decision making is one in which the two master regulators of the two competing fates inhibit each other, while self-activating themselves in order to increase the stability of the decision outcome (Fig. These organized systems that spontaneously appear are, in fact, low entropy. Healthy tissue has ordered water states [20] in extracellular matrix [21, 22], while malignancy decreases the order of the electrolyte matrix, decreasing the cell-cell adhesion promoting the proliferation [23]; (v)the dynamical process has special self-organization [24]. That explains the importance of dissipative structures in self-organizing systems. Static constrains try to block the natural dynamism of the living system, which mobilizes its forces to keep the dynamic equilibrium instead of the static one.