Entropy Change in Management, Ecology and Sociology

Authors

  • Chang Yi-Fang

Keywords:

management, entropy, ecology, sociology, internal interaction, change

Abstract

If internal interactions exist in isolated systems, entropy decrease will be possible. From this we discuss management as a typical mode, which includes much internal adjustment and control, and through them to achieve more ordered, more efficient, competitive, and can better survive and develop. A key of management is to change the natural tendency disorganized with entropy increase, and build the best system with entropy decrease. It is the thermodynamic meaning of management. Further, this theoretical mode may be extended to ecology, biology, and sociology, etc. The naturally formed and artificially intervened ecosystems are all through interaction and regulation within the systems to reach the dynamic balance, order and entropy decrease. These systems have all some constant evolutions, and reach optimization processes with order and entropy decrease. In a word, much social systems and human society are dominated by non-equilibrium dynamic processes, which are accompanied often by order and entropy decrease.

References

J. Rifkin, T. Toward (1981) Entropy%E2%80%94A New World View.

L.D. Landau, E.M. Lifshitz (1980) Statistical Physics.

Y.F. Chang (1997) Possible decrease of entropy due to internal interactions in isolated systems. 4, 97-99.

Y.F. Chang (2005) Entropy, fluctuation magnified and internal interactions. 7, 190-198.

Y.F. Chang (2012) %E2%80%9CNegative temperature%E2%80%9D fallacy, sufficient-necessary condition on entropy decrease in isolated systems and some possible tests in physics, chemistry and biology. 6, 469-475.

Y.F. Chang (2013) Unified quantum statistics, possible violation of Pauli exclusion principle, nonlinear equations and some basic problems of entropy. 7, 299-306.

Y.F. Chang (2015) Entropy decrease in isolated system and its quantitative calculations in thermodynamics of microstructure. 4, 1-15.

Y.F. Chang (2019) Self-organization, critical phenomena, entropy decrease in isolated systems and its tests. 8, 17-32.

Y.F. Chang (2020) Entropy decrease in isolated systems: theory, fact and tests. 10(2), 16-25.

Y.F. Chang (2013) Chemical reactions and possible entropy decrease in isolated system. 4, 126-136.

Y.F. Chang (2014) Catalyst theory, entropy decrease in isolated system and transformation of internal energy. 6, 74-86.

Y.F. Chang (2022) Possible entropy decrease in physical chemistry. 4(11), 48-53.

Y.F. Chang (2013) Grand unified theory applied to gravitational collapse, entropy decrease in astronomy, singularity and quantum fluctuation. 3, 8-25.

Y.F. Chang (2018) Belief of entropy increase, fallacy of black hole thermodynamics, and its development. 8, 1-10.

Y.F. Chang (2021) Information, entropy decrease and simulations of astrophysical evolutions. 5(2), 000181.1-11.

Y.F. Chang (2023) Hypercycle of geoscience, nonlinear whole geoscience and possible entropy decrease. 3(1), 1-12.

Y.F. Chang (2013) Possible entropy decrease in biology and some new research of biothermodynamics. 189-196.

Y.F. Chang (2018) Entropy change in biological thermodynamics. 6(6), 5-12.

Y.F. Chang (2023) Thermodynamic basis of coevolution and self-optimization, and ecosystem. 7(1), 000233.1-9.

Y.F. Chang (2013) Social thermodynamics, social hydrodynamics and some mathematical applications in social sciences. 2, 94-108.

Y.F. Chang (2015) Entropy economics, entropy sociology and some social developed patterns. 4, 42-56.

Y.F. Chang (2020) Development of entropy change in philosophy of science. 10, 517-524.

A. Kinicki, B.K. Williams (2008) Management.

D. Chappell, T.G. Dewey (2014) Defining the entropy of hierarchical organizations. 41-56.

S.S. Ercetin, S.N. Acikalin (2016) Lead-entropy: Redefining leadership from the perspective of organizational entropy.

D.F. Channon (1997) The Blackwell Encyclopedic Dictionary of Strategic Management.

R.L. Daft, D. Marcic (2011) Management: The New Workplace (7th Ed).

P.F. Drucker (2007) Management Challenges for the 21st Century.

Y.F. Chang (2022) Nonlinear whole ecology, change of entropy, hypercycle, talent ecology and Chinese cultural-social ecology. 10(1), 371-386.

G. Ritzer (2003) Contemporary Sociological Theory and Its Classical Roots: The Basics.

T. Balch (2000) Hierarchic social entropy: An information theoretic measure of robot group diversity. 8(3), 209-237.

J. Stepanic jr., H. Stefancic, M.S. Zebec, K. Perackovic (2000) Approach to a quantitative description of social systems based on thermodynamic formalism. 2, 98-105.

J. Stepanic, J. Sabol, M.S. Zebec (2005) 34(6), 857-868.

K.D. Bailey (2006) 23, 291.

Y.F. Chang (2013) Social physics, basic laws in social complex systems and nonlinear whole sociology. 2(1), 20-33.

G. Ritzer (1997) Postmodern Social Theory.

G. Ritzer, D.J. Goodman (2004) Modern Sociological Theory.

Y.F. Chang (2014) Research on unification of some idea social sciences, diversified society and entropy theory on evolution of any systems. 3(2), 66-74.

M. Harwit (1973) Astrophysical Concepts.

A.F. Maslow (1943) A theory of human motivation. 50, 370-396.

Published

2023-07-10

How to Cite

Entropy Change in Management, Ecology and Sociology. (2023). London Journal of Research In Humanities and Social Sciences, 23(8), 39-46. https://journalspress.uk/index.php/LJRHSS/article/view/245