Wednesday, July 31, 2024

Basil J. Hiley book chapter archived from the book Quo vadis Quantum Mechanics? 2005

 https://web.archive.org/web/20160304054805/http://www.bbk.ac.uk/tpru/BasilHiley/TemplePaper(sys9)02.pdf

 However the quantum potential is actually implicit in the anticommutator.

 a new quality of energy

 Notice then to construct our phase space we must abandon the insistence that only the eigenvalues of operators have physical meaning.

 In quantum mechanics, on the other hand the algebra of dynamical operators, which carry the symplectic symmetry, is non-commutative.

 In this view the non-commutative algebra is the implicate order.

 We see the quantum potential energy is an internal
energy. Thus we can now see exactly why this potential energy is totally different
from a classical potential and why it has no external source.

Military research on noncommutative probability theory and 1/f pink noise

  The discussion on the origin of cognition moves from the elementary biological process, for instance cell to cell communication [59,60,61], generating the conjecture that this is based on quantum mechanical coherence, one form of non-commutative probability theory, a theoretical perspective that we believe to be related to SFBM processes on the basis of the fact that the dynamical approach to FBM [4] was derived by the quantum mechanical theory of quantum dissipative processes of Weiss [62]. We think that at this elementary biological level crucial events, namely form of compressible randomness, are generated by SOTC. This fundamental problem goes far beyond elementary biological processes. In fact, the fast and slow thinking aspects of decision-making processes [63,64] establish a complex interaction [65] between the brain of the single individuals and the society networks.

Entropic Approach to the Detection of Crucial Events