Negentropic Entanglement, NMP, Bariding and Topological Quantum Computation

Abstract

Negentropic entanglement for which number theoretic entropy characterized by p-adic prime is negative so that entanglement carries information, is in key role in TGD inspired theory of consciousness and quantum biology. The key feature of negentropic entanglement is that density matrix is proportional to unit matrix so that assumption that state function reduction corresponds to measurement of density matrix does not imply state function reduction to one-dimensional sub-space. This special kind of degenerate density matrix emerges naturally for hierarchy heff=nh interpreted in terms of a hierarchy of dark matter phases. I have already earlier considered explicit realizations of negentropic entanglement assuming that E is invariant under group of unitary or orthogonal transformations (also subgroups of unitary group can be considered - say symplectic group). One can however consider much more general options and this leads to a connection with topological quantum computation (TQC). Entanglement matrix E equal to 1/n1/2 factor times unitary matrix U (as a special case orthogonal matrix O) defines a density matrix given by ρ=UU†/n= Idn/n, which is group invariant. One has NE respected by state function reduction if NMP is assumed. This would give huge number of negentropically entangled states providing a representation for some unitary group or its subgroup (such as symplectic group). In principle any unitary representation of any Lie group would allow representation in terms of NE. In principle any unitary representation of any Lie group would allow a representation in terms of NE. In as generalized number theory vision, a natural condition is that matrix elements of E belong to algebraic extension of p-adic numbers used so that discreted algebraic subgroups of unitary or orthogonal group are selected. This realizes evolutionary hierarchy as a hierarchy of p-adic number fields and their algebraic extensions, and one can imagine that evolution of cognition proceeds by generation of negentropically entangled systems with increasing algebraic dimensions and increasing dimension reflecting itself as an increase of largest prime power dividing n and defining p-adic prime in question. One fascinating implication is ability of TGD Universe to emulate itself like Turing machine: unitary S-matrix codes for scattering amplitudes and therefore for and negentropically entangled subsystem could represent sub-matrix for S-matrix as rules representing the laws of physics in approximation that world corresponds to n-dimension Hilbert space. Also limit n→ ∞ makes sense, especially so in p-adic context where real infinity can correspond to finite number in sense of p-adic norm. Here also dimensions n given as products of powers of infinite primes can be formally considered.