Wormhole magnetic fields

From: Subject: Wormhole magnetic fields Date: Sun, 6 Nov 2005 12:58:10 -0500 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01C5E2D1.BD9CCFA0" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.2180 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C5E2D1.BD9CCFA0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.physics.helsinki.fi/~matpitka/wormas.html Wormhole magnetic fields Matti Pitk=E4nen=20

Postal address:

Department of Physics, Theoretical Physics Division,

P.O. Box 9 Fin-00014, University of Helsinki, = Finland
E-mail:=20

matpitka@rock.helsinki.fi
URL-address:

http://blues.helsinki.fi/~matpitka=20

Illustrations= about=20 TGD and TGD inspired theory of consciousness

Wormholes and possible new physics in biological length scales=20

1. Wormhole magnetic fields

Topological field quantization is one of the basic differences = between TGD=20 and ordinary quantum field theories. In TGD spacetime is regarded as a = surface=20 of the 8-dimensional space H=3DM^4_+xCP_2 and classical gauge fields are = induced=20 from the curvature of the CP_2 spinor connection. The compactness of = CP_2, as=20 opposed to noncompactness of the space of the ordinary spinor = connections,=20 implies that the imbedding of a given gauge field typically fails on=20 3-dimensional surfaces and this implies many-sheeted spacetime structure = with=20 different sheets having finite M^4_+ projection and outer boundary. At = the=20 boundaries the gauge fluxes flow from the smaller sheet to a larger one = via tiny=20 wormholes with a size determined by CP_2 size.=20

The simplest instance of the topological field quantization is the=20 replacement of the classical magnetic fields with bundles of flux tubes = parallel=20 to the field lines: the flux tubes are cylindrical 3-surfaces with an = outer=20 boundary. A more exotic instance are ``wormhole magnetic fields'' = consisting of=20 two identical tubular spacetime sheets and with charged wormholes = situated at=20 the boundaries of the flux tubes acting as the sources of the magetic = fields.=20 These configurations are vacuum configurations in the sense that they do = not=20 contain ordinary matter at all. They can have also finite size both = spatially=20 and also in time direction (!) in case that they are topologically = condensed on=20 a larger spacetime sheet and there is a small energy flow from the = larger=20 spacetime sheet at time T_1 and back at time T_2> T_1. Worhole = magnetic=20 fields glued to the spacetime sheets containing ordinary biomatter, are = good=20 candidates for the physical realization of cognitive representations. = These=20 almost vacuum spacetime sheets glued to the material world giving rise = to a=20 cognitive representation would be very much like physical measurement = apparata=20 introducing a very slight perturbation of the system to be measured. = Wormhole=20 magnetic could be even regarded as the quintessence of the living = systems.=20

Fig. 1. Wormhole magnetic fields: a schematic representation. The two = flux=20 tubes, connected by rotating wormholes, are hollow sylinders with some=20 thickness. + symbolizes topological sum (formation of wormhole = contacts).=20

The two spacetime sheets involved with the wormhole magnetic fields = can have=20 same value of the p-adic prime characterizing the effective p-adic = topology. The=20 special feature of the p-adic entanglement is that the entanglement = entropy can=20 vanish for it and the p-adic version of the Negentropy Maximization = Principle=20 allows extended free will in case of S=3D0 entanglement: any S=3D0 final = state is=20 allowed as a final state of quantum jump whereas for ordinary S=3D0 = entanglement=20 only eigenstates of the density matrix are possible as the final states. = S=3D0=20 subsystems can participate in all quantum jumps whereas S>0 = subsystems can=20 participate quantum jump only provided they give rise to maximum = negentropy=20 gain. This suggests that the possibility of 'self' (or even 'soul') = could be=20 basically due to these S=3D0 subsystems making possible effectively = continuous=20 stream of consciousness instead of quantum jumps allowed to occur only = now and=20 then by the strong form of NMP. The identification of the conscious = experiences=20 associated with S=3D0 quantum jumps as counterparts of free imagination = suggests=20 itself whereas the quantum jumps associated with the entangled systems=20 possessing different p-adic primes would correspond naturally to sensory = experience without no conscious selection since entanglement = coefficients are=20 either 1 or 0 and there is a complete permutation symmetry between = various=20 choices. The experiences involving conscious choice would in turn = correspond to=20 S>0 p-adic entanglement.=20

Wormhole magnetic fields provide a quantum mechanism for a control at = distance, say of the control of the behaviour of cell organelles by cell = nucleus=20 as well as a model for the memory of biosystem in terms of integer = valued=20 winding numbers identifiable as quantized momenta of the wormhole supra=20 currents. One of the basic problems of biology is how the genetic code = is=20 transformed into spatial structures during ontogeny, and an attractive = idea is=20 that each DNA sequence corresponds to a characteristic wormhole magnetic = field=20 configuration serving as a template for the topological condensation of = the=20 ordinary matter. The fact that wormhole flux tubes are hollow = cylinders,=20 is in nice accordance with this idea (microtubules, axonal membranes, = etc. are=20 hollow cylinders).=20

Possible effects related to the wormholes

2.1. Phantom DNA

Phantom DNA effect [worm], if it turns out to be real, provides = evidence for=20 the concept of wormhole magnetic field. What happens is that biomatter = is=20 irradiated with a visible laser light. One removes the biomatter from = the=20 chamber and what is observed is that the irradiation with laser light = still=20 leads to nontrivial correlation functions: as if the chamber still would = contain=20 something, the phantom DNA, scattering the laser light. The proposed=20 identification of the phantom DNA effect is in terms of the wormhole = magnetic=20 fields left in the chamber, when DNA is removed. The explanation of both = effects=20 involves a detailed mechanism for the interaction of the coherent light = with the=20 wormhole BE condensate leading to a generation of wormhole supra = currents. This=20 interaction could be fundamental in the biological information = processing.=20

2.2. Exotic atoms

One of the basic consequences of the many-sheeted spacetime concept = is the=20 concept of exotic atom. When a valence electron drops from the atomic = spacetime=20 sheet to a larger, say 'molecular' spacetime sheet, a wormhole is = formed. The=20 process also leads to a lowering of the valence of the atom and to the = change of=20 the chemical properties of the atom: electronic alchemy becomes = possible.=20

The claimed peculiar properties, in particular an effective change of = the=20 number of valence electrons and possible super conductivity, of the = materials=20 called ORMEs (Orbitally Rearranged Monatomic Elements) [Hudson], if=20 really real, could perhaps be understood using the concept of exotic = atom.=20 The Ca, K and Na ions crucial for the functioning of the cell could be = perhaps=20 regarded ionized states of the exotic atoms.=20

Fig. 2. Formation of exotic atom: two-dimensional visualization. The = electron=20 on atomic spacetime sheet drops to a larger 'molecular' spacetime sheet. =

2.3 DNA as a conductor

The concept of the exotic atom might make it possible to understand = the=20 recently established ability of DNA to act as a conductor [Barton]: = electronic=20 charge carriers could propagate in the non-atomic spacetime sheet = without an=20 appreciable resistance. Actually, propagation at nonatomic, almost = empty,=20 spacetime sheet might provide a general mechanism of charge transfer in = living=20 matter. The first mechanism to come in mind is the trapping of the = electron=20 around an enhancement of positive wormhole charge density associated = with a=20 propagating soliton like deformation of the boundary of the lower DNA = spacetime=20 sheet. A quantitative model is possible since the coupling of the = electron to=20 wormholes is the ordinary em coupling and the coupling of the wormholes = to the=20 boundary geometry is mediated by the induced metric appearing in the = kinetic=20 part of the action.=20

2.4 A new mechanism of electronic super conductivity? =

The electrons on the nonatomic spacetime sheet could form Cooper = pairs. They=20 see only the classical electromagnetic fields of the wormholes feeding = the gauge=20 fluxes from the atomic spacetime sheet. The excitations of the wormhole = BE=20 condensate generated by the classical electromagnetic interaction of the = electron with the the wormhole BE condensate could replace phonons in = the usual=20 mechanism of super conductivity by generating a small attractive = interaction=20 between the members of the Cooper pair. This mechanism, it it really = works at=20 the quantitative level, might be possible only at rather long p-adic = length=20 scales since the excitation energy of the wormhole BE condensate is = proportional=20 to 1/L(p) and rather large in nano length scales. It is too early to say = anything about whether the different spacetime sheets are in thermal = equilibrium=20 or not. If not, then a new mechanism of high temperature super = conductivity=20 would become possible. The super conductivity in question is of type II = and=20 defect regions are thus cylinderlike regions: various linear structures = such as=20 DNA, proteins, microtubules,... could correspond to these defects. = Wormhole=20 magnetic fields provide a possible representation for the defect = regions. Rather=20 remarkably, the critical magnetic fields of exotic super conductors are = very low=20 and thus magnetic fields could play key role in the biological = information=20 processing if the quantum numbers of magnetic fields serve as carriers = of=20 bio-information.=20

2.5 Neutrino super conductivity?

Both classical Z^0 force and neutrinos should play key role in = condensed=20 matter length scales and be especially relevant for biosystems. The = mechanism of=20 neutrino super conductivity is same as that for exotic electronic super=20 conductivity: now only electromagnetic wormholes are replaced with Z^0 = charged=20 wormholes. Type I super conductivity is in question in the relevant = length scale=20 range and defects are stripe like regions. Cell membranes, epithelial = cell=20 sheets and various bilayered structures in cortex are good candidates = for the=20 defects of neutrino super conductivity. TGD based explanation of the = tritium=20 beta decay anomaly relies heavily on the presence of classical Z0 fields = screened by neutrinos in condensed matter length scales. Also neutrino = super=20 conductivity is crucial aspect of the model. Also the acceleration = anomaly of=20 spacecrafts has explanation in terms of neutrinos and long ranged = classical Z^0=20 force.=20

Bibliography

[worm] M.P. (1997) Phantom DNA effect, Comorosan effect, DNA as a=20 conductor, ORMEs: four peculiar phenomena with a common explanation. = ftp://rock.he= lsinki.fi/pub/misc/matpitka/worm.ps.Z

[Barton] Science, vol. 275, 7, March 1997. Article about the work of = Barton=20 et al< giving evidence for the ability of DNA to act as = conductor.=20 [Comorosan1] S. Comorosan(1975), On a possible biological = spectroscopy,=20 Bull. of Math. Biol., Vol 37, p. 419.

[Comorosan2] S. Comorosan, M. Hristea, P. Murogoki (1980), On a = new=20 symmetry in biological systems, Bull. of Math. Biol., Vol 42, p. = 107.

[Hudson]
'Monatomic' homepage. http://monatomic.earth.com/. = The patent=20 of Hudson for Gold ORME (White Gold) can be found from this homepage. = There is=20 also a link to Joe Champion's homepage.=20

[Poponin] V. Poponin (1996), DNA PHANTOM EFFECT: Direct = Measurement of a=20 New Field in the Vacuum Substructure, http://www.webcom/~hrtmath/IHM/ResearchPapers/DNAPhantom/DNAPhan= tom.html=20

Links=20 to material about TGD

Back to=20 the main page

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