Research Papers

Diagnosis and Spectral Encoding in Integral Medicine Through Electronic Devices Designed and Developed by Path Integrals

[+] Author and Article Information
Francisco Bulnes

Department of Research in Mathematics and Engineering, Technological Institute of High Studies of Chalco, Federal Highway Mexico-Cuautla s/n, Tlapala “La Candelaria,” Chalco P.C. 56641, State of Mexicofrancisco.bulnes@tesch.edu.mx

Francisco H. Bulnes

 Center of Health of Integral and Homeopathic Medicine, Rodway Las Aguilas No. 1863, Col. Axomiatla, Federal District P.C. 01820, Mexicogruposlie@yahoo.com.mx

Eduardo Hernandez Alvarez, Juan Carlos Maya

Division of Engineering and Computational Systems, Technological Institute of High Studies of Chalco, Federal Highway Mexico-Cuautla s/n, Tlapala “La Candelaria,” Chalco P.C. 56641, State of Mexicomayacastell@yahoo.com.mx

J. Nanotechnol. Eng. Med 2(2), 021009 (May 16, 2011) (10 pages) doi:10.1115/1.4003495 History: Received December 21, 2010; Revised January 11, 2011; Published May 16, 2011; Online May 16, 2011

In integral medicine the spectral and vibration knowledge of the vital field in all points and parts of the human body, which is feasible in the application of their pharmacists in a space of states of energy (Chopra, 1989, Quantum Healing: Exploring the Frontiers of Mind/Body Medicine, Bantam Books, New York; Bulnes, 2010, “Integral Medicine: New Methods of Organ-Regeneration by Cellular Encoding Through Path Integrals Applied to the Quantum Medicine,” J. Nanotechnol. Eng. Med., 1, p. 031009) encoding points or regions of the human body, requires to recover the alignment, connectivity, and continuity of the field, and of that form to obtain the cure of different affections and sufferings. Using the spectral-vibration characteristic of the singularities of the vital field (Bulnes, F., 1998, Treatise of Advanced Mathematics (Monograph of Analysis of Systems and Sign Vol. I), 1st ed., Faculty of Sciences, UNAM, Mexico), and their medical similitude (Stumpf, 1990, Homoopathie, Everest, Grafe und Unzer GmbH, Munich, Germany), the design and development of an electronic device with the capacity of detection and diagnosis of a suffering in all parts of body are proposed. Afterward, wanting to unify the concepts of recovering the vital field of the human body (recovering of their alignment, connectivity, and continuity), under a same principle of the stability of their atoms, an electronic theory using an electronic bundle that can realize the synergic action of all and each of the formulas and pharmacists in integral medicine, to the cure of all sufferings, is proposed.

Copyright © 2011 by American Society of Mechanical Engineers
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Figure 1

Waves of the electronic propagators corresponding to five monopharmacists to the cure of cancer of bones. Observe that the amplitude of Colocuc is major that other waves corresponding to the other monopharmacists. Note: The integrals of Feynman–Bulnes give solutions to the functional equation of an automatic microdevice to control (microprocessor) F(XZ+,YZ−)=0(15). The integral medicine assigns a cybernetic complex to B(16), and in each cube of this cybernetic net it is established a path on which exists a vector of input XZ+, and a vector of output YZ−, signed with a time of transition τ, to carry an information given in XZ+, on a curve γj, (path) to a state YZ−, through logic certain (conscience), that includes all the circuit (15). In the case of B, the logic is the real conscience of cure of B (power of autocure of B). As B has a real conscience of cure, into their corrective action and healthy, we elect the adequate path to the application of the corrective action. For it, the integrals of Feynman–Bulnes, we can explain the electable model Ψβ (see Fig. 2) as correction=∫Z−Z+Ξ(Z(t))μn1F(n1)d(Z(t))=∑nNδ(Ψα−Ψβ)ϕ(Ψα).

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Figure 3

Some examples of reflections and their corresponding restorations on the lines of the vital field. The quantum spectra obtained by recomposition of lines through their reflections (rotations). The values α, β, γ, and δ represent roots (states of energy of particles (17)), in each case. We include some fundamental groups of pharmacist with their corresponding monopharmacists.

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Figure 4

The pulse corresponds to the function of binary code given by harmonic propagator

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Figure 5

Contours corresponding to subgraphs of the transition graph to the formula F4 (2), with their corresponding electromagnetic radiation field. For example, in b, the path integral that is, in particular, a contour integral as Eq. 6 (integral of Cauchy) can be defined as ∫Cf(z)dz=1/2(1/2)+1−1/2=3/4=∫γ[1/2πi∫Γof(ω)/(ω−ω0)dω]dt=1/2(1/2)+n(γ,ω′)+1/2Γ(γ). Due to that the electron belongs to atom then n(γ,ω′)=1.

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Figure 7

Diagrams of strings of corrective action using direct encoding by path integral with states of emission-receptor of electrons. The evaluating of the integrals of Feynman–Bulnes, it is reduced to evaluating of the integrals: I(Γ,Ω)=∫CΓ0(Ψ)ω(Γ), where Ω is the orientation on CΓ0(Ψ). Ψ is the corresponding model of graph used to correct and identify the suffering or sickness and Γ is the corresponding subgraph of the transitive graph determined by an integral medical treatment. The space M0,1 conforms to a reticular subalgebra in mathematical logic.

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Figure 8

Images of detected strings by spectral tomography (wavelet transform) with ε=0.5 of the string. The corresponding string is defined by ζa(s)=(SM/2π)Tc+[M/2πn](cos(ns)Xa+ε sen(ns)Ya), which is the null curve of helicity n in mind-body.

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Figure 10

The mind is the instrument for which the primordial conscience go stay present, which is in pure energy, where this can have many ramifications of energy given origin of secondary consciences, where these can be modified producing different sufferings in the body and mind

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Figure 11

Integral of alignment

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Figure 12

(a) Corrective action in memory of body through a subgraph Γ of strings, in the recomposition of the alignment of vital field in cybernetic net cube of body: zj=∫C0(Γ)θ1θ2θ3θ4=⟨{[1∪ϕ(1)]∪0}∪ϕ(1)⟩∪1=1(25). (b) Observe that it can vanish the corrective action of encoding memory through a subgraph ∫Γ0ω(Γ)=1∪−1∪0∪[ϕ(0)∪0ϕ(1)]∪1=0ϕ(1)∪1=−1∪1=1+(−1)=0. In this case the cube is the space C0(Γ) into the logic of mind-body.

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Figure 13

Example of device to diagnosis of sickness: (a) panel of the front, (b) electrodes, (c) tracer panel

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Figure 14

Types of emissions to recompose the vital field and give the total cure

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Figure 15

Diagrams to recompose the vital field

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Figure 16

The electronic devices of diagnosis indicates big irritation in the zone of the liver of the patient

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Figure 17

Graph of strings (17,23,30)



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