23rd ANNUAL INTERNATIONAL SYMPOSIUM Edited Handout
23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005. CyrilSmith23rd ANNUAL INTERNATIONAL SYMPOSIUMON MAN & HIS ENVIRONMENTHandout for Presentations“Electromagnetic Sensitivity and the ANS”and“ANS Involvement in Chemical and ElectromagneticSensitivities”Cyril Smith, Ph.D.Retired from The University of Salford, M5 4WT, UK.1.BackgroundSince 1974 – The writer has been involved since 1974 in research on the ‘Interactions ofElectromagnetic Fields with Bio-Materials and Living Systems’. He cooperated in thiswith Professor Herbert Fröhlich FRS. An early conclusion of this work was that therewere anomalous magnetic field effects in water and living biological systems and thatthese were only explicable in terms of coherence phenomena giving long-range order.Since 1982 The writer first became involved in the diagnosis and therapy of patients‘Hypersensitive to their Electromagnetic Environment’ in 1982 at the request of Dr. JeanMonro. Work with her electrically hypersensitive patients and with those of Dr. W.J. Reahas given an insight into the extremes of sensitivity of which living systems are capableas evidenced when their ANS control mechanisms fail.The writer’s publications on “Electrical Hypersensitivity and Water Phenomena” andsome definitions of electromagnetic quantities are listed at the end of this document. Aset of “Notes for Patients on Electrical Sensitivities” are also appended as these may befound useful for clinicians to have available.2.Electromagnetic HypersensitivityElectromagnetically sensitive patients almost invariably have a history ofhypersensitivities to many chemicals, and/or foods and particulates. The autonomicnervous system appears to be the first body system to become involved. Patients mayreact within seconds to something in their environment. They can readily distinguishverum from placebo. The frequency and its coherence seemed to be the clinicallyimportant parameter. There is a threshold for the intensity or amplitude of the field at the- 1/29 - /
23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005. CyrilSmithpatient for the onset of any effects but, once this is exceeded its value usually matterslittle until the onset of thermal effects; it is the frequency which is important.The clinical effects of frequencies are unique to each individual. Some frequencies arestimulatory or therapeutic and these usually alternate with depressive or stressfulfrequencies. This alternation of the stimulatory-depressive effect of frequencies is ageneral phenomenon with few exceptions. It resembles the effects produced by the serialdilution of an allergen, higher frequencies resemble higher dilutions or potencies.The clinically effective frequencies range from near circadian (0.4 milliHertz, 2,5009sec/cycle or, 42 min/cycle) to above microwave frequencies (1 GigaHertz 10 Hz) andsometimes to optical frequencies for patients hypersensitive to sunlight.Identical reactions can be triggered in a patient by chemical means and neutralised withelectrical frequencies or triggered electrically and neutralised chemically. The clinicaleffects of environmental frequencies or chemicals can be reproduced by water containedin sealed glass ampoules after its exposure to coherent frequencies of an alternatingmagnetic field without any chemical contact. The unexposed water produces no clinicaleffects.Chemical toxicity in these patients is manifest through the appearance of frequencysignatures. These are frequencies arising from H-bonding between water and thechemical. It has been possible to re-program the frequency imprints of a cell culture andhave these were transmitted correctly to cultured daughter cells which demonstrates thatlasting effects are possible. The presence of frequencies which fluctuate to a limitedextent (a few percent) over time is a sign of a normal healthy biological system.Chemical contamination restricts this activity by imprinting a chemical signaturefrequency. After a patient has been chemically detoxified, a “memory” of the toxin mayremain in the body and this needs to be removed.3.Entrainment of Environmental FrequenciesThere is a surprising degree of interaction between living systems and externalfrequencies. Although the frequency bandwidth on a meridian is only about 2% of itsmean frequency the latter can be ‘entrained’ or ‘pulled’ by external oscillations such asfrom an electrical oscillator or an environmental source of radiation such as a computer,TV, mobile phone, or the frequency signature of a chemical. This entrainment may be upto 30% before the acupuncture meridian frequency jumps back to its normalendogenous value. Table 1 shows this entrainment at the heart acupuncture meridian(He9). The endogenous frequencies were 7.768 Hz and 382 MHz. It should be noted thatthe 7.8 Hz endogenous frequency of the acupuncture point He9 (also the heart chakra) isexactly 6-times the heart-beat frequency 78/min; it is also one of the frequency bands inthe Schumann Radiation from the upper atmosphere.- 1/29 - /
Cyril23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005.SmithTable 1Entrainment by Environmental FrequenciesExposure FrequencyHe9 High BandHe9 Low BandMHzMHzHzNo .660The subject was exposed to the high frequency only by sitting in front of the output loopof a microwave oscillator for 3 minutes after which the frequencies on acupuncture pointHe9 were immediately imprinted into water in a pipette and measured. The pipette tipwas placed on the point and a magnet brought close to imprint. The microwave powerdensity at the subject was estimated to be of the order of mW/m2. The frequencymeasurements took about 5 minutes following the exposure by which time theacupuncture point frequency had relaxed to its unexposed value so another measurementwas possible. Table 1 shows that at 260 MHz and at 500 MHz there was no entrainment.From 270 MHz to 480 MHz, the frequencies measured on He9 had become entrained tothe exposure frequency and the low band frequencies had also shifted in proportion. Thefrequencies where entrainment has occurred are shown red. Within entrainment, the highband to low band frequency ratio is: 50.8 4.7 106 (SD 9%).This is an example of the “Multiple Frequency Effect” characteristic of a coherent systemwhere the constant parameter becomes the coherence length, this determines thewavelength. This makes frequency proportional to the velocity with which the coherencetravels. Any velocity that the system will support has is corresponding frequency, thismakes frequency a fractal quantity. Table 2 shows this effect for the optical spectrum ofmercury imprinted into water, there are additional bands of frequencies in the microwaveregion and at low frequencies (ELF). It is this which couples the electromagnetic effectsof environmental chemicals, microwave radiation to the endogenous frequencies of livingsystems.- 1/29 - /
23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005. CyrilSmithTable 2Spectrum of Mercury Imprinted into Water Showing Multiple Frequencies Fractal Ffreq.Hz185254365/6405436492/6546577/9615623 82 106935680472425396347315298280276 2RatioStd. Dev.4.Optical/MW1.7340 106 0.34%MW/ELF47.70 106 0.75%Frequency Measurements on PatientsThe procedures adopted for testing patients for electrical sensitivities are described in theappended “Notes for Patients” and in papers cited in the bibliography. When we startedpatient testing, we did not know what to expect. It was sufficient for the patient to sit inthe same room as a set of electrical oscillators which were tuned slowly over a widerange of frequencies and the clinician noted the frequencies at which symptoms occurredand at which they were neutralised. Subsequently, patients came in who were so sensitivethat they could not tolerate an oscillator being switched on anywhere in the building. Forthese, it was necessary to have the patient hold a vial of water held in the fist and succussit on a wooden surface. This imprinted the body fields and frequencies into the waterwhich could then be measured in the absence of the patient. It is just possible to measuresuch frequencies by instrumentation in the kilohertz region with electrodes or by heats ofmixing (V. Elia, M. Niccoli, “Thermodynamics of extremely dilutes aqueous solutions”,Ann NY Acad Sci 1999; 879:241-8) These methods are only useful for validation. Theonly practical method for clinical purposes is the dowsing technique (Smith, 2004). Thus,allergists like civil and mining engineers may have to be told to go and learn it!- 1/29 - /
23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005. CyrilSmithWe found that about 10% of patients with chemical, nutritional or particulate sensitivitieshad acquired electromagnetic sensitivities. The frequencies measured for triggering thereactions or neutralising them covered a wide range but showed little recognisablepattern until it was realised that 7.8 Hz often appeared. This frequency is used in sometherapeutic or protective devices to stimulate the heart meridian. Measurements quicklyrevealed that each acupuncture meridian (also the chakras) had a characteristicendogenous frequency (see Tables 3 & 4) and that many of the frequencies measuredfrom these patients were those of the acupuncture meridians. Such measurements showthose acupuncture meridians which are under stress and those which need stimulation.Figure 1 summarises the frequency imprinting by 12 electrically hypersensitive patientswho during the course of their therapy had imprinted a total of 57 tubes of water with atotal of 726 frequencies. Of these, 167 would have been capable of synchronisation at aTing acupuncture point, and 655 would have been capable of entrainment. Many patientshad more than one frequency capable of entraining St45, hence the 100% values. Therewere only 49/726 frequencies outside any entrainment range. Ten patients who lived inthe EU had imprinted 19/54 tubes with the 50 Hz power supply frequency. Two patientswho lived in N. America had imprinted 3/5 tubes with their 60 Hz power supplyfrequency (nothing at 50 Hz). It appears that adaptation and entrainment to the powersupply frequency is quite common among such patients.The endogenous frequencies on acupuncture points and meridians can be followed rightthrough to the target organ tissue itself. Frequencies were measured in histologicalmicroscope slides of the acupuncture target organ tissues where these were available. Thepaired-values correlation coefficients for classical points vs. target organs were:Low frequency band:High frequency band:0.99990.9771The acupuncture meridians can be stimulated through the eye by looking at a flashinglight. A light-emitting-diode was connected to an oscillator and was viewed towards itslens and at a comfortable brightness which did not give any noticeable after-image. Thechakra and acupuncture points were checked for reactions when this was viewed at thefrequency known to stimulate the particular chakra or meridian. All the reactionsmeasured were of stress with both eyes open. There was only a reaction of awarenesswhen viewing with either eye alone. With both eyes closed there was no response. All thechakra points could be stimulated. The acupuncture meridians found to be so affectedwere: ND, AD, Or, TW, He, BL, FibD, Liv, Ren, GV, Pe (see Table 4).The endogenous frequencies on an acupuncture meridian are very precise. For 31 TW1frequencies from 22 patients, the mean was 6.0178 kHz (S.D. 0.20%) and for 53 He9frequencies from 38 patients, the mean was 7.7877 Hz (S.D. 0.92%).- 1/29 - /
Cyril23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005.Figure 1EM Sensitive Patients’ Body Frequency Imprints into WaterEM Sensitive Patients Frequency Imprints% of tubes with frequencies able to synch. or entrain acupuncture points220200180% of BL67 GB44Sk1St45LJD1TW1 SI1Ki1 FatD1 FibD1 St45RAcupuncture PointsPn1Liv1(Entrainment in red/grey. Synchronization in blue/black)- 1/29 - /Smith
23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005. CyrilSmithTable 3Ting Acupuncture Points (after Dr. Voll)These points are located on the skin at either corner of the nail bedLocationTarget OrgansAcupuncture PointsThumbOutsideInsideIndex FingerOutsideInside3rd. FingerOutsideInside4th. FingerInsideOutsideLittle FingerInsideOutsideBig ToeInsideOutside2nd. ToeInsideOutside3rd. ToeInsideOutside4th. ToeInsideOutsideLittle toeInsideOutsideLymphatic tissue, LungsLungsLy1Lu1Large intestineNerve degenerationLI1ND1Circulation, PericardiumAllergyCi9AD1Organ degenerationTriple Warmer, EndocrineOr1TW1HeartSmall intestineHe9SI1Spleen, PancreasLiverPn1Liv1Joint degenerationStomachJD1St45Fibroid degenerationSkin degenerationFibD1Sk1Fatty degenerationGall bladderFatD1GB44KidneyBladder (urinary)Ki1BL67- 1/29 - /
23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005. CyrilSmithTable 4Acupuncture Points and Nominal Values for their Endogenous t Measured Low Band High BandFrequency FrequencyLungLarge IntestineStomachStomachSpleenHeartSmall IntestineUrinary BladderKidneyPericardiumSanjiao (TW)Gall BladderLiverDu Mai (GV)Ren Mai (CV)Lu1LI1St45 / rightSt45 / 84.314‘Extra’ PointsAnmian I & IIEx 8 & 93,000Extra ‘Ting’ PointsLymphaticsNerve DegenerationAllergyOrgan DegenerationFatty DegenerationSkin DegenerationJoint DegenerationFibroid DegenerationCirculation, pericardiumLy1ND1AD1Or1FatD1Sk1JD1FibD 1Ci90.060.0005520.0780.740.00350.38000.05- 1/29 - 7302.950.02798.43.85360.17214839,4002.46
23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005.5. CyrilSmithRelation between Acupuncture Meridians and the ANSThe relationship between the acupuncture meridians and the autonomic nervous system(ANS) comes from the work of Dr. Reinhardt Voll. In his work, cited in English byKenyon (J.N. Kenyon, “Modern Techniques of Acupuncture” Vol. 3, Chapter 11 –Disordered Autonomic Steering), Voll identifies a complete system of acupuncturepoints which indicate the functioning of both branches of the autonomic nervous system.These are listed in Table 5. These points, Voll accessed by his method ofelectroacupuncture (EAV). He found a drop in the electroacupuncture reading wherethere was stress on the corresponding part of the ANS.To be able to relate the results of Voll to the writer’s measurements of frequency it wasdecided to compare the percentage changes observed during electroacupuncturemeasurements with the resulting percentage frequency changes on the acupuncturemeridians.These measurements (Table 6) were made on Voll’s summation point for the entire ANS(nerve degeneration meridian, ND1) on 7-days between February 15 & March 6, 2005 bythe writer on himself. The measurement order was: RH frequencies, EAV % changemeasurement, RH frequencies; LH Frequencies, EAV % change measurement, LHfrequencies. There were three frequencies to be measured in each water imprint - thefrequency characteristic of acupuncture meridian ND1 ( 4 10-4 Hz), the frequencycharacteristic of the sympathetic ANS ( 3 10 -3 Hz) and the frequency characteristic ofthe parasympathetic ANS ( 3 10 -1 Hz). These frequencies appear at those acupuncturepoints linked to the ANS in addition to the endogenous meridian frequency.The frequency changes arose from the electrical stress imposed by the electroacupuncturemeasurement. The percentage frequency changes approximate to the percentage changesin the electroacupuncture readings. In practice, it is quite difficult to read theelectroacupuncture meter needle movement as it takes place while the probe is beingapplied to the point. Mostly, there was a drop in the acupuncture reading but, where theacupuncture reading showed an increase, the frequency also increased. Measuring thefrequencies characteristic of the sympathetic and the parasympathetic systems doesappear to indicate which system is under stress on either side of the body.- 1/29 - /
Cyril23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005.Table 5EAV points Indicating the Functioning of the ANS ND1aNerveDegenerationANSSt10a ParasympatheticGB11b VagusnervenucleusinmedullaSt8d VagusnervecranialSt8c VagusnervecervicalSt16 4BL32 abdominalCoeliacplexus acSympathetic- vicplexusPelvicsplanchnicnerves- 1/29 - /Smith
rd23.Ann.Intl.Symp.OnMan& . CyrilNotes for Table 5*BL16 is the EAV summation point for:Ci8e/LCi8e/RHe8eLu10dLu9aThoracic aortic plexusCardiac gangliaCardiac plexusCoronary plexusBronchial plexus**St44c is the EAV summation point 1a/LLI1a/RPhrenic plexusSupra renalRenal plexusTesticular or ovarian plexusSuperior gastric plexusHepatic plexusSuperior mesenteric plexusInferior mesenteric plexusAbdominal aortic plexusIliac plexusSuperior hypogastric plexus***BL63 is the EAV summation point for:Ki4BL66cBL49dBL50Renal or haemorrhoidal plexusVesical plexusProstatic plexus in male / uterovaginal plexus in femaleCavernous plexus of penis or clitoris.After Dr. R. Voll from J.N. Kenyon, “Modern Techniques of Acupuncture”, Vol. 3,Chapter 11.- 1/29 - /Smith
Cyril23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005.SmithTable 6Frequency Changes on ND1 Following Electroacupuncture MeasurementsRHbeforeRHafterHzHz4.7542 4.5910 10 -4 10 -4 1.93% 4.66%3.2485 3.1975 10 -3 10 -3 2.32%% meanfrequencychangeND13.49 %Sympathetic1.48% 2.19%LH%EAV beforechangeHz5.29%LHafterHz4.8187 4.5839 10 -4 10-4 5.54% 3.84%6.4.73%2.50%6.71% 4.27%Parasympathetic.Parasympathetic3.2133 3.1660 10 -1 10 -1 3.89% 3.79%%EAVchangeSympathetic3.63%3.2353 3.1198 10 -3 10-3 2.73%% meanfrequencychangeND13.2169 3.1927 10 -1 10-1 4.02% 4.94%0.76%Magnetic Resonance in Acupuncture MeridiansOnce it was established that the acupuncture meridians carried characteristic endogenousfrequencies, it was clear that a precise magnetic field (determined by the physicalconstants for the electron or proton) could also stimulate a meridian and thence the ANSthrough the linkages found by Voll. Those fields above the geomagnetic field are listed inTable 7; proton magnetic resonances are shown in italics. We had previously found thatliving systems could react to the magnetic resonance conditions even in fields as weak asthe geomagnetic field (Jafary-Asl et al., 1983; Aarholt et al., 1990).- 1/29 - /
Cyril23rd. Ann. Intl. Symp. On Man & His Environment in Health & Disease, Dallas, June 9-12, 2005.SmithTable 7Magnetic Fields Exciting Resonances on Acupuncture rge IntestineStomachStomachSpleenHeartSmall IntestineUrinary BladderKidneyPericardiumSanjiao (TW)Gall BladderLiverDu Mai (GV)Ren Mai (CV)‘Extra’ PointsAnmian
The acupuncture meridians can be stimulated through the eye by looking at a flashing light. A light-emitting-diode was connected to an oscillator and was viewed towards its lens and at a comfortable brightness which did not give any noticeable after-image. The chakra and acupuncture points were checked for reactions when this was viewed at the
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