Multi Octave

8/4/2019 Multi Octave

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M ul ti -O ct av e H ar mo ni c I nt er co nn ec ti on sE.E.RichardsE ar th R es on an ce ,I nc .P.O.Box 2 a,Pie Town,NM 87827

Abstract- Through Har.o~ics,the connection of Music and Mathematics,the structural side of Cosaic La.ws may be made clear. By using musicscales and harmonic octave relationships,apectrums of octave multi-plica tioI1de.onstrate .any harmonic il1ter~.ctions.The Solar System ~resonancea exhibit lIlanyharmonica aa if it were an energy transformerof Phi dimensions an~ aulti-octave motions, employing planetary satellites&8 linked tUBing units. Earth's structure and aotion haraonics generatea 8i.gle ohord foraation,confiraing John Worrell Keely'. Wliqueexperi.ents; the, also offer related attunaent with the SolarInterplanetary MagnetiC iield,the Moon'a revolution-rotation periodsand SchuaanD Resonance.

Hikola Tesla's suggested Super-Luainal velocitie8 as confirmed byCharles Yoat's Pi/2 factor are being utilized for planetary 10 Hz.ELl communications effect. by Russian scientists. Calculated 8uper-Luainal and Sub-Luminal velocity haraonics co~re8pon~ w1ta theEarth radiation belts and Moon aean distance plac ent Sound andLight vel~c1t1es offer Super-octave reaolv1ng.

The Huaan body Infrared radiation peaks pulsate at SuperAOciaveharmonica of the brainwave spectrum and solar system resonances.Human Bior~tha8 demonstrate cosaie connection. via music notation.CODscious altering of brainwave and breathing rhythas allow tuningof higher and lower order" of vibration spectrums.

These beginning disooveries of Harmonic develop.ent ill offermany olarifications of Ilacrocosmic and microcosmic under8taJldillge,once computerized applications beco.e available.


2/34

Early .oming rays reflec~ golden,orange and violet oft distantud8,.", ~arietieB of birds 8ing to gree~ the ne. dawn;a halfn lazily drifts across deep blue heavens,leaving re8inder8 ofoft c08.1c motions magically disappearing from ~iew. the day'sntic adventures call the ants to arieetas coyote . i n g . betore

irtDa into .haded den tor the welcoae rest.All around Creation'. cycle8 renew the1r aecoRda,day. or eo.s ofo n. R ea ch in g o ut ,r et ur ni ng ;i nh al in g, ex ha li ng ;p l. ,i ag ,r ea ti ng ;r~h.re the dance goes on and on.Super Ho~a returns to 8till.ese,a8 revolving Sun aprays 1t.atine faa1ly with gathered co 1e .howera-- lnergJ froa .hich tow. The pertaer.h1p of Earth aDd Mo harveat the apiral flow,diag their growing carden,aproutin& inuuaerable cycle. troa

001c seed.Motioa. of day and night 81gaal awake.ing energie . .. tke atmosphereathea Life i.to each .oaent;.ilent charge ensuea;orieht light.iagcAarge .uddealy transforma.Mia1acule particlea of imming energy and swirling vibrationawl ashere,struggle to their feet aa~ .lowly look aroua~;h.aringaagic ef .ouada,feeliag the warmth,taating the ecataay,fragrance

ud We .tand. c enter etage for but a .oaent,ill Woader;thea to againce &ad .in in"haraony with The SOD.All fuactiona and movemeats of the uaiverse of foras confera perfectlyh the La. of Harmony. Thua.the uni~er8e,the galaxie8,the stara,thear ayste.a,the co.et8,the planets,the planetary aatellitea,theeral cOA.tituent. of all coa8ie::bodiea,tae ato.a,the cella,the.ala.the pleat.,the insecta,the aicrobe. &ad all thiaga related toco tituted of ,any or all of these all exiat in perfect oDedieDcethe Law Gt HaraODY aa the cardiaal law of the univerae &ad life.


3/34

Haraony i8 the sYAchronou8,eymphonioa. aDd BY.pathetic ble.ding ofrhytbae .r rani&at ~ibratioD8 of interrelatiag b.di o aads,

u gl l, _ &a d " io. 8. S inc e ea ch ob je ct( lI la cr oo oa .ic aa cl l Ii cr oco sm ic ),ioa,8oUlld and thought vibrate. at ita own frequeJlcy ~d. amplitude.au.t har.o.iz. with every other element in its en~i:tonme.nt_QrcorU will reault. Bar_oRY 1s the fundamental gu1diag pri.ciplelife. (1)H ar ll o. ic lI ;t he S ci en ce o f M ea su re (n ua be r) a nd . V al ue (t oJ le ), i~ L. _t .h ei8ht into the Law of Numbers in the world of music ;-the conaectionween mU8ic and mathematics. (2)The Pyth&8ereaa world view considered the principle of the COS.08 tpBar.oDY. In the i


4/34

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5/34

(5"'1By subdividing the string,in correspondence wlth the simplest ratios,fractions,the notes discovered may now be reduced to written musicalation; together they comprise the 'natural tone-row' or haraoniciea. Then,by combining overtones and undertones ef thia natural.onic seriea,the pure major and minor music 8calea may be constructedtora a whole tone diatoniC scale.Throughout the centuries of music development,it became desirablerefine this scale and therefore,alao play half-notes or se.itones.chromatio scale of music intervals offered this flexibilitY,and

erous interval ratios developed as shown in figure 2. The musicerval moat commonly used today is the equal temperament scale,it,ever,is n.t based upon ha.rmonic fractions but upen the 12th root of 2.In order to retain harmonic relationships and still make use ofller and .maller intervals,! s~ught a natural series to aefineae values. 'The Science of M~sic'bl n.C.Raasey offers that possibilityformation of a series baaed upon the subdoainant of the fundamental,ng simple lIlultiplicansand divisors as seen in figure ,. Ramsey'seri.ents showed that if the twent~-five harmonically placed tonespendulums were played,they foraed nineteen different raties whichfinished their periods,and met at ~ for the atart of a new1hen continued the aeries by the U.se of auditional prime

bera to define the semi tone seris,as per figure 4. (3)!hia Ramsey scale offered a series of ratios within an octave ofher thirds,sixtha or whole values aa is shown on figure 2,comparedh the aaDy odd numbers of the equal temperament scale. All of tbemonics are therefore formed from the fundamental and its subdominant;notes P and C .old cona.itiGns for the whole octave relationship.It 18 we1.1 known that a particular note of a scale,Buch aa a Otlhaye a direct harmonic attune.ent to a C in anether scale eitherve or below itself in frequencYiand that also hGlda true fer aller netes. The notes ot" the upper or lower octave may also be.onics of that same C not.,;for instance,the third harmonic above Cld be a G1,called a tiftA;or a fifta harmonic abeve that C,ealle~B2 ora third.


6/34

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7/34

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8/34

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9/34

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10/34

Jllat.aa iail! Wlder.iudillg .f .u8i. and A&ra i i. b iag .lilOAar,r, .. d ., aaall ke,b.ard 1.beli .. i.8 t .ak ~a r b li ~1.,&1.118 co 1111 .. Co ... r~. 1 p1rfX1:Mata. )(."a .,.l ~&Ild a .. t.e qu ii ,~t }tapp ~ :n a 1.all,. " 0 t.ye. fu r .....ed.. 'tao u.uell1 p ll ,J ed a d It,..".aM too" (4). s. rab~.1)q

llad to fia..out. ' . l l , I I r . C . . . . r ga .... 0 ag.04 .'Cart;~ look ai fi8Ur. 5.'.1 b.... 1Jlt.r"al .hart .oaiaa. ta. acal f.r teD full octa . ...;. 1 ' . tll. baa. C. e ti.d..that it re.ccurs 1. ike ~1ri .ciaY'

B, t ao f 1t '\ ll .c ta . .o a . .. P, 'Uto .1Jlta .ota ..e a. &II .... St~ti.gtll 1the ba.o frequ.nc7, it i ell qa1. a. a B ot 'ULe'Uliri.ocq,Ye,A ot tae eixth ociaY., a B ~a~ of t ".lltA .ctaYe,uQ. a C'of

e lliatA .ct.....furth.r 8tU" .ill .h.., ca ot ta. n.t ppo.ar1q oft a'i .UA l ai g r o ot a . .. .j iu. , .f ~t 18 tai.priabc r lllt~.Could t re be possible ut1l1sat1o .. 'My oalculator,altaouga aayt.! onl, .igAt d.igit.,did , wi top at oaly the .inth .cta ...; a a d a o coniinued.. l'.a.clearI co.tinlleO.aip.r i.oota .... fiat tae Daa. f r. qu e7 ..alu ~.J:'epp.aring i aay plac Upon r.achi.g the 20th ta".,the Duabera

abl.d .ut in .. ua.xpeeiec:l .anaer;th.er.-before'Q .7e 1'. the ..er:l... ua.era _i til .aioll I 11&4 bep.. See fiB\lr. 6.i ~ laa1 few cii,itsta. 20'Ul . o i . . . trequ ciea .er. th. .... a. ta.origi.al ba

Ie qu ,tp.cially if the noie. were of a ai.ple .ant.aUl fraction,eh i. this drawi.g. O.. r a period ot se..eral weeks I r d

e 40ta o ct a . .e .l.o,aga~ te fi.ci th. aaae ba.e 8cal. r.peat.d.Sille. discoyering thia 20 Gcv. ..e cOlmectloa,.UY ~alcu.l.."ion8 have. ,erforaed t. confira _&at In oall the Sup.r oota..;o'tk.r freq~.aw

Aa..e beeD seleoted,.ubllaraonic er. tried;all re".&1'" ineot the auper oc~ ..e. Onoe t hi s r el at io D. a1 p bee... ta it ...t. be a rad1 er)' of t orlr:W' J '.rrell .Ie.lyo r

au.dred. y.ar. pr i.ll.,.!ai. Jl\\lti-Octavo Hara i. I~t.reo c"i'llear17 of tel'. a .eaa t t~i ... p.ctruaa .t ..bratio. t...r o..e4i.... or Bt .i.u lai i t req ue.C Ylo o.bi nai ioll ., .t : oa.rd . a ll

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11/34

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12/34

So.e of "Aeae un.xpected SUp.r Hal."ll.nic.


13/34

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14/34

"a. Solar Syet ia a !raaaforaer' ,BO wrote R.d.el Colli. ill ai.of C.le.ti.a l Illflu.u (8). "By Btrippiq our solar Slste. and. .uciag it to a g aetrical projection of spirals upo. pap.r, aiaht

ogaise it as tae 4iagraa .'1 a polyp .... traasforaer".aa it dri~e. tard Vea at about 12 ailea p.r .eco.d." Muaic of tAe Spa.rea'.an ancient concept .t t .e u ai Yer sa lg,i. aere to be a elear reality. ligures 8~d 9 gi~e the

&ad rotatioa c Yerted frequencieaand leel not tor tllle. e tar1'/aatellite .ysteaa. Solar eyste. inter-r.soa&llce: i8 here.alea. aa aa iateracti of c cordaat and discora .. t .ycl ,.it.. syste aa Jupiter.beias aulti-freque iedJtu." treaaforaera,a.aically rel81ia! e.ergiea about t.e .hole spectrw. of tAis a~ti-ay ele.tial ayatea.I xa ap le . :' &r e. ':I I r ey .l ut io D .t . A .b ia aaraonically attuaed wi tathree large.t .00 of Jupiter Which are tke.aelye. exactly e

)ave separated i. their revolutioJl t iona. Jupiter. rotatio.a Bb Bara.aio of the Jarta;it. outer aoo. Paaipaa_ 1. i. tuae withEarta revoluti.n; Uraaus's rotation move. with Ear~'s;Uraaust8 ~...a has t.e aame key nete aa the larta's revoluti

Many other aar.onic interconnections are -a8ily .ee.;our solarte. i. truly a vast ausic instrument playing it. Yariou ongew ai 'V er aa l e .e rg y e xc ll .a ng e.' ig ur e 10 lists of the.e a&llYaonic webs. 'Ae.e charts to this p.int only shew tke major ootayeaoBic yet to be calculated are the .any third.fourtA.fitths an ath. of t.e octave 80ale So.e example. of these are: Mercury'.. orbital 'Velocity ia ten times that of Plut.;Mar~rati f 'Velocitiesaphelion and perihelion aake a perfect fifth;Jupiter'a ratio ofGcitiesat ap.elio. and perikeli.B are a Min.r taird; fiye orbitiod. of Jupiter make two .f S at ur a;S atu rn' s r at io s ot velocitie.aphelio. and perihelion are 4:5 or a Majer third. Tw rbit periodsUnanus .ake one of Neptuae;thousand. of Astroid. m.ye wita theian orbit period;and a strong aaj9r peried aeasured on the Sun".exactly oae-aiBtA of our Earth day.Pieur. 11 sh s many of the aoaerved &ad detected peried. andsatie f the Sun,a. it sends and receives e.ergies to and fromcesaio faaily.


15/34

1 February 198} r . e .c P - Solar System Inter-Hesona.nceBased. on A= 440 Hz. (;67


16/34

9 C , tPLANETS Revoluti.Q.!l fiotatiQQ at!lli~ef! Revolution Rotation----

Rhea Fb* 345.2 ( ; @Titan G 390.4Hyperion D 583.5Iapetus JJ I 313.4Phoebe F/* r 3 61 . 5

E l l 341 . 6G /I 414.8 ~r~ Miranda C/I* 554.8C ~ 5~' Ariel D# 310.7Umbriel F# 378.9Titania F 357.1c 5'"J.2.7 Oberon A ll 460.3Ab 424.9 . . f i I J i i .ti,.' Triton C r 526.3Neried 01* 552.3

Db 564.2 B 497.1 Charon B 486.4


17/34

2 F'e'orllary198;3/tJ Solar System Inte.r-Re~onancee#*Earth RevolutionPasiphae (Jupiter)51'-S10 (Saturn)Encela


18/34

/1 2 PebruarySolar System Inter-ResonanceBased on A=440 Hz.Frequency in Hertz,r means retrograde,1983 ,~, .

is 1/4 toneSUNE qu at or R ot a~ io n

G eomagneticGeomagnetic Long

SunspotAII*G

Q u as i pe r ot i ic M o du l at i onof Sunspot DI*Magnetic Cycle G160 minute cycle A(1/9 Earth Day)58 minuteNon Raaial Mode ~48 minute F#*40 minute(1/4 Fund.Harmonic) A29 mir.ute(1/2 Non Raaial Mode) D

An entire spectrum of pulsationsis known to exist from 160 minutesperiod down to 3 minutes

5( minute3 minute(In Chromosphere)

AF/*

( In P ho to sp he re )

~arge Solar Peaks at69.4 minutes B46 .3 minutes FI24.2 minutes F#*20.6 minutes Ab*Observed Solar Cycles in Minutes1973 1975 198152- E 47:-9 F#* 6b":1b" c33 C 30.3 Db* 44.66 G23.8 F H * 21.0 G i l 39.0 A16.7 " 17. 1 B# 32.1 C H *-J13.3 E 14.6 n 28.7 D11.9 Fl 11.8 Gb 24.8 F10.4 Ab 105 .Gb 21.0 G il9.2 Bb* 8.8 B 19.5 A7.6 Db* 7.9 C# 13.3 E7.0 D#* 7.2 D 12. 1 F11 .4 Gb*10.7 GI i*9.9 A8.5 B II7.8 C I I7.6 Db*6.9 'J #6.7 E6.S E


19/34

Qaee again the Super octave reveals itself in the solar systemctrua of planetary revolutions,there being 20 octayes fro. the

247 years of Pluto to tAe fa8~ 7 hours of tae 8mall moons ofiieritAe rotatioa periods are .ithin 10 octayes for tAe plaaets,satellite8 have not bee. deterained due to lack ot available data.

'igure " displays many lar~related key notes.

Pll1 1 8 tae 11 lea.w. B UIlDe r .aiC A, eD \lI L11 ia subtracted tr.. 1t,al. it .... reCiprocal. It represents a eoillcidiJlgof the prooessesaddi"ion Uld aultiplicatioll,a aeana of gro.th"lIIovoae.t. 1. twoeJ18i.n. at oDce,a. it uinterdi.e.$io.al tr....toraer. t. Pythagorean_,s tora bodies the d1n .. ic8 of the r~tlu1ic genorat1e f the

a:a.cl i ta h ar ao ni c p ri nc ip le ( re pr e_ el lt , ,u1eraal lovo. ( 'I)Its deciaal value of 1.6180339.1ies between the Major .ixta and.r 8ixth tor all mu.ic 80&1(See figure 14).

(

Here i"8 ....t Keely .aid about the musical s1xtll ill the language ofao.ic8,"!Ae sixth n.t. in the scale reduces the range .tecularrations thU8 illereasing solid1ticatioa". !he Boldea ratio(~)18 ao. reourriJla BWlber found 111 nature. It 18 found ill tae .piral a:r: : , :

.t .el1a.on the surtace ot a pilleapp1e,th, spiral ratio. ofve. gr lag OD a ate.,the whorls ot the florets of a sunflower aDdl .thers. 'ala phen.aeDa is called 'phylotaxis' &ad is the tend.nola.ture to .p1ral.Ihile read1q Peter !o.pkin~,,'lIYsterieB of the Mexi.an Pyruida',was revealed that ~ or 1.618 .ight be an index of ti i.corppl1'.ej;~d. the law8 of eele8t;.~a.llee.anics. Calculatioa8 quickl1 sllowedt t.e revolution period ot tke lartb di~id.d by ~ equal. exactlyrevolution peri.d of Venus;I theD weBt te solYe t.eqPlaaetar1olution peri.ds for the".hQle .18te. al 8een 1B f1guro~ ll.te thatexpress!e liliiliaeaiaple fraetions as per ausie S.al.8,&180) the

ar aagnetic fiold _ay b. used as the generat~, value tor theplete lar slst.a.TAese calculation8 reveal possible positioninga for aa leletect planets,.uch additional work 18 Deeded in.rder tolude t.e relationships of tke planetary aoons.


20/34

e . B

/2-Based on247years164y84 Y51 y29.5y1 1 .9y5.59yd.61y4.6 y3.63y2.07y2.02y1.89y1.8Ey1.72y1.5 yLOy360.0days264.0d260.0d251.0d239.0d225.0d88.0a79.3d27.3d2 1 . 3d16.5d15.9d13.5d8.7d7.2d6.4d5.9d

4.5d4 . 1 d3.6d2.7d2.7d2.5d1.9d1.9d1 .ss1 . 8 d1.4d1 .4


21/34

e February).3 Solar System Inter-ResonanceBased on A : 440Hz.Frequency in Hertz, r means retrograde,1983 t. ~I ~* is 1/4 tone

Related C;,c1llRevolution el/*Rotation GCircumference Bb*

Orbit Db*5 , 85 0 Km. )u man n R eso na nc e BC ir cu mf er en ti al

h about Earth B

H um an J ll :o rh yt hm sPhysical 23days 552hours eEmotional 28d 672h AIntellectuaf

33d 792h F I

th cycles53.1 minutes E54.7 minutes Eb*

la Earth Resonance2 h 4 9 min. Ab

al Precession Gal Tilt A

F Hdu Cosmic CyclesBrhaspati 3600y D I /Prajapati 216,000 EKa11 Yuga 432,000 EDvapara Yuga864,000 ETreta Yuga1296,000 AKita Yuga1728,000 EMaha Yuga

4,320,000 CKalpa Yuga4,320,000,000 CN*Brahma Cycle8,640,000,000 C#*Duration of theUniverse155,520,000,000,000 B


22/34

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23/34

A.t ..ar17 8000 f.et abe . .. sea level ill central-.e.t lew lI.x1c.oI &Ill1t.r1qtll. II thru :ILl rad1. frequenc1es;1t offe:r8 a .pp.rtlUlit7 toS. th1s sp.ctrua with l1ttle or no electromagnetlc taterterenc c. t.e beginning of tAe exper1.ental aonitaring,s ..... er7 .trongl I a . .e 'been reeeiveci at 10 Us. ,.ey ha... r eta ine d. t .el r e oot inu ederful pat~er ..... r aaDi nth. of o b. er . . t1 J'ig"re 15 allow. the trequencies being .easured;1t 1. a 10.4 Hz.daaental,witA eigat pul at 1000 Hs. and a 10 IBs. dee8 rate for1nd1 ..1dual pul.... I peraonall,y 0.0 not nave the eoipa .. t reqw.reCl

deter.ine the alpal souroeinowever other workers in the ELl studye aqgested that tae a1pale are of iu ian origil1.(10).

tI.aQe..eut tllleyare extre.ely powerful, coincide." wit. tlle s oled ~ .. a1 .. 'woodpecker' .ignala be1D continually .eard .n the HP

for aaQ1 years,and they reseable the suggested wa ..e pattern of'eala llapifying 'fransa1tter.(12). fhi. 10 Bt ip.l aeeb. tnte.ded fer planetary effecte and relate. t. the 'e.la Barthque y .t !.6 Ha. by a faeter .f Pi/2,as i8 toraulated by Caarle.

in h1 s T es la E xpe rim ent a. (13) .'fae 10.4 Hs. rate also haa .ther 1.pertant Aaraonic 1.plications,

" exaaplea 1t liea exactly 20 tave. above the Eartll's .e ..cu.tere.ee wav.length;it falls exactly 20 .etav ~el the KKK.t oxygen;1t is exactly 12 octaves below the Keely trequency42',800 IHz,and when the .pherical resonance cayi t y tonnlla,a. perRefere~oe Data for Radio Engineera,was calculatea t.r Eartllt1tulted in a value of 20.6 Hz.tor nearly its first har.onic. Bow thesesations are being used is not known,however Robert Beck'a exper1ments1oate that fielde .f 10.0 and 10.'5 Hz. produce a nt u.iag andrt1ag" reaction effect--general17 descr1bed as refresh1ng.(10).While working with prime number sequences and powera of ~ for thenetary ti.ns,I awoke one morning with the very str.ng dre ..

.t the Buggestion to calculate the 7th harmonic .f the speedlight vel.city. Immediate response revealed the expeoted auper-.onic values;later that saae day the urge ca.e to try 80.e sub-.on1e calculations and,quite surprisinglY,on the 7th sUD-aaraoniethe velocity ot light was a number value of the saae seque~ce as(ee17 aisassociation f'requency(42t857},except in this case it

in b/sec.


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25/34

I decided to calculate and plot the EM velocity(C) and its bar_oniosif it w.uld fora a eiroular path for ene lisht se :nd. This i8 shownfigur. 16;the 7th sub-harll.nie of C would be fOUDd .utside the . t , :cuaterence .f the Earth,and the 8th within. Unexpeotedly t.e 2nd5~ sub-aar.onics tall direotly within the highest energy levels

tae Van Allen belts;and the 6th super-harmonic of C ia exactly onMoen's orbital path. (Figure 17).

hrtller de.elopments of tllia unusual pheno.ena feund Jupiter's orbitbe looated at the major fifth above C,5aturn's orbit at 'Ute _jorrd abeve C,Venus at exactly 2 octaves below C,and I.ptune at onea.e below t.e light vel.city. The S.lar circumferenoe wa. at theer flft. abeve 2 C. It l.ok. aa if Naiure i. sele_tiD el.otro-_ti_ velo.ity haraonics for its cone'iruc,j1olls.dd1tioul workl be developed to expand this unexpected possibility. It scienceuse tll. Light Year term teaaur.e the Cas.oa,why net tll. Light. ad ala.' ?

Anetaer c.naection to thl. unoovering .f velocity aaraonica camen I fouad that the velocity of Sound thru the Earth's ataospherewithin t.e 20th octave below the vel.city of light. It occurs as anaraoni_ third within its octav.;this aay be seen fro. figure 18.Figure 19 gives the sound frequenoies 40 octaves down fro. theal visibl. 11ght .pectru.;once again thia is the frequenoy rangeen suggested b7 Keely to perfer. his sound-sti.ulated experl.ents.If und thru the atmosphere is 20 octaves below th_ velocity ofht,could there be a diu t energy transfer 20 .ctave. a_.ve theat velooiiy? 'ell,a few calculations were perforaed to oheck on thissibility. Tae Earth's aean distance wavelengt. gave a !requenc1 ofHz,;7 .c~ave8 above that .alue i8 ~ae Keely frequency &ad 5 octaves

ow is the 10.4 Hz. frequencY,wh1chi8 being trans.1tted and shiftedover the Planet. Nitola Tesla was net believed en he _laimadbe able to send signals faster than the light vel._itiea. What

,.u think'?


26/34

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29/34

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30/34

Th. peak huaaa,,!lldEarth ~ radiati.ns are coinci~.nt a~ }I101' Hz.105 Aag8trOas, .~Qt'e:also .0 ocuv8a above the braiDwave frequency27." Hz ithin the beta apectr",.. See flgure 20.. Thi. s~e rbytlua"rao.lcs .f ta. olrowaferenc. and the Eartll d.l_e~.r.

Allot the Solar sistem radius,diaa.~.r and c ir cu mf er en ce w av el en gt hsl .xao~ly within the h~ braiDwave frequencie8;lt ia already.ly reo.sa1 ... that the S..u .... reso.ance .r 7.8 Ra. i. a .eaaured

A .i.iliar p nona tor the .t.er lar B7at.. b.d1e. ".uldexpeoted. Ear~'8 rotation frequency .ultiplied oy 20 .ctav found.it.in the alpha rA7taaa; st of the other planet. havel.iliar relationship aar' n io al ly . ( ,' .)Tae .to. d1u.ter freqlle.oie. di ..ide4 d.w. 60 o c' ta ,v a re l'.Wl4iD t.e delta r h t A a 8 . Huaan b1orAyt .... f tAO pAjaloal,1nt.111ceno e,e.o~1.u.lrat ,corresp.D4. ~o ti o r taelartll.Jup1~er and.1I s hi ft ed . ca ve ly . T pr.a1A.nt AU.aIl b ra in wa ye r hy tl ua a

uper-eo .......aoroe.saio a l l ' ' - . io ro co s. io o en :n .e ct lo aBet.een 1 and 10 Hz. there exists a sharp d.cllne in the .pectrumt. the tact that wa .....at these frequenci are 8tr.ng1y ab80rbed .

t.e 1..p.er. _d practioally net au.rbed Ilear the Ear~' urface,


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32/34

Througa Harmonics,the mat.ematic. of tae aneient.,a tool may belized for the furiAer under8tan~in, and developing ~he -any wonderscreation. Centuries betore the works of Kepler,Bewten or Eusteinanaed t Auman vi.ion of the universe,a science .f haraon1 prevailed.

path of adherent. has never been abandoned through.ut the cyclesl.e,but only loat fro. sight by the flo. of scientific pursuit..1n of Ne.t.nlanlleca.,nic& and llelativlt1 await t.e reopening of.ind f Han.nle. to allow i. the Light,unraveled for ualfied

By looking with auslc th rY,the Solar Systell exhibit. multiple.naa.es .f Phi di.enslons and mUlti-octave motio.a. Tae Earth and

.plq up.n a single cbord in concert with :tlaesol.,r e li.play.ure .elects hara.n1cs of Light to deaip her Yaried8pectr'WlS ot

u.d. arelaitecture. Ta. huaan experienee aen8es ire. all airectioDse .. a.il1& web if interplaying ausie of the spherea,a. a livingdial of cos.ic force.Te q~.te fr ialter RusselI,"The breathing of the One creativece,ia your breatAing,and my breathi.g and. that of the mead.ow violet.


33/34

A fine .ist fro. nature's waterfall catch the late day solar rays,n1ng to red,then so.e pink,with orange,yellow,green,blue and lots ofied vi.let;.uddenly i~8 a brilliant rainbow dazzaling bef.re eyesw.nder. Just as suddenly its two rainbows gather1Dc up.n slateered cloud.;and then a third alao,as if to announce or maybe

f.e stage Aa. been set;iind riae8 8wiftly in eresoend Treesine verdaat leaves perfor. a aerry jig,enticing Pl er. and Grassjoin the rhytn.. Bright pink Cloud8,change to gray;a swirling impishy,ala.at green .. if to say,it's n.w ., play. StreakB .f Light.laia .the act .f deep voiced Thunder's curtain call as eager Raint. fall,after a ,long day of cli.bing and ~uapiac in Barth'8

ocean .f Air.' h . pert.raance goes on;Lightning flashes br1,ht,Taunder's aeS8ageif .f cosmic source,rattles the listening ear drua. Wind carefullyduct. tae .ove.ents .f Rain's prancing rhytAa. TAO conoert i8 long,erful,surrendering and olear;1ts .ag10 creates s.ella .f i.nisedgea,quicken1ag the breath,flasAinc through aeurens wit. delight,awakeas ~Gughout every cell.

SlowlY,hardly even not1ced,QuletnesB ascends with a new beat;dripslife bloed tall around thirsty pin1ons;tiny liquid drops creep overicate Bl.s ;deep Shad.w. ot D arka .Be de ece nd;P ragr aaoe per vade .transt.rmed theater,StillnesB .lithers on to cever t rbytha.Cloud .ixed Moon moves into view,tollowed by waltzing starevariea Aue,bill.wing Mist clears the stage &8 C .y ot e a nn ou nc esevea1n8 program. Cosmic dra.a commencee,cycles renewed a8 Super

a ki.dlea it's nourish1ng Ligh~,and Bar.on, goes . a .L18~en!


34/34

erellce Botes:Cook and laaui, Tile Doctr1ne .t Truth, GOLDO!la,Ja.r,Hana. 'kroa818,' Taeory of World Hanton1cs

P l al: t&,re Press ,Boato. 1964hIIa.y,D.C. The Selonoe 01' Mus1cIlarousWu-d and Co. Latd Loaden 1893lasser,Joseph ' r y of Ivolv!ng tonality

All. Library of lIu.1coloU III 19320 e1',.1111.. B., 1Ia'\ll' et .. o.i Vol. 1

".10-. _.ta.onic. Vol 2!e81a Book 00. _ll1brae,0'

UoJu.ri, ,.1., Barth po r Spectr\lllano. It. Potential.2n4 Interaatioaal sr.p 1ua en I -Oon~tional

EIleru ,.elm.logy, .tlanta 198'M.ore,Olara Bloo.f1eld, I.e1,y and His Diecoyerie.

Moor. ,IeS&D ,Paul ,!renca, !ruber and Co. Lend.. 189'Iiussell,Walter, !he Un1versal aneColl1a.,IiGdnel, The TiLeory of Celestial Influence

Vacent stuart, L ..don 1954Lawlor, Robert , Sacred Geo.otry

Crossroad, BY 19821 00 k, 11 0\ )o rt ,iLl Map.tic P1e1ds and lEG Intra1mlelltberO' Unll.ited 12 June 1978Bl ,'i111 . . , Magnify1ng Transmitters ill Action

Planetary Assoc. ter Clean :lDerQ, lewsletter, June 811) least,Robert 0., CRC Handbook of Chellistry and Physic.

Booa l1aton,Pla 19812) PuAarlciL,ADdr13a, The Payaics ot tae Tesla Magnifying Trans.ltt.r

Planetary Assoc. for Olean Energy Jl.~ 763) 1 t,Charlee, fAe teala hperl.e.t, !eala Bo.k 0 198'lalt,Jaa K., Propagation of ELl Eleotro.agnatic Wave.

IEKI Journal of Oc.anic Eng1neeriugYol. OE He. 2 April 1977

11, Lu ther , Electromagnet Speotrum ChartNorth AJlerican AViation Ino.

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