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ElopticEnergy
AnotherFormofEnergyisDiscoveredthathasInfinitePossibilities
ADescriptionofRecentResearchesofT.G.Hieronymus
by
T.G.Hieronymus
(1956)
Introduction
Completetheoriesdonotfallfromheaven... Freud.
Thiswellexemplifiedtheattitudeofmanypeople thatifanideaisnot
completelydevelopedandthetheorysofoolproofastobebeyondquestion,
thentheywantnopartinit.
FollowingBenjaminFranklinsdiscoveryofelectricity,ascoffercaustically
asked, Ofwhatuseisthatkindofknowledge?
TowhichFranklinkindlyreplied, Ofwhatuseisachild?Hemaygrowintoa
man.
WeareverymuchinthesamepositionasFranklin.Wehavediscovereda
newforceorratherwehaveuncoveredaforcethathasbeenheresincethe
beginningoftimebutonlyafewhaverecognizedit.
TheBIGquestionis, Whatshallwedowithit?
Atthemoment,wearedoingtwothings:continuingresearchandacquainting
interestedpeoplewiththeideainordertogettheircooperation.Thatisthe
reasonfor
this
paper.
This
is
the
first
time
the
subject
has
been
discussed
publiclybeforeanaudience.
ElopticRadiationTheory
Thereisanallpervadingmediathatiscapableofbeingsetintoactivityby
certainforces.Thismediamightbethesameasthatwhichisdescribedby
electronicandelectricalengineersandphysicistsastheetherinactionat
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higherharmonicsthansofarexplored,oritmaybeafinermedia.Sinceitacts
asifitweredifferent,letscallittheFINEMEDIAfordescriptivepurposesat
themoment.
Ourmaterialworldismadeupofcombinationsofafewunits,someofwhich
arecalled
electrons,
protons,
and
neutrons.
These
units
act
as
if
they
were
precipitationsoutoftheFineMedia,becausetheseunitsmaybedisintegrated
orputbackintotheiroriginalstateintheFineMedia.Thereismuchin
todaysscientificliteraturethatpointsthewaytotheseconclusionsin
additiontoourownresearchresults.TheFineMediacantakeonormanifest
severaldifferentqualities,suchasfrequencyandcohesiveforce.
Justastheethercanbecausedtovibrateatdifferentbandsoffrequenciesto
manifestaselectricity,radio,heat,light,ultraviolet,etc.,socantheFineMedia
becausedtomanifestinmanyways.
WhentheFineMediaisproperlyinfluenced,itcanbecausedtocoalesceto
thepointwherematerialunitssuchaselectrons,protons,andneutronsare
formed.Whentheseunitsaredesiredtobegroupedtogether,astillfurther
manifestationoftheFineMediatakestheformofthecohesiveforcenecessary
toformthenitsintoelementssuchashelium,iron,gold,anduranium.Astill
furthermanifestationofthecohesiveforceisnecessarytoformelementsinto
compoundorcomplexgroups.
Whensuchunitsareformedintoelementsorcompounds,thereisastress
field,oraura,aroundorradiatingfromsuchelementsandcomplexgroups.
Thisfieldoraurahasafrequencythatischaracteristicforeachnuclearand
molecularcombination.
Forexample,chromiumhavinginitsnucleus24protonsand30neutronswill
haveaslightlylowerfrequencythanwillironwith26protonsand28
neutrons,eventhoughbothnucleicontainthesametotalnumberof54units
each.
Thisphenomenonisthebasisoftheideacoveredbypatentsanditsuseasan
analyzingmedium,thesubjectmatterofthispaper.
IttakesacertainamountofenergytocausetheFineMediatocoalescesothat
theunits,protonsandneutrons,willbeformedandalesseramountofenergy
tocombinetheunitsintothegroupofparticlescalledtheelement,e.g.,
hydrogen,silverormercury,andstillalesseramountofenergytoformthe
moleculesofthevariouscompounds.
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Suchanelementorcompoundcanbedisintegratedbackintoitscomponents
orunitsorevencompletelybackintotheFineMediafromwhenceitcame.
Theatomicbombactionobeysthisprinciple.
Todisintegrateanelementandchangeitbacktoitsunitstakesenergy,the
amountdepending
upon
the
way
the
energy
is
applied.
Assume
avery
heavy
weightsuspendedbyalongchain.Tocausethisweighttooscillateover,e.g.,
onefootwithoneblowfromahammermightrequireahammerofverylarge
proportionandagianttowieldit.
Ontheotherhand,ifasmallboygavetheweightapush,thenwaitedabit
andgaveanotherpushandanother,alltimedproperly,theweightwould
begintoswingandintimewouldbeswingingthroughthearcofonefoot.
Whenasingleblowintheformofafastmovingparticle,suchasaneutronor
alphaparticle,acceleratedinacyclotron,isthe hammer ,andthenucleusof
anelementistobebrokenup,the hammermuststrikeatremendousblow
(millionsofelectronvolts)tocrackthenucleus.
Ontheotherhand,ifasmallamountofenergyisfedintothenucleusatits
properfrequency,thenucleuswilleasily,slowly,quietlyfallapartintoits
units,justbyneutralizingtheeffectofthecohesiveforceorbindingenergyas
itissometimescalled.Thusalittleenergyofproperfrequencysteadily
appliedmaydomorethananenormousamountofenergyappliedinthe
bruteforcemanner.
OneofthemostusedbutleastcontrolledandunderstoodmethodsofsettingtheFineMediaintooscillationisbytheMentalEmotionaloutputfroma
humanbeing.Justasthecrystalinaradiopoweroscillatorsetsthefrequency,
andtheenergyappliedtotheplatecircuitdeterminesthepoweroutput,so
doestheMindacttosetthefrequencyandtheEmotionalBodytofurnishthe
power.
EverytimewegenerateanemotionwestartawavemotionintheFineMedia.
Suchawavemotioncantravelinfinitedistances,anditcontinuestooscillate
untilsomecounteractingwavemotionissetuptoneutralizetheoriginalor
untiltheoriginalwavemotionisabsorbedbysomeoneorsomethingthatisintheproperfrequencyrelationtoit.
Justasaradioreceiverthatistunedtotheexactsamefrequencyasa
transmitteractsasifitwereconnectedviasomeinvisiblemediumtothe
transmitterbyrespondingexactlyasthetransmitterisactivated,sodoesa
specimenofcertainthingsactasiftherewereaconnectionbetweenitandthe
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parentbodyformwhichitwastakenbyrespondingexactlytoallactivitiesof
theparentbody.
Substantiation
Atthis
point,
the
scoffer
usually
says,
Thats
all
bunk!
Suppose
we
digress
a
momentandseetowhomhedirectshisverdictof bunk.
Almost20yearsago,DrRobertMillikan,formerpresidentoftheCalifornia
InstituteofTechnologyandNobelPrizewinnerinphysicsforhisworkin
weighingtheelectron,wasspeakingbeforeajointmeetingofallthetechnical
societiesofKansasCity,MO.Heshowedalargenumberofslides,thelastof
whichwasasmoothcurvewith f alongtheleftmarginand e acrossthe
bottom.Hesaid, Somedaywewillfindthateachoftheelementsofmaterial
mattervibratesatafrequency,eachdifferentfromtheother.
Thewriterwasthrilledbeyondwordsbecausesomeofthematerialinthis
paperhadatthattimealreadybeendiscovered.
YearslatermDrI.I.RabiofColumbiaUniversitywontheAAASprizeforhis
workonnuclearresonance.QuotingfromScienceNewsLetterforJanuary6,
1940,onthiswork,weread, Atomscanactlikelittleradiotransmitters
broadcastingonultrashortwaves.
TheAssociatedPressreleaseofDecember30,1939,wentfurtherandsaid
aboutDrRabisfindings, Manhimselfaswellasallkindsofsupposedly
inertmatterconstantlyemitrays.Theexistenceofsuchrayscomingfrommanandalllivingthings,andprobablyfromtheinanimate,hasbeensuspectedby
afewscientistsformanyyears.Todaybroughtexperimentalproof.The
discoveryshowsthateveryatomandeverymoleculeinnatureisa
continuousradiofrequencybroadcastingstation.Thosewhobelievein
telepathy,secondsightandclairvoyance,haveintodaythefirstrealproofof
theexistenceofinvisiblerayswhichreallytravelfromonepersontoanother.
AnotherAssociatedPressreleasenextdaystates, Scientistswhohavestudied
DrRabisreportsaiditfurnishesforthefirsttimealogicalexplanationof
suchthings
as
telepathy,
heretofore
aquasi
scientific
phenomenon,
and
the
feelingthatsomeoneelseisapproachinginadarkroom.Itmayalsoproveto
bethesourceofattractionorrepulsionbetweenindividualssinceallthe
atomsofthebodyarecontinuallybroadcastingweakbutdetectableradio
signals.
DavidSarnoff,presidentofRCA,speakingbeforethe7thInternational
CongressonRheumaticDiseasesinNewYork(June1,1949),said, Mendo
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notunderstandhowtheirthoughtsandemotionsareborn,andbywhat
powertheygrowtofruition.Isthisforceelectricity?Whenweunderstand
eachother,isitbecauseweareattunedtoeachotherelectricallyor
electronically?Ifso,weshouldlearntheelectricalcharacteristicsofthehuman
body.
OnMarch7,1951,theMiamiHerald(FL)printedaUPreleasefrom
Copenhagen,Denmark,AgriculturalexpertHerlufHansensaid, Anymental
disturbanceisimmediatelyreflectedinthepigsty.Keepyourtemper,talk
friendlytoyourpigs,andcaressthem.Thefinancialresultwillbeexcellent.
Thesamepaperonmarch16,1950,carriesthis, Ifbeautifulblondesrunaway
atyourapproach,ifdogsgrowlatyouwithoutexplanation,cheerup,maybe
itsnotyourfaceafterall.Mightbeyourbodyvibrations.
ThisisthetheoryputforwardtodaybyAustrianpsychologistDrHubert
Rochracker,whosays, Thehumanbodysendsoutminutevibrationsthat,for
goodorill,affectallourdailylives.
NormanHillierofNewYork,speakingataconventionoftheNationalhair
DressersandCosmetologistsAssociationinDesMoines,IA,said, Aquarrel
withherhusbandwillhaverepercussionsinmiladyshairinfiveminutes. It
reducesthelifeofapermanent.
TheUnitedPress(July7,1949)underaParisdatelinequotestwoFrenchmen,
JulesClateandAndreCoatrieux, Everymetalandeveryperson,livingor
dead,sendsoutshortwavesofdifferentlength.Personalwavelengthsareasindividualasfingerprints.Eventuallywehopetodevelopitfordiagnosing
disease.
YouareallacquaintedwiththeworkofDrJ.B.RhineofDukeUniversityI
extrasensoryperceptionandhisstudyofthemindandthewayitcancontrol
things.Everydoctorhasrecognizedtheeffectoftheemotionsuponthe
physicalbody.Expressionsuchas thatmangivesmeapain and this
businessmakesmesickmaybeliterallytrue,accordingtoDrEdwardWeiss
ofTempleUniversityMedicalSchool. Thebodyhassomesortof organ
language fortheoutletoftenseemotions,whichmimicalmostanydisease ,saidDrWeiss.
TheworkofDrFelixBlochandhisgroupatStanfordUniversityandbyDrE.
M.PurcellandhisgroupatHarvard,thetwogroupsworkingindependently
butsimultaneouslyin1945,confirmedtheworkofDrRabiandcarriedit
further.
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Anyonewhoisinterestedwillfindthathardlyaweekgoesbywithoutsome
pressarticleortechnicalreferencethattiesinandtouchesonsomephaseof
thisphenomena.
ElopticEnergy
Aformofenergyhithertounknownhasbeendiscovered,andabasicpatent
hasbeenissuedcoveringitsuse.
ThenameELOPTIChasbeencoinedandassignedtotheenergy.Thewordis
takenfromthefirsttwolettersofelectricityandthewordoptic,becausethe
energyhassome,butnotall,ofthecharacteristicsofboththoseformsof
energy.
Elopticenergyradiatesfromorisinsomemannergivenofffrom,orformsa
forcefieldaround,everythinginourmaterialworldundernormalconditions
atordinaryroomtemperatureandwithoutanytreatmentofanykind.Each
elementandcombinationofelementsthatmakeupourmaterialworldgives
offthisenergy;however,theenergyfromeachelementdiffersinfrequency
fromtheradiationcomingfromeveryotherelement.Thus,wehaveameans
ofdeterminingthecontentsofanunknownmaterialbyanalyzingthe
radiationsfromitwithoutinanywaydestroyingordisturbingtheobjector
materialinquestion,orhavingtoexciteitinanymanner.
Elopticenergyobeyscertainlawsjustasdoeselectricity,heatandlight,and
wehaveuncoveredman,butnotall,oftheselawsandhavelearnedmuch
abouttheutilizationofelopticenergy.
Justaselectricityinitsinfancyhadfewusesbecauselittlewasknownabout
conductors,insulators,andthelawsgoverningtheactionoftheforce,soisthe
useofelopticenergytodaylimitedonlybyavailabletechnology.
Wehavebarelyscratchedthesurfaceofthepossibilities;however,thereare
quiteafewusesthathavebeendevelopedandmuchisalreadyknownabout
thebehaviorofelopticenergy.
Wehave
identified
the
radiations
from
over
one
third
of
the
elements
of
materialmatter;theoneseasilyobtainedinrelativelypureformsuchas
beryllium,carbon,magnesium,aluminum,iron,copper,zinc,silver,tin,
tantalum,platinum,gold,lead,bismuth,etc.Carnotiteorehasbeenanalyzed
forradiumanduranium.Manyoresampleshavebeenanalyzedtodetermine
thevariouselementscontainedinthem,andthefindingshavebeenverified
bymoreextensivechemical,spectrographicorotheranalyticalmethods.
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Combinationsoftwoormoreelementsgiveoffacharacteristicfrequencyof
radiationbywhichthecombinationmaybeidentified.Forexample,
hydrocarbonssuchasbenzeneandtoluenehavebeenanalyzedandthe
findingsverifiedbyspectrographicandchemicalanalysis.
Eachof
the
tissues
of
the
body
give
off
acharacteristic
frequency
of
radiation
bywhichitcanbeidentifiedandthevirilityorvitalityofthetissuemaybe
determinedbynotingtheintensityoftheradiation.
Eachdiseaseentitygivesoffacharacteristicemanationbywhichitspresence
inthebodyandsomethingofitsvirilitymaybedetermined.
Elopticenergycanbeconductedalonglightrays,focusedwithlenses,
refractedwithaprismanditseffectimplanteduponphotographicfilm.
Anaerialphotographfilmtakenatseveralhundredthousandfeetelevation
canbeusedtodeterminewhatwasintheobjectsphotographedonthe
ground,suchaspeopleandmetalsinbuildings,cars,etc.
Theapparatuscanbesetforanyelementssuchasiron,astylusplacedonthe
spotonthefilmtobeanalyzed,theenergyimplantedonthefilmcanbe
pickedupbythestylus,conductedthroughtheinstrument,andifthereisthe
elopticenergyofirononthefilmitisevidentthattherewasirononthe
ground,radiatingthecharacteristicironfrequencyeventhoughnotvisibleto
theeye.
Plantscanbeanalyzedtodeterminewhethertheroot,stem,orfruitcontainstheelementsnecessaryforpropernutrition,suchasiron,copper,manganese
andothertraceelements.Theplantorfruitcanalsobeanalyzedtodetermine
whetheritcontainsarsenicorotherpoisonsfromsprays.
Foods,poisons,drugs,etc.,canbecheckedtodeterminetheireffectuponthe
bodyoranyparticulartissueofthebody.Thosefoodsordrugstowhicha
personisallergicandthosewhicharecompatiblecanbequicklyidentified.
Justasaphotographcanholdtheemanationoftheobjectphotographed,so
canaspecimen,
an
article
of
clothing,
adrop
of
blood,
urine
or
perspiration
carrytheemanationsofthepersonfromwhenceitcame.
Suchaspecimenwillcarryalltheemanationsfromallpartsofthebodyofthe
personfromwhomthebloodwastaken.Itsemanationandthosetaken
directlyfromthebodyofthepersonwillbethesame.Thus,manyofthe
characteristicsofthepersonfromwhomthebloodorclothingcamecanbe
determined.
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carbonat12.15.Alloftheanglesweremeasuredwithaprotractorina
somewhatcrudewaybecauseoftheconstructionoftheapparatus,butthey
areveryclosetobeingcorrect.
Ifa90arcisdrawnwiththecenteratthepointofelopticenergyemergence
atthe
face
of
the
prism,
between
aline
projected
out
in
the
direction
along
the
faceoftheprism,itwillbefoundthatalloftheradiationsarerefractedoutin
thisquadrant(seePrismRefractorsketch).Ifthearcofthequadrantis
dividedinto1600partswith 0 onthelineextendingalongthefaceofthe
prismand1600onthelineperpendiculartothefaceoftheprism,thenitwill
befoundthatwithacertainapparatusarrangement,oneoftheisotopesof
beryllium(Atomic#4)refractsthroughatapproximately186onthescaleand
thatbismuth(Atomic#83)refractsthroughat1097onthescale,andallofthe
otherelementsandtheirvariousisotopesrefractthroughintheirproper
relationship,theonehavingthelowestnuclearweightindicatingahigher
frequencyand
amore
acute
angle
of
refraction,
and
the
one
with
aheavier
nuclearweightindicatingalowerfrequencyandemergingatalessacute
angle.Thetestsshowthatelopticenergyobeyssomeofthelawsofrefraction
justasdoesthevisibleportionoftheelectromagneticspectrum.
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RadiationfromtheNucleiofElements
Aseriesofexperimentshasbeencarriedoutthatpointsratherconclusivelyto
theassumptionthattheradiationthatcomesfromthevariouspureelements
isfromtheentirenucleusandnotfromtheplanetaryelectronsorfromeither
theneutronsortheprotonsalone.
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ThebestobtainablepurespecimensoftheelementsTitanium,Vanadium,
Chromium,Manganese,IronandNickelwereused.Testswererunon
RadiationAnalyzer#508.Energypeaksfromtheseelementsweremeasured
andtheprismdialsettingsforeachpeakwerenoted.Astudyofthenumber
ofenergypeaksforthevariouselementsindicatedthatthenumbercoincided
inmostcasewiththenumberofisotopesoftherespectiveelements.
Oneimportantitemwasthatoneofthepeaksforchromiumandonefor
titaniumwereveryclosetogether;thatis,theyrefractedthroughtheprismat
nearthesameangle.Thesameforanotherpeakofchromiumandonefor
iron,andanotherforanironpeakandanickelpeak.
Thenumberofprotonsineachoftheisotopeswasmultipliedbytheir
individualmassweightof1.00758andthenumberofneutronswere
multipliedbytheirindividualmassweightof1.00894andthetwoproducts
addedto
get
afactor
representing
the
differnce
in
two
isotopes
of
the
same
nuclearparticlesbutwithadifferentnumberofneutronsandprotonsineach
nuclei.
Thus,titaniumwith22protonsand28neutronshasafactorof50.41708,while
chromiumwith24protonsand26neutronshasafactorof50.41436,a
differenceof0.00272,chromiumbeingthelighter,innuclearweight.
Titanium=(22x1.00758)+(28x1.00894)=50.41708
Chromium=(24x1.00758)+(26x1.00894)=50.41436
Difference=0.00272
Thesefactorsandtheprismdialsettingswere usedtoproducethecurve
shown(NuclearWeightFactorvsPrismAngle).Oneoutstandingfactnoted
wasthatthelighterthefactorvalue,thelowerthedialsettingorhigherthe
frequencyoftheemanatingenergy.Anotherwasthesmoothnessofthecurve.
Nearlyallpointsareinproperrelationship.Irregularitiesareprobablydueto
slightvariationsfromatrueflatoftheprismsurface.
Whileplottingthiscurve,itwasnotedthatinafewcases,therewere
apparentlytoomanyenergypeaksforsomeoftheelements.Furtherstudy
revealedthattherewereradioactiveisotopesofthesocalledmanmadevarietythatwouldfitintothesespots.Ithadalreadybeennotedthatknown
radioactiveelementsgaveamuchmoreviolentradiationthanthesocalled
stablevariety.Testswerethenmadeonthevariousisotopestodeterminethe
distancethattheradiation,orrather,theforcefield,seemedtoextendout
fromthespecimen.Vanadiumshowedthatthethreeisotopesradiated18.5 ,
5.5 ,and15.5 respectively,indicatingthatapparentlythemiddleonewasthe
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MolecularCombinations
Thefieldofexplorationintomolecularcombinationsistoovasttobecovered
inthispaper.Infact,notenoughworkhasbeendonetowarrantsuchdetail.
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Thechiefchemistoftheanalyticallaboratoryofalargecorporationlearned,
throughamutualfriend,aboutsomeofourworkwhilethepatentapplication
wasbeingprocessedinWashingtonandwerenottooanxioustodivulge
muchinformation,butafterseverallettersweagreedtohelphim.Oneofhis
letterssaid, Wehaverecentlyexpandedintoanewfieldofresearchand
someoftheproblemsencounteredaregivingusagreatdealoftrouble.Yourapparatusmaybetheanswer.
Weallowedhimtobringhisspecimenstoourlaboratoryandwespenttwo
dayswithhim,mostofthetimeingettingequipmentreadyforthetests.
Finally,weanalyzedthecontentsoffourbottlesmarkedA1,A2,A3,A4.We
hadnoideabeforehandwhatwasinthem.
WepouredasmallquantityofliquidfrombottleA1intoapyrexbeaker,
placeditintheinstrument,andproceededto tunein toallthe broadcasts
thatcame
from
the
beaker
and
its
contents.
Then
we
did
the
same
for
the
liquidinbottlesA2,A3,andA4.Assoonaswehadlistedthefiveenergy
peaksfromtheemptybeaker,sixfromA1,ninefromA2,fourfromA3and
ninefromA4,andhadchartedthemwithrelationtoeachother,thechemist
said, NowIknowmytrouble.A1isasolventthatworksfine,A2issupposed
tobethesame.Ourtestsandthoseoftheoilcompanywhosellsittoussayit
isthesameasA1,butitwillnotworkrightandiscausingusmuchtrouble.It
isquiteobviousthatA2hasbeencontaminatedbyA4,whichistoluene.A3is
benzene.
Thethreecontaminantsmarked(*)wereinbothsolventA2andtoluene.The
emptybeakercontainedoxygenandboron,siliconandcalcium,perCorning
GlassCompanyandaseparatespectrographicanalysis.
Hetookacopyofourtestdatabackwithhim,andinaboutamonthhewrote,
Wehavefinishedourchemicalandspectrographicanalysesonthe
productionsolventsampleswetestedinyourlaboratory,andIhavegone
overthedataobtainedinyourlaboratory.Toluenehasninecharacteristic
groupingswithinthemolecule,fiveoftheseareuniquetotolueneandfour
arealsofoundinthebenzenemolecule.Thedatafromyourlaboratoryis
consistentwiththesefacts.
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ProgresstoDate
ThinkofelectricitytodayandthentrytopictureBenFranklinwithhisfirst
condenser chargedbyelectricityfromacloudviaakitestring.Perhaps
someofyourememberseeinginmuseumssomeoftheearlydayelectrical
apparatusandhowpeculiaritappeared.Rememberthefirstcrystaldetector
wirelesssetyoueversaw,andthenlookatamodernradioinstallation.
Wearejustnowlearningwhichmaterialsareconductorsandwhichare
insulatorsofelopticenergy.Ourpresentapparatusisverycrudecompared
withwhatweexpectittobeinafewyearswiththehelpofphysicistswho
reallywanttodevelopthisidea.
Ourpresentmethodofdetectiondependsuponthesenseoftouchofthe
operatorandthatrequirestraining,justasachemist,aradiooperator,agoodcook,anartist,allrequiretraining.Somedaywewillhavelearnedmore
aboutelopticenergysowecangetittoringabell,lightalight,oractuatea
meter.Untilthen,wewillbedependentuponpresentmethods.
Wehavebeenabletoimposeelopticenergyuponanelectriccurrentand
amplifyit,butsinceitisnotelectricityitalonewillnotoperateelectrical
devices.
Sofarwehavefoundnothingthatdoesnotlenditselftobeinganalyzedasto
itselemental
content
with
the
exception
of
the
air
around
us
and
those
materialsofwhichtheapparatusiscomposed,unlessthereisafairquantity
available.
Despitesomeofthelimitationsandapparentcrudityoftheapparatusand
techniquessofardeveloped,itcandothingsinthelaboratoryinafew
minutesthatareabsolutelyimpossibleormaytakelongperiodsoftimeby
chemicalanalysis.Itcanquicklypointthewayforchemicalanalysistofollow
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inordertoeliminatemanyofthetimetakingtestswhenanunknownistobe
analyzed.Itisespeciallyvaluablewherethereisonlyasmallquantityofthe
materialavailable.Adropofunknownliquidwillworkbetterthanagallon.
Thematerialtobeanalyzedisonnowaychangedordestroyedduringthe
analysis.Onlytheemanationnormallyradiatingfromitareutilized.
Wearenotchemicalengineers,physicistsormathematicians,butwehave
spentoveraquarterofacenturyobservingandexperimenting,blindlymost
ofthetime,touncoveraforceorenergyorphenomena,aboutwhichthere
had,untilrecently,beennothingwrittenthatwemightfollow.
WhentheUSPatentOfficeissuesabasicpatentwithhalfadozenmethod
claimscoveringtheuseforanalysisofanenergythatwasnotmentionedin
anyacceptablestandardtext,itshouldbequiteevidentthatthisisnotawild
dreamofadisorderedmind.
UnidentifiedPublication/Author
The EffectofMagnetismonElopticRadiation
AmajorprobleminprospectingformineralswiththeElopticEnergy
Analyzerprovedtobepreciselocation.Experimenthaddemonstratedthat
theenergyfromburiedmetal,etc.,spreadsarounditonaverylargeirregular
pattern,varyinginshapeandsizefromdaytodayandevenfromhourto
hour.Ithadalsobeenobservedonasmallscalethatthisenergycanbeinfluencedbymagnetism.Thereforeitwasdecidedtoexplorethepossibility
ofusingmagnetsinthefieldtoeliminateorconcentratethediffusedenergy.
Forthispurpose,severalouncesofsterlingsilverwereburiedabout30inches
deepinalevel,openfield.TheAnalyzerwasplacednearbyanditsinputwas
connectedtoalonginsulatedcopperwire.Ontheendofthiswasfasteneda
testprobe.
Todeterminehowfartheenergyextendedfromtheburiedsilver,theprobe
wasdriven
into
the
ground
successively
at
various
distances
along
several
radii,andreadingsweretakenontheAnalyzer.Inthiswaythefieldof
radiationwasfound,atthattime,toformanirregular pool ,extendingnot
lessthan50feetfromthesilverandmostlyverymuchfarther.
Nowtwomagnetsweremade,hollowcoresolenoidsdrawingabout
10amperesattwelvevolts.Thesewerepacedonendabout20feetdueeastof
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thesilver,andironrods(5/8by4ft)weredriventhroughthemandabout
twofeetintotheground.
Atfirstthreebatteries(18volts)wereconnected,andaboutanhourwas
allowedfortheenergyfieldtoadjustitself.Thentestswererunasbeforewith
theAnalyzer,
and
it
was
found
that
the
field
had
shrunk
considerably.
Followingthis,twomorebatterieswereattachedandadditionaltestswere
made.Theenergyfieldwasnowfoundtohaveshrunkstillfarther,andto
possessamoresimplifiedoutlineshowingcertaindefinitecharacteristics.
TowardtheEastitterminatednearthemagnets,andtotheNorthwestit
exhibitedapronouncedbulgeofabout15or16ftradius.
Atthispointthetwomagnetsandbatteriesweremovedtowithin12ftofthe
silverandtwomorebatterieswereadded,making7inall(42volts).
MeasurementswiththeAnalyzernowshowedthattheenergypoolhad
completelydisappeared
as
such.
There
remained
only
two
well
defined
bands
orstreamsofenergyaboutafootwide.Oneoftheseextendedalongastraight
lineconnectingthesilverandthemagnets,andtheotherthrustoutabout8ft
towardtheNortheast,thenturnedandproceededdirectlytothemagnets.
FurthertestswiththeAnalyzershowedthattheenergydrawntothemagnets
appearedtodissipateitselfabovethemandoverthebatteriesinakindof
plume.
Thisexperimentdemonstratesthatthisenergyisdefinitelysubjectto
magneticattraction.Italsoshowsthattheenergyexhibitsastrongtendency
toflowtowardtheNorthwest.
USPatent#2,482,773
DetectionofEmanationsfromMaterials&Measurementofthe
VolumesThereof(Cl.25063)Sept.27,1940
ThomasG.Hieronymus
Thisinventionrelatestotheartofdetectingthepresenceofandmeasuring
theintensityorquantityofanyoftheknownelectrochemicalseriesof
elementsofmaterialmatter,orthecombinationoftwoormoresuchelements,
whetherinsolid,fluidorgaseousformsatordinaryroomtemperaturesand
withoutspecialtreatmentorrequiringanychangeinthematerialunder
observation.
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Theprimaryaimofthisinventionistheprovisionofamethodandapparatus
fordetectingthepresenceofanyelementorcombinationofelementsthat
maybeinthesubstancesunderobservationandtodeterminetheintensityor
quantitythereof.
Thisinvention
has
for
astill
further
object
to
provide
amethod
and
means
for
detectingthepresenceofandanalyzingandmeasuringthequantityor
intensityofelementsorcombinationsofelementsinthesubstanceunder
observationthroughthecaptureandanalysisofradiationsemanatingfrom
thesaidelements,whetherthesaidradiationsbeofelectricaloroptical
characteristics,orboth.
Ayetfurtheraimofthisinventionistoprovideaninstrumenthavinga
reactiondevice,thesurfacewhereofisaffectedbytheintroductionof
radiationsthereto,insuchamannerthatthesurfaceofthedevicewillhaveits
abilityto
resist
movement
of
articles
over
its
face
changed
when
energy
flows
throughtheapparatus,ofwhichthereactiondeviceisapart.
Afurtheraimoftheinventionistoprovideanatomicradiationanalyzer,
havingasoneofitsimportantelements,areactiondevice,thesurfacewhereof
isaffectedtoincreaseadhesionorfrictionastheoperatoroftheanalyzer
strokesthesurfaceofthedeviceandmanipulatestheinstrumenttodirect
radiationthereto.
Itahsbeendiscoveredthatthereareradiationsemanatingfromorreleased
fromeachoftheknownelementsconstitutingmaterialmatter.These
radiationsoccuratordinaryroomtemperatures,i.e.,40Fto90Fandthey
haveelectricalandopticalcharacteristicsandfrequencieswhicharedisposed
inthezonefromthevioletrayportionofthevisiblespectrumupintothe
ultravioletportion,whichzonehasasyetnotbeenfullyexplored.Sinceithas
beenfoundthattheseradiationsfromtheelementsortheireffectmaybe
carriedoverelectricalconductors,itistheobjectofthisinventiontoprovide
apparatushavingsuitableconductorsandpartssothatanalyzingof
substancesmaybeaccomplished.Theradiationortheeffectofsuch
radiationsfromknownelementsorcombinationsoftwoormoreelementsof
materialmattermaynotonlybecarriedoverelectricalconductorsand
handledinamannersimilartoanordinaryelectricalcurrnet,buttheymaybe
affectedbyelectricalcapacityinductanceandresistance.Theradiationsmay
alsoberefracted,focused,diffractedorotherwisemanipulatedinthesame
mannerastheradiationsofthevisiblespectrum.Accordingly,therefore,this
inventionhasforoneofitsaimstoprovideaninstrumentforhandlingthe
radiations,identifyingtheirpresence,analyzingthemandmeasuringtheir
intensity alltotheendthatthepresenceofoneormoreoftheknown
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elementsmaybeconcludedfromthecharacteroftheradiationasdetermined
bythebehavioroftheanalyzingdeviceandthevaluesreadfromthe
appropriatescalesformingapartoftheinstrument.
Otherobjectsoftheinventionwillappearduringthecourseofthefollowing
specifications,referring
to
the
accompanying
drawing,
wherein:
Figure1isaschematicalanddiagrammaticalviewillustratingan
instrumentfordetectionofemanationsfrommaterialsandmeasuringthe
volumesthereof,madeinaccordancewiththepresentinvention.
Figure2isanenlargeddetailedfragmentaryschematicviewillustratinga
portionoftheinstrumentshowninFigure1.
Figure3isafragmentaryelevationalviewofachart,usableinconnection
withtheinstrument,totranslatethescalereadingsintoidentificationofthe
substances;and
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Figure4isadiagrammaticalviewillustratinganothertypeofradiation
refractingmember,capableofformingapartoftheinstrumentillustrated
inFigure1.
Priortoreferringspecificallytothepartsoftheapparatusdiagrammatically
illustratedinthedrawing,clarificationofthetheoryuponwhichthe
inventionispredicatedwillbemadebyexplainingexperimentsheretofore
conductedandcapableofprovingthephenomenaltheorieshereinafter
disclosedashavingabearinguponthepracticabilityandutilityofboththe
electricalandopticalapparatus.
Radiationsfromeachoftheknownelementsofmatterproducesomeformof
energy,probablyelectronswhichcanbemadetoflowalongelectrical
conductors.Theflowfromeachoftheelementshavingcharacteristics
differentfromtheothers.Conversely,theflowofelectronsalongaconductor
producesaradiationhavingcharacteristicsoftheradiationfromeach
respectiveelement.
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Suchoftheknownelementsasarerequiredtofeedgrowingplantshavebeen
transmittedtotheplantsthroughmetallicconductorsastheplantswere
entirelyisolatedfromtheelementsuponwhichtheywerefed.Moreprecisely,
seedswereplantedinboxesinadarkenedbasementroom.Oneoftheboxes
ofplantsofplantscontainingsomeoftheseedswasusedasacontrolandno
apparatusfortransmittingelementradiationstheretoprovided.Theremainingboxesofplantshadelectrodesorplatesofconductingmaterial
mountedorotherwisedisposedadjacentthereto,andeachboxofplantswas
separatelyattachedtoaconductorextendingtoaplantoutsidethebuilding
whereelectrodesorplateswereattachedtoaconductorextendingtoapoint
outsidethebuildingwhereelectrodesorplateswereattachedtothe
conductorsandallowedtoremainexposedtothelight.Suchoftheknown
elementsasrequiredtoimpartnormalcharacteristicstotheplantswere
apparentlyfedtheretobyhavingtheradiationsoftheelementsfromthelight
conductedtotheplantsthroughthewiresandassociatedelectrodes.The
treatedplantswererelativelyhealthybutthecontrolplantsassumedthecharacteristicsofgrowingvegetationwhichhasbeendeprivedoftheelements
innaturallight.Particularlywasthecontrolplantdevoidofchlorophyllwhile
theremainingplantsweregreen.
Apparatusforlaboratoryorcommercialuseandfordetectingthepresenceof
anyoftheknownelements,preferablyreliesupontheelementoftouch,and
thereforetheskilloftheoperator.Theinstrumentdiagrammatically
illustratedinFigure1comprisesaunit10includingacoil12disposedtopick
upradiationfromsubstance14,whereintheknownelementsaredisposed
andthat
are
to
be
detected.
The
temperature
of
substance
14
may
be
within
therangeoffrom40to90 F,butsuchtemperatureisnotcritical.Thisrange
hasbeenfoundsatisfactoryinactualpractice.
Coil12maybeaspirallywoundflatbodyapproximately2inchesindiameter
andformedofmagnetinsulatedwireofanyconventionalsize.Asan
alternative,thiscoil12maybeasinglelayer,cylindricalcoil,woundonan
insulatingmaterialsubstantially1inchindiameter.Theexamplesgivenfor
thiscoil12arenotcriticalandsolongasthecoilisinthefieldofradiationof
substance14,thepurposeofunit10willbefulfilled.
Insteadofemployingcoil12,wire20maybedirectlyconnectedtosubstance
14orwire20maybeterminatedinanelectrodeandthelatterdisposedwith
relationtosubstance14astopickuptheradiationstherefrom,asdoescoil12
intheillustratedembodiment.Inthiscase,wire18maybegroundedor
connectedseparatelytosubstance14orterminatedinanotherelectrodewhich
mayalsobeplacednearsubstance14.Theproximityofsubstance14tocoil12
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ortheelectrodesasthecasemaybe,issuchastobewithinthefieldof
radiationoftheemanationsfromsubstance14.
Apparatus16isamanuallymanipulatableanalyzertuneabletothespecific
radiationdesired.Itconsistsoftwoprincipalparts,thefirstbeingthetwo
standardtype
of
variable
condensers,
22
and
24,
and
the
second
being
the
ray
refractingdevicemadeupofelectrode32 passageway36,prism28,and
electrode38,allasshowninFigure2.Apparatus16isjoinedtounit10by
conductors18and20acrosswhichisdisposedaconventionalvariable
condenser22andwithwhichisemployedacondenserofsimilartype24,
locatedinconductor26,asillustrated.Variablecondensers22and24maybe
ofstandardradiobroadcasttypeandtheyareprovidedwithgraduatedscales
inconventionalmanner.
Prism28isofanysuitableraydefractingsubstanceasglass,quartzor
analogousmaterials.
In
practice
aprism
28
having
two
polished
faces
disposedatanglesfrom30to60degreeshasprovedsatisfactory.Anelectrode
32isjoinedtocoil12byconductor20andconductor34.Stationaryelectrode
32maybeofanyelectricalconductingmaterialsuchasaluminum,brass,
copperorsubstanceshavinganalogouselectricalproperties.Thedistanceof
electrode32fromprism28isnotcriticalsolongastheradiationsor
emanationsreachprism28throughaconfinedpathoftravelinthenatureofa
thinbandorline.Inpractice,thisdistancewasfromonehalftotwoinches.A
passageway36formedbetweenapairofopticallyopaqueinsulatingelements
directstheradiationstoadesiredareaononefaceofprism28.
Theangleofincidenceofthispathoftraveltothefaceoftheprism28wasof
theorderof5.5degreesforbestresultsandforobtainingthewisestuseful
segmentalongscale31.
Anelectrode38shiftablealongscale31isjoinedtounit40byconductor42.
Electrode38isofthesamespecificationsastomaterialsanddistancefrom
prism28aselectrode32butissuitablymountedformovementadjacentto
scale31whereitspositionmayreadilybeindicatedbyapointer78moveable
therewithandextendingoutwardlytherefromtowardscale31inalignment
withthepathoftravelofthethinrayofenergyindicatedbytheline76.The
axisofrotationofelectrode38issubstantiallyonamedianlineextending
longitudinallyacrossthefaceofprism28proximaltoelectrode38.Electrodes
32and38workbestwhentheyarerelativelythinandoftheorderofafew
milsthickness.
AsillustratedinFigure2,scale31iscalibratedwithindicia44,andthese
indiciaareonchart46alongoneedgethereof.Theindiciaonchart46have
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beengivenacorrespondingreferencenumeraltothoseonscale31for
clarifyingthedescriptionhereinaftersetdown.Indicia48onchart46
designatetheatomicweightofelementsofmatterandcontinueuptoinclude
allknownelementsoftheelectrochemicalserieswhenthefullsizechartis
employed.
Unit40isavariableresistor.Itmaybeeitheracontinuousvariabletypeorit
mayconsistofaseriesofnoninductiveresistanceunits50,52,54and56,each
adjustedbyaswitchhavingmovablepoints62,64,66and68respectively.
Inpractice,unit50willhavetentimestheresistanceofunit52,whichinturn
istentimesthesizeofunit54,etc.(Thevaluesmayrangefromfractionsof1
ohmuptoseveralmegohms).Unit50,e.g.,mightbe1megohminstepsof
100,000ohmseach;unit52wouldthenbe100,000instepsof10,000ohms
each;unit54thenwouldbe10,000ohmstotalinstepsof1,000ohmseach,and
soon
until
the
smallest
unit
would
have
steps
low
enough
to
give
the
desired
exactnesstothemeasuredvolumeorintensityoftheradiations.
Unit40isjoinedtounit70bymeansofanuntunedradiofrequencytype
transformer58throughthemediumofconductors42and60.Unit40maybe
joinedtounit78byresistancecouplingorotherconventionalcouplingofthe
typefrequentlyusedinstandardbroadcastradioreceiversandwhichis
analogoustotransformer58.
Unit70maybeaconventionalthreestagetunedradiofrequencybroadcast
bandtypeofamplifierwiththeusualvariableresistancesomittedoritmaybe
oftheresistancecoupledorimpedancecoupledtypeoftenusedinradio
broadcasttypeamplifiers.Saidamplifierintensifiesthevalueoftheradiations
reachingitsothattheeffectupondetector72isclearlydiscernable.Under
someconditions,thereactionsfromunit40maybeputdirectlyintodetector
72withoutinterposingunit70butamplificationoftheradiationsisdesirable.
Detector72isadevicethatwillindicateachangefromitsnormalstatewhen
theradiationsfromtheanalyzer16arecausedtoinfluenceit.
Detector72ispreferablyanelectricalconductorcoatedwithamaterialhaving
suchcharacteristicsthatundertheinfluenceofenergyflowingthroughtheconductingportion,thecoatingwillchangeitssurfacetensionorviscosity,or
insomemannergiveevidenceofthepresenceoftheenergyflowingthrough
theconductingportionbyproducingagreaterdragorresistancetothe
movementofanypartofthebodyoftheoperatorthereover,suchasthehand
orfingers.Ithasbeenfoundpracticaltouseametalplatecoveredwithasheet
ofplasticorcoatedwithlacquer,whichplateisofanareaconvenientfor
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strokingwiththetipsofthefingersorthepalmofthehand.Itmayalsobea
sheetorplasticwithacoilsimilartocoil12disposedadjacenttheretoand
connectedtothecouplingtransformer14.
Figure4illustratesanotherformofthatpartofunit16,sowingFigure2,sofar
asthe
element
separator
or
filter
portion
thereof
is
concerned.
This
separation
orfilteringisaccomplishedintheembodimentillustratedinFigure1and
Figure2byprism28.InFigure4alens100hastheelectrode32disposed
adjacenttheretoandmovableelectrode38isshiftabletowardandfromlens
100.
Scaleindicia44aredisposedinalineparalleltothepathoftravelofelectrode
38andtheelementorelementsinvolvedwillbedeterminedbythelocationor
thescaleofpointer78attheinstantareactionisobtainedatdetector72.
Chart46isofcourseproducedasapartofthecompleteapparatuswhensuch
apparatusismanufacturedandafterprism28(orlens100,asthecasemaybe)
isinstalledasaunitofthematerialdetector.Asmallquantityofeachofthe
knownchemicalelementsisplacedadjacenttocoil12andwithfull
knowledgeoftheelement,theangleofradiationformedbyline76and,the
faceoftheprism28,isdeterminedandthedegreenumeralonscale31,which
identifiestheangleofradiation,isplacedonchart46asoneoftheindicia44
(degreereadingsfromscale31)andindicia48(theatomicweightofthe
knownelements)thenwhentheapparatusisinpracticaluse,anymaterialor
substancemaybelocatedadjacenttocoil12anditscomponentsdefinitely
determinedbypositioningelectrode38onalineofradiation76wherethe
degreenumberonthefaceofthescale31isquicklyreadandusedby
referringtochart46.Whenthedegreeindicia44issolocated,thelineonchart
46extendingtherefromisfolloweduntilitreachesthediagonalline45on
chart46whereupontheoperatorthenfollowstheintersectinglinetothe
loweredgeofthechartwherethevalueoftheatomicweight48isread.These
atomicweightsarewellknownandareusedinconventionaltextsand
scientificworks.
Inpractice,forexample,letitbeassumedthatsubstance14containscalcium
butitisnotknownthatsuchisthecase.Theangleatwhichtheunknownray
orradiationleavesprism28willteachitsnameformastheoperatormoves
thefingersoverthesurfaceofdetector72,electrode38isshiftedslowlyand
pointer78movesalongscale31untilagreaterdegreeofadhesionor
resistancetomotionatthesurfaceofthedetector72issetup.Thisoccurs
whentheenergyorradiationflowsfromunit16throughunits40and70into
detector72.Whenelectrode38isatapositionwhereitisinterceptinga
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radiationfromprism28,orlense100,theresistancetostrokeatdetector72
willbeofhighestorder.
Assoonaselectrode38hasbeenpositionedasdescribed,variablecondenser
22isadjustedwhiletheoperatorcontinuestostrokedetector72toaposition
wherethe
greatest
drag
at
detector
72
is
again
manifested.
Next,
variable
condenser24issimilarlymanipulatedtoobtainasettingwherethedragat
detector72againreachesamaximum.Electrode38isthenreadjustedfora
finalposition.Theemploymentofcondensers22and24insureamore
accuratesettingofpointer78byvirtueoftheiradditionalfilteringaction.
Intheillustration,electrode38hasinterceptedthepathofradiationwith
pointer78atthenumeral30onscale31andreferencetochart46willteach
theoperatorthattheelementhavingatomicweight79.2isthatfromwhich
theradiationalongdottedline76istraveling.Ifatomicweight79.2iscalcium
thenthat
element
in
substance
14
has
been
located.
Themannerofusinglense100issubstantiallythesameasdescribedin
connectionwiththeuseofprism28.Thefocalpointofpathsofradiationof
theelementswillcausedetector72toreactandestablishadragtothe
operatorstouch,whereuponthescale31maybereadanditsreading
translatedbyreferencetochart46.
Whatactuallyhappensatdetector72toincreaseordecreaseitdragtothe
touchoftheoperator,isnotknownbuttheapparatusfunctionsasaboveset
forthwhenconstructedasspecified,andtherefore,apositivelyacting
analyzerforatomicradiationsisproducedeventhoughtheprincipleupon
whichitisbasedisnotfullyknown.
Radiationfromhydrogenpassesthroughprism26atthesharpestangleorat
thelowestdegreemeasuredfromthefaceofprism28.Radiationsfromother
elementsandtheirisotopespassthroughprism28atgreateranglesbutinthe
sameorderastheiratomicweights theheaviertheelementoritsisotope,
thewidertheangle.
Asubstancecomposedoftwoormoreoftheknownelementsmaybe
analyzedashereinsetdowntodetermineitscomponentconstituents.Thesubstanceitselfwhichconsistsoftwoormoreknownelementsmaybe
identifiedbecausetheemanationstherefromwillproduceacomposite
frequencypeculiartothatcombinationofelements.Allcombinationsmaybe
chartedinpreciselythesamemannerashereindescribedforallthe
individualknownelementsintheelectrochemicalseries.
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Unit40isusedtomeasuretheintensityoftheradiationsfromagivenelement
orsubstancebyadjustingtheseveralswitchescomprisingunit40untilthe
maximumamountofresistancehasbeenintroducedintothecircuitwithout
interruptingthereactionsmanifestedatdetector72.Theswitchesare
calibratedinconventionalresistancevaluesandachartmustbepreparedthat
willrelatethevalueindicatingbyswitchsettingofunit40thequantitativeunitsofmeasurement.
Itisrealizedthatapparatusfordetectingmaterialsandmeasuringthe
volumesthereof,havingphysicalcharacteristicsdifferentfromthose
illustratedanddescribed,mightbemadewithoutdepartingfromthespiritof
theinventionorscopeoftheappendedclaims.
Havingthusdescribedtheinvention,whatisclaimedasnewanddesiredto
besecuredbyLettersPatentis:[Claimsnotincludedhere].
JournalOfBorderlandResearch(Sep/Oct1990)page22ConductingChlorophyllEnergyoverWires
byDr.T.GalenHieronymus
About1930,IdecidedtotryanexperimentofconductingChlorophyllEnergy
overwires.IhadbeenconductingElopticEnergyoverlongdistanceviawire.
Awoodplatformwasinstalledonthesouthsideofthehouseaboutsixfeetabovethegroundinordertogetthedesiredpotentialofenergywhich
increaseswithdistanceabovetheground.
Havingsomewoodencigarboxesavailable,Icutboxesapartandcutpieces
andmadeeightboxesthatwere2 X2 X4 althoughanysizeboxeswill
work.
Aluminumfoilwasplacedonthebottomofsevenboxesinsidesoastobein
contactwiththesoil.
Similarpiecesoffoilwereplacedontheundersideofthelidofeachbox.
Wireswereconnectedtoeachpieceoffoil,thewiresfromthelidswere
extendedtothesunplates,thewiresfromthebottomfoilswereconnectedto
thewaterpipeandthusgrounded.
SeeFigure#2(ontheright)fordetailsoftheboxconstruction.
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RefertoFigure#1whichshowsa side viewoftheinstallation.
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Figure#3showsthesystemofconnections.
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Sevenplateswereplacedontheplatformsoastopickupenergyfromthesun
andawirewasconnectedtoeachplateandextendeddownintothe
basement,eachboxhavingthetopfoilplateconnectedviawiretoaplateout
ontheplatforminthesunlight.Theeighthboxhadnoconnectiontothe
outside,itbeingthe control.
Theplatesontheplatformwerealldifferentinsize.Thesmallestwas2 X4 ,
thenext4 X8 ,thelargestwasabout8 X10 andoneplatewascopper
screenwire.
Somedirtwasscreenedand1/2inchofdirtplacedineachbox.Oatseeds
wereselected,allofuniformsizeandplantedintworowsof5seedsspacedin
eachrow,the1/2 ofdirtwasplacedontopinthebox.Thesameamountof
waterwasaddedtoeachboxasneededfromdaytoday.
Alloftheseedssproutedaboutthesametime.Thenwenoticedthattherewas
nochlorophyllinthe10plantsinthecontrolbox.Alloftheboxesconnected
tooutsideplateshadplantswithmuchchlorophyll.
Wewerequitesurprisedtonotethattheplantsinboxeswithlargeoutside
platesseemedtolookasiftheyhadbeensubjectedtoheat.Apparentlythe
largeoutsideplateswerebringinginanexcessofenergycomparedwiththe
effectofthesmallsizeoutsideplates.
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Verysoon,theplantsgrewtootallforthesmallamountof headroom inthe
boxessoeachboxwasequippedwithaspacertoraisethetopofeachlidup
about3/4.
Theboxeswereplacedonashelfintheendofthebasementwheretherewas
littlelight,
with
no
windows
at
that
end.
Also,
the
shelf
was
kept
dark
by
a
boardplacedinfrontandanotherontoptoexcludealllight.Theplantswere
darkallofthetimeexceptwhentheywereexaminedbyaflashlight.
Afriendtriedtoduplicatetheexperiment,butdidnotfollowallinstructions.
Theirbasementwasonlyabout3feetfromthebasementfloortotheground
leveloutside.
Insteadofplacingtheoutsideplatesaboveground6feet,theylaidonthe
ground,thustheydidnothavethepotentialdifferencesbetweenoutside
collectorandinsideboxesandtheexperimentwasafailure.Also,therewasa
windownearthatletmuchlightintowheretheboxeswereplaced.
Anyonewhoexpectstoduplicateanexperimentshouldbesuretheyknowall
thefactorsandthattheyfollowtheinstructionsexactlywithoutany
substitutionorchange.Andastochanges,ifyouaretryingtogetaspecial
resultandaretryingoutseveralmethodsorideas,oneofthecardinalpoints
todoinggoodworkistomakejustonechangeatatime.
Thenyouknowjustwhattheresultsare.Ifyoumaketwochangesandthe
resultisafailure,youdonotknowbutthatoneofthechangesandtheresults
isafailure,youdonotknowbutthatoneofthechangesmayhavebeenalright.