T. G. Hieronymus - Eloptic Energy

8/12/2019 T. G. Hieronymus - Eloptic Energy

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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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2

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.


30/30

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.

Documents

T. G. Hieronymus - Eloptic Energy