WIRELESS COLD ELECTRICITY -- T T hh ee ee ll ee cc tt rr ii cc ss aa ii ll bb oo aa tt ss ee tt uu pp --
E E nn gg ll ii ss hh vv ee rr ss ii oo nn --
by by Dr. Dr. Ing. Ing Ing.. Roberto Rob Rober erto to Handwerker Hand Handwe werk rker er DELTA DELTA Ingegneria Ingegneria®® -- Milan, Mila Milan, n, Italy Ital Italyy -- 2012 2012 2012 All All All rights right rightss reserved: rese reserv rved ed:: diffusion e is diffusion for for educational educational purposes purposes only only is is permitted permitted if if referenc reference is made made to to Author Author & & following followingWebsite Website
Disclaimer Disclaimer::
Warning Warning ! •• Please don’t try to replicate following setups unless you are trained and electrotechnics: the presence of and skilled in high voltage (HV) electrotechnics: high high high voltages voltag voltages es may may may cause cause cause serious serio serious us injuring, injuri injuring, ng, may may even even even be be be fatal fatal fatal and and damage damage damage property propert property y by by misuse misuse misuse ! •• Follo Fo wing g setu se ps won’ w wo rk b y “usua “u sual” l” tech nolog logy y bu but requi re Follow Folllowin lowing ing setu setups tups won won’t on’t ’tt work wor work k by by “us “usua ual” l” te techn techno chnol ology ogy butt re requ require quire ire specia spe cial equip ment kn how. special spec iall HV HV equipmen equip equipmen menttt and and knowknowknow-how ow-how how... •• Nevertheless, were real ised ed wi lowcost st comp onen ents ts and Neve Nevert rthe hele less ss,, setups setu setups ps we were were re re real realis alis ised ed with with with th lo lowlow-co w-co cost st co comp compon mpon onen ents ts an and and d partially partially even even with with scrap scrap parts. parts. •• Design Design and and construction construction of of all all setups setups by by DELTA DELTA Ingegneria Ingegneria®® .. •• Note: electricity” Note: the the the term term “cold “cold “cold electricity” is electricity electricity” ” is is used used here here here to to denote denote currents current currents s with with properties that fers s from from “usua “u sual” l” AC and DC properties that dif that differ differs “usual” AC and DC..
First … Firs Firstt of of of all all some some quotes quot quotes es… “Every Truth passes through th three stages. Fi First, it it is ridiculed. Second, it it is violently opposed. A third, it it is accepted as self An And th evident”. - Arthur Arthur Schopenhauer Schopenhauer (1788-1860) (1788-1860) “Be si silent, if if you choose; bbu speak but when it is necessary, sp and speak in such a way that people will remember it.” - Wolfgang Wolfgang Amadeus Amadeus Mozart Mozart (1756-1791) (1756-1791) 2 ∂ 2 2 u/ ∂ 1/v 2 ∂t t2 2 =
2 2 u
(wave equation)
and some physics physics:: …“rela …“re lati tivi vity ty th theo eory ry”: ”: ab abso solu lute tely ly no ! “ A mass “A mass of of errors erro errors rs and and and deceptive dece decept ptiv ive e ideas idea ideas s wrapped wrap wr appe ped d in in a magnificent mag magni nifi fice cent nt mathematical math mathem emat atic ical al [9] , (1935) cloak .” cloa cloak. k.” ” N. Tesla Tesl Tesla a[9]
E=½ 2 2
c c . m = E
2 m.v m.v
Dr. Dr. Dr. Nikola Niko Nikola la Tesla Tesl Tesla a
…it is very clear.
Longit Long itud udin inal al wa wave ves s::
Som Some eexam ples Nature Some Some exam examples xample ples s in in Nat Nature Nature: ure:::
medium medium
v E E LMD LMD
-Sound -Sound waves waves -Tsunami -Tsunami waves waves -Seismic -Seismic waves waves (P-waves) (P-waves) -… -…
longit long itud udin inal al wa wave ves s (L (L.M .M.D .D.) .) v E x(t) oscillation v(t) propagation v(t) propagation o sci sc lla tio np ara ar all lle e o pr pro opa pag g ati at ion osc os ciill illl la ati atti io on para pa rall llel ell tto pro ropa paga gati tio on
Sound waves: pressure waves pressure waves in fluids and solids Sound waves: medium medium (air) (air)
loudspeaker loudspeaker
v
In ρ ) ) In solids: solids: V LL = =√ (E/ (E/
,,
V = √ (G/ ρ ) ) V T (G/ T =
Sound speed ess iin Soun ound speed v spe spee ed vvaallu ues ue n different different media media at at 20°C 20°C in in [m/s]: [m/s]: air: 343 air: 343 water: 1480 water: 1480 glass: 5300 glass: 5300 space(*): c space(*): c
with E > with (a ays) s) > G (alw (alw (alway lway ays) s)
In R R = 0 ρ ), in gases: V LL ==√ ( ( γ γ RT/M) const.), V In fluids: fluids: V V LL = =√ (E (E a / RT/M) RT/M) T/M) (γ RT/M RT/M RT/M T/M gas const.), V T a / ), in gases: V T = 0 1/v tt 2 = ∂ t 1/v 2 2 ∂ 2 2 u/ u/ ∂ t2 =
2 2 u u
((w ρ ) ) waavvee eeq q..)) where: where: u(x,t) u(x,t) scalar; scalar; v = √ (k/ (k/
[5],[7] (* (*) L .M.D. D.s: s: “e “ele ctri ric c so soun d w es” ”” in mediu m acco rding ing Tesl a[5],[7] (*) (*)) L.M. L.M.D L.M .D.s: .s: “elec “elect lectr tric ic soun sound und d wav wav waves aves es” in me mediu medium dium m ac acco accord cord rdin ing g to to N. N. Te Tesla Tesla sla
Working principles device Working Working principles principle principles s of the the the wireless wireless wireless device: device: Fluids Fluids, amon ong g th them wate r, does n’t Flui Fluids ds,,, am amo among ng them them em wa wate water, ter, r, do does doesn’ esn’ n’tt transmit t transmit transverse tran transm smit it transverse tran transv sver erse se w avves ess b ut t lon gitudi udinal nal wave ves s (i. (i.e. e.. pre pressu ssure re waves) es); wave wa but bu t longit long longit itud udin inal al wa waves av es (i.e (i.e. pres pr essu sure re wav wave waves) s);;; For ins tance, ce,, only on ly primary prim ary se ic wav ess (lo (longit ngitudin udinal al pressu re For instan insta instance nce, only prima primary ry seism seismi seiismic smic c waves wave (lon gitudin udinal al pre pressu pressure ssure re waves) waves) pass pass through through earth’s earth’s semi-fluid semi-fluid core core whereas whereas secondary secondary seis se mic cc wa wave ss (t (tra nsve vers rse ee or shea rr wa wave s) does n’t. t. seis seismi ismi mic wave waves ves (tra (trans rans nsve vers rse or sh shea shear ear wave waves) ves) s) do does doesn’ esn’ n’t. t. As - - waves transmission. -known known, water waves transmission As well well-known, water stops radio radio-waves transmission.. Sp Spec ial gene rato tor rr “G “G-0 -03 33 Ar Argo n” with “h2o ante nna” a” (gla ss vess el Spec Specia ecia ialll ge gene genera nera rato tor “G-0 “G -03 Argo Argon” gon” n” wi with with th “h “h2o “h2o 2o an ante antenn tenn nna” a” (g (gla (glass lass ss ve vess vessel ssel el cco nta ini ng atteerr)) ttrraan yL M.D M. D.. w oug ont ntaain iniing in gw wat wa nssm miits ittss een neerrg gyy b by L..M.D .M .D. waavveess tth hrrou oug gh h surr su ound ndin ing g ediu ed ium m to RC ’s “an ““an tenn nna” a”, wh h ener gize zes ss by surr surrou rrou ound ndin ing gm medi me dium um to to aa RCVR RCVR RCVR’s VR’s “ante ante tenn nna” a”,,, whic whic which ich h en ener energi ergi gize zes by aa sing si le wi wire and wate rr el elec ttric ric ri c ut util itie ies ss ssuch uch uc h as neon ubes ub es sing single ngle wire wire re an and and d wa wate water ter elec elect ectr ic util utilit ilit itie ies su ch as ne neon neon ttube tu bes s or or DC DC moto mo rs the ccas ee of o tthe “ele ctri ric cc sa sail boat at” ”” se setu p. moto motors tors rs as as in in th the thee cas case ase of of the the he “e “ele “elect lect ctri ric sail sailbo ilbo boat at” setu setup. tup. p. So... let’ t’s s beg b egin ith h “C “COL OLD D ELE E LECT CITY TY” ” ! be egin giin n wit ith “CO OLD EL ECTRI CTRICI CIT TY” So...le
Some more physics … physics… [3] math, By By quaternion an b e rredu ed ucced ed frrom om ou r)) By quaternion quat quater erni nion on[3] math, ath, Maxwell’s Max Maxwell well’s ’s equations equa equati tion ons s ccan ca n be be re duce d ((fro (f m ffour fo ur) tto o o tth hee on on on nllyy ttw wo o ffo ollllo ow wiin ng g::
2 ∂2 2 E 2 1/c 2 / ∂t 2
2 2 E E = =
2 ∂2 2 B / ∂t 2 2 1/c 2
2 2 ∂J -1/ ε 0 ( + 1/c / ∂t ) ρ 0 2 2 B
= μ 0 ( 0
x J ) x J )
[2] ge Introducing gene ric c sc scal ar fi ccur rent nt inte nsit ity yy is is: Introducing [2] gene generi neric ric scal scalar alar ar field fiel field eld d Σ ,, cur curre urre rent nt in inte intens tens nsit ity is: is::
J = J =
Σ
be cons nsid ider ered ed foll owin ing g gaug ga uge” e”” ttra rans rmat atio ion: n:: be it it co consi on side dere red d fo foll follow llow owin ing g ““gau “g auge ge” rans ransfo nsfform for orma mati tion on: 2 ∂Σ / ∂t and ρ’ = ρ + 1/c 2 Σ and J’ = J - scalar sati sfie foll owing ng wa equa tion on scalar Σ sa sat satisf tisf is fies ies iess fo foll followi llow owin ing g wave wave wave ve eq equa equati uati tion on and propagates with with and propagates [4] ,, the ““cc”” ssp nm ium tthe refo re inc ludi lu ding ng L.M. D. wav es peeeed d iin meed diu diiu um m[4] there here reffore for ore e in incl incclud udin ing g L. L.M. L.M.D. M.D D. wa wave wavves s 2 ∂2 2 Σ 2 1/c 2 / ∂t 2
2 2 Σ =
-(
.J + ∂ ρ / ∂t )
Water Water “antennae antennae” to to transmit transmit energy energy •• H2o H2o “antennae” “antennae” ((g gllaassss vveesssseellss w wiitth h w waatteerr)) light light up up neon neon tubes tubes to to full brightness full brightness. brightness. brightness.. •• D D ee m m oo ss ee tt uu pp ““ ee ll ee cc tt rr ii cc ppeenndduul u m ””:: ttw woo ff ll uu oo rr ee ss cc ee nn cc ee ll aa m m pp ss aa rr ee ee nn ee rr gg ii zz ee dd ,, tt hh ee small small one one near near the the first first vessel, vessel, the the big big oo nn ee nn ee aa rr tt hh ee ssee cc oonndd vveesssseell..
“G-02 “G-02 Xenon” Xenon” generator generator prototype prototype
“ the the electric “the pendulum ” pendulum” single single wire wire
E LMD LMD water water vessels vessels neon neon tube tube
The hydrodynamics --electroma electromagnetics hydrodyna hydrodynamics mics-elec tromagnet gnetics ics analogy analogy •• S et e t up u pp: di d i el e llec e cctr t rric i cc i nd n d uc u c ti t iion o nn pphheennoom meennaa aarree aassssoocciiaatteedd ttoo the wire wirele less ss transmission tran transm smis issi sion on of of the wireless electricity aass oobbsseerrvveedd iinn tthhee eexxppeerriim all sseettuupp eenneerrggiizzeedd meennttal ta bbyy aa ppeeccuulliiaarr hhiigghh vvoolt lta aggee ((H ltag ta HV) V) ss oo uu rr cc ee ;;
air
•• Theory: Theory: energy en energy exchange ex exchange from fr from e.m.f. e.m.f. (electromotive (electromotive force) force) to to h.m.f. h.m.f. (hydromotive (hydromotive force) force) aanndd vviicceevveerrssaa;; eexxtteen nd deed d h h yy d d rr o o d d yy n n aa m m ii cc ss - - electromagnetics electromagnetics analogy analogy to u un n ss tt ee aa d d yy ff ll o ow w ss [[ 66 ] ] aa n n d d electric e l e c t r i c transients transients b by y H HV V d d ii ss cc h h aa rr g g ee ss ..
medium
HV
lamp
The Doppler The ““Do Dopp pple lerr effect eff effec ect” t”” and and wave wav wave e frequency freq freque uenc ncy: y:: object moving away away from from observer / observer/ listener object object moving moving toward observer / observer/ listener
lower lowe lowerr frequency freq freque uenc ncy y
λ higher high higher er frequency freq freque uenc ncy y
•• The wa v e s c o r r e s p o n d s t o f r e q u e n c y T h e well-known we ll-known “red shif t” by l ight wa lloow weerriinngg ((oorr ttoo w waavveelleenngghhtt ““λλ”” rraaiissiinngg)) ssiim miillaarr aass ffoorr ssoouunndd w waavveess w whheenn aa nnooiissyy oobbjjeecctt iiss iinn m moottiioonn aaw waayy ffrroom m tthhee oobbsseerrvveerr;; tthhee pphheennoom meennoonn iiss rreellaatteedd ttoo ffrreeqquueennccyy//w T oop waavveelleenngghhtt vvaarriiaattiioonn.. Th Th Thhee op oppppoossiittee hhaappppeennss w whheenn ssaaiidd oobbjjeecctt iiss iinn m moottiioonn ttoow waarrdd tthhee oobbseerrveerr ssoo tthhaatt it ooccccuurs aa ”blue ”blue shift” shift” bbyy lliigghhtt wa waavveess ccoorrrreessppoonnddiinngg ttoo ffrreeqquueennccyy rraaiissiinngg ((oorr to too w waavveelleenngghhtt ““λλ”” lloow ssi w w llo nna weerriinngg)) si siim miillaarr aass ffoorr ssoouunndd wa wa waavveess,, wh wh whhiicchh aarree lo loonnggiittuuddiinnaall iinn na naattuurree..
Remem Rem emb b er…s er …sun hin hi es forr e very ve dy. embe ber… r…s sun s shi sh in nes ne s fo eve ev erybo rybod [8] is Sun ’s potential Sun’s potential[8] approx. approx. 215 215 GV GV (*) (*)
[2] ((**)) S Su un n iiss cch haarrg geed d aass aan n eelleeccttrro od dee o off aa vvaaccu uu um m ttu ub bee,, aacccco orrd diin ng g tto oT Teessllaa[2]
The The “electric electric sailboat sailboat” setup setup: Small sailboat model is driven by y “wi cold electr y “wirel “wireless rel reless ess col cold ele electrici ctricity” icity” ty” sail
motor with propeller
HV insulator
boat boat model single wire line
“h2o antenna”
The The energy en energy transmission transmission system: system: Th The setu tup p basi cally lly cons ists ts plas astic tic basi n cont aini ning ng wate rr an and floa ting ng smal The Thee se setu se tup p ba basi basica sica call lly y co cons consis nsis ists ts in in aa pl plast pla stic ic ba basi basin sin n co cont contai ntai ainin ning g wa wate water ter and and d aa fl floa floati oati ting ng sm smal small allll sailboat d ric wiitth prro Th DC mo iss sailbo lboat m mo od deell dr dr drriivveen n b byy aan n eelleeccttri ricc m mo otto orr wi h aa pr op peelllleerr.. Th hee DC C mo otto orr is cco on nn neecctteed db byy aa w wiirree tto o ttaap pw waatteerr,, tth hee o otth heerr w wiirree iiss cco on nn neecctteed d tto o aan n aallu um miin niiu um m ssh heeeet t sail. The special special co comp mpar arat ativ ivel ely y smal sm all l powe po wer r HV ge gene nera rato tor r prot pr otot otyp ype e “G-0 “G -03 3 Arg Argon on” ” is sail. sail. The The spec specia iall comp compar arat ativ ivel ely y smal smalll powe powerr HV gene genera rato torr pr prot otot otyp ype e “G “G-0 -03 3 Argo Argon” n” is aals lso ls o c onne on nect cted ed by a s ingl in gle e wire wi re to t he “wat “w ater er a nten nt enna na” ” to ener en ergi gize ze the th e wat wa t er in the also conn onnecte ected d by a singl ingle e wire wire to the the “w “wa ater ter ante antenn nna” a” to energ nergiz ize e the the wate waterr in th the thee basin. basin B iitt n aallu tth aass aan basin.. Be Bee it no otteed d tth haatt tth hee al um miin niiu um m ffo oiill ““ssaaiill”” d do oeess n no ott aacctt iin n th hiiss ccaassee as nu ussu uaal l aa n t e n n a , b u t a s a c h a r g e “ r e s e r v o i r ” . n t e n n a , b u t a s a c h a r g e “ r e s e r v o i r ” . N O B A AT T T E R RI I E S N NO O R E N NE E R G Y S SO O U R C CE E S O F A N Y K I N D ON KI O N B O AR AR D !! NO B TT I RD
single single wire wire line line
sailboat sailboat “h2o “h2o antenna” antenna”
basin basin
“G-03 “G-03 Argon” Argon” generator generator prototype prototype
Energy Ener Energy gy transfer tran transf sfer er by one one wire wir wire e and and wireless: wir wirel eles ess: s: sailboat sailboat aluminium aluminium ffooiill ssaaiil l
tth dee:: his is ssiide id single single wire wire energy energy transfer transfer (through (through water water and and copper) copper) current
DC DC motor motor
single wire
bbaassiinn w wiitthh w waatteer r
here: here: wireless wireless energy energy transfer transfer (through (through air) air)
tthi his s ssiid his dee:: single single wire wire energy energy transfer transfer (through (through copper copper and and water) water)
wireless
E LMD LMD
HV HV gen gen..
Wirele Wire less ss ener energy gy co conv nver ersi sion on ci circ rcui uit: t: gen. gen.
L. L.M M.D .D.. tu tune ner L.M.D .M tune un er E LMD
vessel i π /2 1 0
divider filter L.M.D. L.M.D. wave wave
T.E.M. T.E.M. wave wave
“sail” i
motor
The The electric elect ele ctri ric c sailboat sail sa ilbo boat at::
an an incredible incredible technology technology •Please ry to re rep ollowing setups unless you Please don’t ttry tr replicate ffol fo are ar e trai traine ned d an and d ski sskil kill lled ed high gh volt ltag age e (H (HV) V) el elec ectr trot otec echn hnic ics s: sk ille led d in hi hig high h vo ele elect ctro rote tech chni nics cs: tthe he rese re senc nce eo h h vol v olta tage ges sm ay caus use e se seri riou ous s in inju juri ring ng,, th ep pres pr esen ence ce off hig high hiigh gh volt vo ltag ages es may ma y ca may even be fatal and dama prop fatal an and da damage mage ge pr proper operty erty ty by misuse !
1 - 20 20 kV kV !!! !!!
Only Only with with our our setup setup and and know know-how how a hand hand can can be be immersed cold immersed in in energized energized energized water water water with with with no no harm, harm, harm, this this this is ““cold electricity ”, not usual ” AC or elec el ectr tric icit ity” y”, not ““usu “u sual al” or DC DC current curr curren entt !
Just Just cold cold electricity elec el ecttri rici city ty..
Transmission Tran Tr ansm smis issi sion on of of electricity elec electr tric icit ity y through: thro throug ugh: h: - - GLASS GLASS - AIR - AIR AIR - - WATER WATER - - SINGLE SING SINGLE LE WIRE WIRE IRE
Conclusion Conclusion:: El Elec ity y tr tran ansm smis issi sion on poss ible le by by: Elec Electr ecttric trici riicit city ty trans ra nsmi miss ssio ion n is is po poss possib ssib ible by: by:: aa single single single wire wire and and even even even wireless wireless wireless through through through water, air (**) water, glass glass and and air air (**) (**) economically economically and and ecologically: ecologically: by ):: by one one wire wire wire electric elec electri tric c lines lines lines (instead (inste (instead ad of of 33 AC AC AC wires wires) wires): -- Ef Effi cien ency cy: ohmi cc lo loss es (hea ting ng) prac acti tica call lly yy ni nil Effi Effici fici cien ency cy::: oh ohmi ohmic mic loss losses sses es (h (hea (heati eati ting ng))) pr prac pr acti tica call lly nil nil l -- Wir Wire nu mber r & weig w eight: ht: conductor tor p insulation tion reduced d Wire Wiree numbe number num ber weigh we ight: t: copper copper copper conduc conduc conductor tor and and and plastic plast pllastic astic ic insula insu insulat lation ion reduce reduce reduced d to saving ing resour ources ces to minimum minimum minimum is is sav saving savin g of of res resour resources ces -- HV and d HF sy syst stem ems ss directly HV an and systems system directly directly from from electric electric electric distribution distribut distribution ion lines lines by by wireless wireless electricity electricity (instead (instead of of using wires as with with DC DC or or AC): AC): -- W irees s avoided avoided in Wires Wir avoid avoided ed in in special speci special al critical criti critical cal environments envi environ ronmen ments ts -- More efficient ent il nation systems ms More More effici efficie efficient nt illumi illumi illlumination uminat nation ion syste syste systems ms is is energy energ energy y saving saving saving -- HV aand H ene rgy ssys ems s not only y for ffor signal nal transm nsmiss ission ion also o for HV and and nd HF HF HF F energy ener energy gy syst system yste tems ms not not onl only only for or sig sig signa nall tra tran transm smis issi sion on but but but als also also for for power em power when when wires wires cannot cannot be be employed employed employed. ployed.. (**) (**) and and by by other other setups setups also also through through the the ground. ground.
Ideas Ideas for for a blue blue horizon horizon.
Bibliography Bibl Biblio iogr grap aphy hy and and and references ref refer eren ence ces s [1] “On light light and and other other HF HF phenomena”, phenomena”, [1] Dr. Dr. Nikola Nikola Tesla: Tesla: “On lecture lecture delivered delivered at at Franklin Franklin Institute, Institute, Philadelphia, Philadelphia, feb. feb. 1893 1893 eeter nal source o ene th univ erse, e, [2] D r. Nikol Ni kola a Tes Tesla: The eter eternal ternal nal sou source source rce of of off energy energy energy rgy of of the the thee univers univer universe, se, [2] Dr. Dr. N Niko ikola la Tesla: Tesla: la: ““The origin intensity sity co rays”, ”,, New Ne w York, York oct origin and and inten intens intensity ity of of cosmic cosmic cosmic smic rays rays”, rays” New York,, oct. oct.. 13, 13, 1932 1932 1932 [3] ”Longitudinal dielectric dielectric waves waves in in aa [3] Dr. Dr. Ing. Ing. Roberto Roberto Handwerker: Handwerker: ”Longitudinal Tesla Tesla coil coil and and quaternionic quaternionic Maxwell’s Maxwell’s equations”, equations”, revised revised and and enlarged enlarged edition, edition, Milan, Milan, 2011 2011 [4] “An attempt attempt towards towards aa chemical chemical conception conception of of the the ether” ether” [4] Prof. Prof. D. D. Mendeleev: Mendeleev: “An (trans. S t. Petersburg), (trans. from from Russian Russian by by G. G. Kamensky Kamensky (Imperial (Imperial Mint, Mint, St. St. Petersburg), Longmans, Longmans, Green Green & & Co. Co. N.Y., N.Y., 1904 1904 [5] “Nikola Tesla Tesla tells tells of of new new radio radio theories” theories”,, interview [5] Dr. Dr. Nikola Nikola Tesla: Tesla: “Nikola interview with Tesla Her ald Tribu ne, sep t.. 22, 19 299 with N. N. Tesla, Tesla, Tesla,, N.Y. N.Y. Herald Herald Hera ld Tribune, Tribune, Tribun e, sept. sept. sept 22, 1929 1929 192 tra ion of wireles s electricity elect ricityy and [6] [6] Dr. Dr. Ing. Ing. Roberto Roberto Handwerker: Handwerker: “The “The transmiss transmis transmission nsmission sion of wireless wireless wireless electricit electricity and the hydrodynamics-electromagne ,,Milan, the hydrodynamics-electromagnetics hydrodynamics-electromagnetics hydrodynamics-electromagnetics tics analogy analogy by by unsteady unsteady flows” flows” ,Milan, ,Milan, Milan, mar. mar. 2011 2011 [7] Nikola ola Tesla “On the the dissipation dissipation of of the the electrical electrical energy energy of of the the Hertz Hertz [7] Dr. Dr. Nik Nikola Nik ola Tes Tesla Tesla la:: “On resonator”, Elec tricalll Engineer, Enginee r, december decem ber 21, 189 2 resonator” resonator”,, The Electrica Electrical Electrica Engineer, december december 21, 1892 1892 [8] Nikola ola Tesla “Tesla,79, promises promises to to transmit transmit force”, force”, [8] Dr. Dr. Nik Nikola Nik ola Tes Tesla Tesla la:: “Tesla,79, New Yo Tim ju 19 New York York York rk Times, Times, Times, es, july july july ly 11, 11, 1935 1935 1935 35 [9] Nikola ola Tesla “Tesla’s controlled controlled earthquake”, earthquake”, [9] Dr. Dr. Nik Nikola Nik ola Tes Tesla Tesla la:: “Tesla’s New Y ork A merican, n, jul y 11, 11935. New York York Yo rk America America Am erican, n, july july july 11, 1935. 1935. 935.
Thank Thank you you for for watching watching ! !
Dr. Ing. Roberto Handwerker DELTA Ingegneria® - Milan, Italy - 2012 All rights rights reserved: partial partial diffusion for educational purposes only is permitted if reference is made to Author & following following Website:
www.deltaavalon.com -On website: articles of Author, among which: “ Tesla Tesla and cold electricity ”. -On YouTube: video titled “ Wireless Wireless cold electricity -electric sailboat ” ”.
