{"id":1560,"date":"2016-01-28T09:04:09","date_gmt":"2016-01-28T07:04:09","guid":{"rendered":"http:\/\/protectie-electromagnetica.ro\/?p=1560"},"modified":"2016-01-28T09:04:09","modified_gmt":"2016-01-28T07:04:09","slug":"norme-pem-memorandum-uk","status":"publish","type":"post","link":"https:\/\/protectie-electromagnetica.ro\/cmo\/norme-pem-memorandum-uk\/","title":{"rendered":"Norme de protec\u0163ie electromagnetic\u0103 (PEM)… doar pe h\u00e2rtie"},"content":{"rendered":"

Dovezile c\u0103 normele de protec\u021bie contra radia\u0163ilor neionizante (GSM\/WiFi) sunt obsolete au ap\u0103rut vertiginos \u00eenc\u0103 din primii ani ai utiliz\u0103rii acestor tehnologii f\u0103r\u0103 fir. Aceste norme adoptate la nivel oficial au fost denun\u021bate cu pertinen\u0163\u0103 de multi cercetatori de prestigiu, printre care \u015fi de dr. Gerald Hyland<\/a>, \u00eentr-un Memorandum <\/a>sus\u0163inut \u00een Comisia de \u015etiin\u0163\u0103 \u015fi Tehnologie a Parlamentului Britanic, 18 Iunie 1999.<\/p>\n

<\/p>\n

\u201cNormele de securitate existente care reglementeaz\u0103 expunerea popula\u0163iei la radia\u0163iile utilizate \u00een telefonia mobil\u0103 sunt total inadecvate, iar principiul pe care se bazeaz\u0103 formularea lor este fundamental incorect\u201d<\/i>, afirm\u0103 dr. Gerald Hyland<\/a>.<\/p>\n

Dup\u0103 p\u0103rerea sa, normele actuale nu \u0163in cont dec\u00e2t de intensitatea radia\u0163iilor pentru a limita cele dou\u0103 efecte cele mai evidente, \u015fi anume absorb\u0163ia energiei de c\u0103tre materie, deci \u00eenc\u0103lzirea sa, \u015fi inducerea \u00een corp a unor fluxuril de energie pulsate \u00een cazul expunerii la c\u00e2mpuri magnetice de frecven\u0163\u0103 foarte joas\u0103. Aceste dou\u0103 efecte se produc at\u00e2t \u00een materia ne\u00eensufle\u0163it\u0103, c\u00e2t \u015fi \u00een \u0163esuturile vii. Dar normele existente nu \u0163in cont deloc de faptul c\u0103 organismele vii pot s\u0103 reac\u0163ioneze \u00eentr-un fel mult mai elaborat dec\u00e2t materia ne\u00eensufle\u0163it\u0103 \u015fi pot reac\u0163iona \u015fi la alte aspecte ale unei radia\u0163ii hertziene, nu doar la intensitatea sa.<\/p>\n

„Exist\u0103, bine\u00een\u0163eles, o radia\u0163ie her\u0163ian\u0103 de origine natural\u0103. Toate organismele vii sunt genetic adaptate la aceasta frecventa naturala din negura vremurilor. Dar trebuie s\u0103 remarc\u0103m faptul c\u0103 radia\u0163ia her\u0163ian\u0103 artificial\u0103, care \u00eenconjoar\u0103 progresiv umanitatea de peste un secol, ajunge la intensit\u0103\u0163i de milioane de ori mai mari – dac\u0103 nu \u015fi mai mult – dec\u00e2t radia\u0163ia natural\u0103, \u015fi aceste unde artificiale sunt din punct de vedere tehnic foarte diferite (n.a: au caracter pulsatoriu) \u015fi prezint\u0103 astfel o redutabil\u0103 coeren\u0163\u0103, frecven\u0163ele lor nefiind \u201cciclice\u201d, ca \u00een natur\u0103, ci condensate pe spectre \u015fi directii precise. Or, organismele vii reprezint\u0103 terenul unei activit\u0103\u0163i electromagnetice foarte diverse, extrem de organizat\u0103 \u015fi coerent\u0103, care ac\u0163ioneaz\u0103 pe frecven\u0163e foarte specifice \u015fi al c\u0103ror rol este esen\u0163ial \u00een men\u0163inerea vie\u0163ii. (vezi: C. W. Smith S. Best: „Omul electromagnetic”, Ed. ENCRE). Este deci absolut normal ca organismele vii s\u0103 reac\u0163ioneze cu o sensibilitate mai mult sau mai pu\u0163in crescut\u0103 la o radia\u0163ie electromagnetic\u0103 artificial\u0103. De altfel, este o eroare simplist\u0103 s\u0103 credem „a priori” c\u0103 un efect depinde strict de cauza sa. \u00cen domeniul biologiei, multe cauze sunt sporite de diverse procese de amplificare. G. J. Hyland d\u0103 un exemplu caracteristic \u015fi foarte edificator al acestui gen de raport cauz\u0103-efect. Este vorba despre stroboscop, reglat sa emita flasuri luminoase pe o frecven\u0163\u0103 de 15-20 de ori pe secund\u0103. Ei bine, chiar dac\u0103 aceast\u0103 lumin\u0103 are o intensitate slab\u0103, ea este capabil\u0103 s\u0103 provoace crize de epilepsie anumitor persoane.<\/p>\n

S\u0103 amintim aici c\u0103 microundele emise de un telefon mobil (GSM) \u00een mod continuu, din momentul \u00een care este pornit, au o frecven\u0163\u0103 de aproximativ 900 Mhz (sau mai recent \u015fi 1800 MHz) \u015fi aceste unde, numite purt\u0103toare, sunt de asemenea pulsate la frecven\u0163a de 217 Hz, adic\u0103 ele se opresc \u015fi pornesc din nou de 217 ori pe secund\u0103. \u00cen plus, dup\u0103 cum precizeaz\u0103 G.J. Hyland, \u201eaceste pulsa\u0163ii sunt punctate \u00eentr-un ritm mult mai lent de 8,34 pe secund\u0103 – o frecven\u0163\u0103 care se situeaz\u0103 chiar \u00een intervalul de frecven\u0163\u0103 al undelor cerebrale importante denumite \u201ealpha\u201d! Dat fiind c\u0103 lumina \u015fi microundele apar\u0163in aceluia\u015fi spectru electromagnetic, fiind diferite doar prin frecven\u0163\u0103 \u015fi gradul de coeren\u0163\u0103, nu exist\u0103 niciun motiv pentru a presupune c\u0103 efectul v\u0103t\u0103m\u0103tor al unei lumini vizibile pulsate nu se extinde la microunde pulsate la o frecven\u0163\u0103 la fel de joas\u0103. (Efectul acestei pulsa\u0163ii punctate poate fi detectat cu u\u015furin\u0163\u0103 la ureche prin \u201eparazi\u0163ii\u201d produ\u015fi c\u00e2nd un telefon mobil deschis este \u0163inut \u00een apropierea unui aparat radio \u00een func\u0163iune). Ar fi lipsit de logic\u0103 s\u0103 presupunem o oarecare imunizare a creierului uman \u00eempotriva acestei agresiuni electromagnetice, si asta rezult\u0103 cu claritate din interdic\u0163ia de a folosi telefonul mobil \u00een avion, deoarece semnalele sale pot interfera cu sistemele de control ale avionului. Dat\u0103 fiind sensibilitatea infinit mai mare a organismului uman, ar fi paradoxal ca aceea\u015fi radia\u0163ie s\u0103 nu interfereze \u00een mod similar cu propriile noastre procese neuronale \u2013 fie c\u0103 ne afl\u0103m \u00een c\u00e2mpul (\u00eendep\u0103rtat) al unei antene pentru telefonie mobil\u0103 sau \u00een c\u00e2mpul antenei unui telefon mobil\u201d.<\/p>\n

Din acest punct de vedere trebuie s\u0103 scoatem \u00een eviden\u0163\u0103 faptul c\u0103 atunci c\u00e2nd telefonul mobil este \u00een modul \u201eascultare\u201d (DTX), el emite o und\u0103 pulsat\u0103 cu o frecven\u0163\u0103 \u015fi mai joas\u0103: 2 Hz. Acest lucru este \u015fi mai \u00eengrijor\u0103tor, deoarece aceast\u0103 frecven\u0163\u0103 se situeaz\u0103 \u00een intervalul de unde cerebrale denumite \u201edelta\u201d, care, dac\u0103 sunt prezente \u00een electro-encefalograma unui adult \u00een stare de veghe, indic\u0103 prezen\u0163a unei patologii nervoase \u015fi, din acest motiv, nu ar trebui s\u0103 fie favorizate prin expunerea la radia\u0163ii de aceast\u0103 frecven\u0163\u0103. Pe de alt\u0103 parte, activitatea cerebral\u0103 la aceast\u0103 frecven\u0163\u0103 caracterizeaz\u0103 de asemenea o etap\u0103 important\u0103 a somnului, cea a \u201emi\u015fc\u0103rilor oculare rapide\u201d (REM), astfel \u00eenc\u00e2t nu este deloc surprinz\u0103tor c\u0103 sunt raportate cazuri de oboseal\u0103 diurn\u0103. La copii, dimpotriv\u0103, undele delta sunt normale \u015fi din acest motiv, \u00eenc\u0103 o dat\u0103, ar trebui evitat\u0103 perturbarea lor cu o interferen\u0163\u0103 exterioar\u0103.<\/p>\n

\u015ei mai pu\u0163in cunoscut este faptul c\u0103 organismele vii, cu metabolism s\u0103n\u0103tos, pot fi ele \u00eensele terenul unui alt tip de activitate electric\u0103 coerent\u0103, a c\u0103ror frecven\u0163\u0103 se situeaz\u0103 chiar \u00een gama microundelor (cf. H. Fr\u00f6hlich: Advances in Electronics and Electron Physics, 53, 85-152 (1980)) c\u0103reia \u00eei apar\u0163in frecven\u0163ele purt\u0103toare utilizate \u00een telefonia mobil\u0103. Din nou, la fel cum o lumin\u0103 (vizibil\u0103) pulsat\u0103 la un ritm relativ lent poate afecta anumite procese neurologice (electrochimice) caracterizate prin aceea\u015fi frecven\u0163\u0103, \u00een acela\u015fi mod organismele vii au \u015fi ele o sensibilitate la iradierea ultrajoasa a microundelor pulsate. \u00cen consecin\u0163\u0103, exist\u0103 posibilitatea (cf. G.J. Hyland: Engineering Science and Education Journal, 7(6), 261-269 (1998) ) fie a unei amplific\u0103ri prin rezonan\u0163\u0103 a unei activit\u0103\u0163i electrice la nivel biologic intern, fie a unei interferen\u0163e cu aceasta, conduc\u00e2nd la degradarea sa.<\/p>\n

De asemenea, este posibil ca o radia\u0163ie exterioar\u0103 s\u0103 creasc\u0103 nivelul natural al metabolismului \u015fi, dup\u0103 o oarecare \u00eent\u00e2rziere, s\u0103 declan\u015feze astfel o activitate intern\u0103 de radia\u0163ie pe care Natura nu avea inten\u0163ia s\u0103 o declan\u015feze”.<\/p>\n

Concluzia la care ajunge \u00een mod logic G. J. Hzland este c\u0103 normele de securitate actuale nu sunt deloc \u00een m\u0103sur\u0103 s\u0103 confere o oarecare protec\u0163ie fa\u0163\u0103 de efectele subtile dar nefaste care au fost amintite. Ele nu sunt \u00een stare s\u0103 \u201e ia \u00een considerare cel mai important aspect : caracterul \u201eViu\u201d al organismului iradiat!\u201d<\/p>\n

\u201eMai mult, \u00een timp ce caracterul viu al unui sistem \u00eel \u201eexpune\u201d anumitor caracteristici la care nu ar putea fi sensibil, acest lucru \u00eenseamn\u0103, de asemenea, c\u0103 niciun efect atermic specific nu poate fi anticipat cu aceea\u015fi certitudine absolut\u0103 cu care poate fi anticipat un efect termic, care nu depinde dec\u00e2t de intensitate\u201d. Se poate spune chiar c\u0103 nici declan\u015farea nici desf\u0103\u015furarea acestor efecte biologice nu poate fi preconizata cu exactitate, deoarece acestea depind de o mul\u0163ime de cofactori la nivel global cat \u015fi la nivel celular, factori care variaz\u0103 obligatoriu de la o persoan\u0103 la alta. Este aceea\u015fi diferen\u0163\u0103 care exist\u0103 \u00eentre \u201ea b\u0103ga m\u00e2na \u00een foc” \u015fi a intra \u00een contact cu virusul gripei. \u00cen primul caz, putem efectiv anticipa o arsur\u0103; \u00een al doilea, nu putem anticipa \u00een mod sigur nici o consecin\u0163\u0103. Dac\u0103 ne \u00eemboln\u0103vim sau nu de grip\u0103 depinde, \u00eentre al\u0163i factori, de puterea sistemului imunitar de care dispunem \u015fi care, evident, variaz\u0103 de la o persoan\u0103 la alta\u201d. Deci afirma\u0163ii de genul \u201enu exist\u0103 un risc \u00eentemeiat pentru s\u0103n\u0103tate datorat unei radia\u0163ii de intensitate sub pragul termic\u201d sunt total incorecte, deoarece, contrar cazului efectelor termice, nu se poate vorbi dec\u00e2t despre pericole posibile. Concep\u0163ia tradi\u0163ional\u0103 de cauz\u0103 \u015fi de efect nu se mai potrive\u015fte deci \u00een acest caz \u015fi trebuie \u00eenlocuit\u0103 (cf. C. Brauner: Electrosmog – a Phantom Risk, Swiss Reinsurance Company, 1996) de ideea mai modern\u0103 de \u00absemnale \u015fi r\u0103spunsuri”<\/p>\n

Conluzie
\nEste deci clar c\u0103 efectele microundelor pulsate (n.a GSM \/ WiFi) ce nu \u0163in de intensitate trec inevitabil prin „sita” normelor de securitate existente. \u00censeamn\u0103 c\u0103 aceste norme nu \u00ee\u015fi \u00eendeplinesc corect rolul! Intr-adev\u0103r, chiar dac\u0103 existen\u0163a acestor efecte atermice nu ar fi demonstrat\u0103 formal, nu am putea exclude eventualitatea acestora \u015fi principiul precau\u0163iei ar trebui s\u0103 intervin\u0103. Dar, \u00een realitate, dovezile tangibile \u015fi categorice ale efectelor nocive ale undelor herziene sub pragul termic se \u00eenmul\u0163esc (http:\/\/www.bioinitiative.org).<\/p>\n

Norme de protec\u021bie care ne protejeaz\u0103 doar pe h\u00e2rtie?<\/p>","protected":false},"excerpt":{"rendered":"

Dovezile c\u0103 normele de protec\u021bie contra radia\u0163ilor neionizante (GSM\/WiFi) sunt obsolete au ap\u0103rut vertiginos \u00eenc\u0103 din primii ani ai utiliz\u0103rii acestor tehnologii f\u0103r\u0103 fir. Aceste norme adoptate la nivel oficial au fost denun\u021bate cu pertinen\u0163\u0103 de multi cercetatori de prestigiu, printre care \u015fi de dr. Gerald Hyland, \u00eentr-un Memorandum sus\u0163inut \u00een Comisia de \u015etiin\u0163\u0103 \u015fi […]<\/p>\n","protected":false},"author":2,"featured_media":0,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"_lmt_disableupdate":"","_lmt_disable":"","footnotes":""},"categories":[5],"tags":[39,55],"class_list":["post-1560","post","type-post","status-publish","format-standard","hentry","category-poluarea-electromagnetica","tag-gerald-hyland","tag-norme-pem"],"yoast_head":"\nNorme de protec\u0163ie electromagnetic\u0103 (PEM)... doar pe h\u00e2rtie - Protec\u021bie electromagnetic\u0103<\/title>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/protectie-electromagnetica.ro\/cmo\/norme-pem-memorandum-uk\/\" \/>\n<meta property=\"og:locale\" content=\"ro_RO\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"Norme de protec\u0163ie electromagnetic\u0103 (PEM)... doar pe h\u00e2rtie - Protec\u021bie electromagnetic\u0103\" \/>\n<meta property=\"og:description\" content=\"Dovezile c\u0103 normele de protec\u021bie contra radia\u0163ilor neionizante (GSM\/WiFi) sunt obsolete au ap\u0103rut vertiginos \u00eenc\u0103 din primii ani ai utiliz\u0103rii acestor tehnologii f\u0103r\u0103 fir. Aceste norme adoptate la nivel oficial au fost denun\u021bate cu pertinen\u0163\u0103 de multi cercetatori de prestigiu, printre care \u015fi de dr. 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