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It was a reflection on the scientific models that allowed the emergence of quantum mechanics, which led to the formulation of the "Uncertainty Principle" of Heisenberg and the "dualitywave-particle " de Broglie. Were the experimental evidence that led some scientists to propose new hypotheses for what was observed. Thus, Davy did not adopt the idea of Orsted, but the attraction and repulsion toward the wire. Wollaston already guessed the rotation around the wire. At that same time, Michael Faraday(1791-1867) has contact with the electromagnetics, working as an assistant in the laboratory of Davy. Faraday brought many contributions to Electricity and Magnetism, particularly regarding the concept of field (See Chapter 12: Generating more equal Transformation Energy Conservation). Like Davy, Faraday did not accept the idea of a circular magnetic effect around the wire, but the attraction and repulsion. The study of electric currents demanded different approach of Newtonian view of nature. Orsted, in 1920, discovered that an electric current exerted force on a magnetic needle, interestingly, not des-plotting it in the direction of the current, but across. Showed that this correlation was due to the appearance, around the wire, an electromagnetic field. But who was Ampére mathematically analyzed the correlation between electrical current, magnetic field and movement by publishing their deductions in 1826. Investigations of Amperefollowed by research and analysis that gradually came to explain electromagnetic phenomena. Remained definitively clarify the nature and properties of the magnetic fields formed around the electrical conductors. This was done by Michael Faraday, who began work on electromagnetism in 1821 and published the results of their research in memories in Transactions of the Royal Society, from 1831 to 1855. (Adapted from: VARGAS, 1996) Research conducted by Faraday between 1821 and 1823 were based on the idea of attraction and repulsion, ie, a wire conducting an electric current would exert an attraction or repulsion of magnetic poles of the magnetic needle. These experiments Faraday convinced that "rather than suffer attraction and repulsion, the magnetic pole of the needle tended to revolve around the thread"
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To je odraz na znanstvenim modelima koji je dopustio nastanak kvantne mehanike, što je dovelo do formulacije "načelo neodređenosti" od Heisenberga i"val-čestica dvojnosti" de Broglie. Jesu eksperimentalni dokaz da je vodio neki znanstvenici predložiti nove hipoteze za ono što je primijetio. Dakle, Davy nisu usvojili ideju Ørsted, ali privlačnost i odbojnost prema žici. Wollaston već pogađate rotaciju oko žice. U to isto vrijeme, Michael Faraday(1791-1867) je kontakt s elektromagnetizma, radeći kao asistent u laboratoriju Davy. Faraday je donio mnoge doprinose elektricitet i magnetizam, posebno u odnosu na koncept polja (vidi Poglavlje 12: Generiranje ravnopravnijeg očuvanja energetske transformacije). Kao Davy, Faraday nije prihvatio ideju o kružnim magnetskog efekt oko žice, ali privlačnost i odbojnost. Studija električne struje zahtijevali drugačiji pristup od newtonovskom pogledom na prirodu. Ørsted, 1920, otkrio da električna struja vrši silu na magnetsku iglu, zanimljivo, nijedes-crtanje u smjeru struje, nego iu cijelom. Pokazalo je da ta korelacija je zbog pojave, oko žice, elektromagnetsko polje. Ali tko je Amper matematički analizirali povezanost između električne struje, magnetskog polja i kretanja objavljujući svoje odbitaka u 1826. Istrage amperaslijede istraživanja i analize koje se postupno došao objasniti elektromagnetskih pojava. Ostao definitivno pojasniti prirodu i svojstva magnetskih polja nastalih oko električnim vodičima. To je učinio Michael Faraday, koji je počeo raditi na elektromagnetizmu 1821 objavio rezultate svog istraživanja u sjećanjima u Transakcije u Royal Society, 1831 - 1855(preuzeto iz: Vargas, 1996). Istraživanje koje je proveo Faraday između 1821 i 1823 su temelji na ideji privlačenja i odbijanja, odnosno, wire provođenja električne struje će vršiti privlačnost ili odbojnost magnetskih polova magnetske igle. Ovi eksperimenti Faraday uvjeren da "umjesto da pate privlačnost i odbijanja, magnetni pol od igle obično vrte oko nit"