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dbr:Four-gradient dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Grand_unification_energy dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Stable_massive_particles dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:UA2_experiment dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Radical_axis dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Vasily_Vladimirovich_Shuleikin dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:VSim dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Parapsychology dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Nicholas_Hoult dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Nail_gun dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:University_of_Copenhagen dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Communication dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Autotransformer dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Josiah_Willard_Gibbs dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Magnet dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:History_of_science dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Rogue_Galaxy dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Ultimate_fate_of_the_universe dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Yaroslav_Pustovyi dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:List_of_mathematical_functions dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Computational_electromagnetics dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Sotir_Kuneshka dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:List_of_artworks_in_the_collection_of_the_Royal_Society_of_Chemistry dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Harrison_Gray_Dyar dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Static_Shock dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Homopolar_motor dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:The_Electric_Boy dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Robert_Holford_Macdowall_Bosanquet dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:List_of_pharmacists dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Rumi_Nakamura dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Lucien_de_la_Rive dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Danish_Golden_Age dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Vector_boson dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:List_of_states_of_matter dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:List_of_places_of_interest_in_Essex dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Igor_Irodov dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Ecole_et_Observatoire_des_Sciences_de_la_Terre dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Gravitino dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Magnet_motor dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Vacuum_table dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Neural_synchrony dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Empirical_modelling dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Antenna_Measurement_Techniques_Association dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Electron_beam_ion_trap dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Teslagrad dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Mathieu_wavelet dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:AP_Physics_B dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Microactuator dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Marc_Henneaux dbo:wikiPageWikiLink dbr:Electromagnetism . dbr:Quark_epoch dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . dbo:wikiPageWikiLink dbr:Electromagnetism . @prefix rdf: . dbr:Electromagnetism rdf:type dbo:Organisation . @prefix owl: . dbr:Electromagnetism rdf:type owl:Thing ; rdfs:label "\u00C9lectromagn\u00E9tisme"@fr , "Eletromagnetismo"@pt , "\u0415\u043B\u0435\u043A\u0442\u0440\u043E\u043C\u0430\u0433\u043D\u0435\u0442\u0438\u0437\u043C"@uk , "Elektromagnetisme"@in , "Electromagnetism"@en , "\uC804\uC790\uAE30\uD559"@ko , "Elektromagnetismus"@de , "\u96FB\u78C1\u6C17\u5B66"@ja , "Elektrodynamika klasyczna"@pl , "\u0643\u0647\u0631\u0648\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A\u0629"@ar , "Elektromagnetism"@sv , "Elektromagnetismo"@eo , "Elektromagnetismus"@cs , "Leictreamaighn\u00E9adas"@ga , "Elektromagnetismo"@eu , "Elektromagnetisme"@nl , "Electromagnetismo"@es , "Electromagnetisme"@ca , "\u042D\u043B\u0435\u043A\u0442\u0440\u043E\u043C\u0430\u0433\u043D\u0435\u0442\u0438\u0437\u043C"@ru , "\u7535\u78C1\u5B66"@zh ; rdfs:comment "El electromagnetismo es la rama de la f\u00EDsica que estudia y unifica los fen\u00F3menos el\u00E9ctricos y magn\u00E9ticos en una sola teor\u00EDa. El electromagnetismo describe la interacci\u00F3n de part\u00EDculas cargadas con campos el\u00E9ctricos y magn\u00E9ticos. La interacci\u00F3n electromagn\u00E9tica es una de las cuatro fuerzas fundamentales del universo conocido. Las part\u00EDculas cargadas interact\u00FAan electromagn\u00E9ticamente mediante el intercambio de fotones."@es , "Is \u00E9ard is leictreamaighn\u00E9adas ann n\u00E1 ceann de na ceithre idirghn\u00EDomha\u00EDochta\u00ED bun\u00FAsacha sa n\u00E1d\u00FAr, chomh maith leis an tIdirghn\u00EDomh\u00FA l\u00E1idir, an tIdirghn\u00EDomh\u00FA lag agus an imtharraingt. F\u00F3rsa \u00E9 a bh\u00EDonn freagrach as an idirghn\u00EDomha\u00EDocht idir c\u00E1ithn\u00EDn\u00ED at\u00E1 luchtaithe go deimhneach; tugtar ar na hachair seo ina dtarla\u00EDonn a leith\u00E9id. Ceann de na 4 f\u00F3rsa\u00ED b\u00FAnusacha idir ch\u00E1ithn\u00EDn\u00ED fo-adamhacha is ea an leictreamhaighn\u00E9adas. Is \u00E9 an f\u00F3rsa idir dh\u00E1 ch\u00E1ithn\u00EDn le lucht leictreach \u00E9. Is tr\u00ED mhalart\u00FA f\u00F3t\u00F3n a chrutha\u00EDtear an f\u00F3rsa seo."@ga , "Elektromagnetismem se rozum\u00ED soubor jev\u016F, ve kter\u00E9m se projevuje vz\u00E1jemn\u00E1 souvislost elekt\u0159iny a magnetismu. Elektromagnetismem se tak\u00E9 m\u016F\u017Ee myslet oblast fyziky, kter\u00E1 tyto jevy zkoum\u00E1, p\u0159\u00EDpadn\u011B p\u0159\u00EDmo teorie elektromagnetick\u00E9ho pole, kter\u00E1 elektromagnetick\u00E9 jevy vysv\u011Btluje. Z abstraktn\u011Bj\u0161\u00EDho pohledu podle standardn\u00EDho modelu je elektromagnetismus projevem jedn\u00E9 ze \u010Dty\u0159 z\u00E1kladn\u00EDch interakc\u00ED (elektromagnetick\u00E9 interakce). Dynamick\u00FDm p\u016Fsoben\u00EDm elektromagnetick\u00E9ho pole na pohyb nabit\u00FDch \u010D\u00E1stic se zab\u00FDv\u00E1 odv\u011Btv\u00ED fyziky ozna\u010Dovan\u00E9 n\u011Bkdy jako elektrodynamika."@cs , "L'electromagnetisme \u00E9s la part de la f\u00EDsica que estudia els camps electromagn\u00E8tics, uns camps que exerceixen una for\u00E7a sobre les part\u00EDcules amb c\u00E0rrega el\u00E8ctrica alhora que s\u00F3n afectats per la pres\u00E8ncia i el moviment d'aquestes part\u00EDcules. El camp magn\u00E8tic es produeix pel moviment de les c\u00E0rregues el\u00E8ctriques, com per exemple en el cas del corrent el\u00E8ctric. El camp magn\u00E8tic produeix una for\u00E7a magn\u00E8tica del mateix tipus que la dels imants."@ca , "Elektromagnetism \u00E4r den del av fysiken som f\u00F6renar elektriska och magnetiska fenomen. De elektromagnetiska krafterna f\u00F6rmedlas av fotoner och v\u00E4xelverkar med alla partiklar som har laddning. Den elektromagnetiska kraften ger upphov till de flesta vardagliga fenomen, s\u00E5som induktion, friktion, normalkraft (den kraft som hindrar f\u00F6rem\u00E5l fr\u00E5n att flyta in i varandra), kemiska reaktioner och s\u00E5 vidare."@sv , "\u0627\u0644\u0641\u064A\u0632\u064A\u0627\u0621 \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A\u0629 \u0647\u064A \u0641\u064A\u0632\u064A\u0627\u0621 \u0627\u0644\u0645\u062C\u0627\u0644 \u0627\u0644\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A (\u0623\u0648 \u0627\u0644\u062D\u0631\u0643\u0629 \u0627\u0644\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A\u0629 \u0627\u0644\u0643\u0647\u0631\u0628\u0627\u0626\u064A\u0629) \u0647\u0648 \u0641\u0631\u0639 \u0645\u0646 \u0641\u0631\u0648\u0639 \u0627\u0644\u0641\u064A\u0632\u064A\u0627\u0621 \u064A\u062F\u0631\u0633 \u0627\u0644\u0639\u0644\u0627\u0642\u0629 \u0628\u064A\u0646 \u0627\u0644\u0643\u0647\u0631\u0628\u0627\u0621 \u0648\u0627\u0644\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A\u0629\u060C \u062D\u064A\u062B \u064A\u0624\u062B\u0631 \u0645\u062C\u0627\u0644 \u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A \u0639\u0644\u0649 \u0627\u0644\u0634\u062D\u0646\u0629 \u0627\u0644\u0643\u0647\u0631\u0628\u0627\u0626\u064A\u0629 \u0623\u0648 \u0627\u0644\u062C\u0633\u064A\u0645 \u0627\u0644\u0645\u0634\u062D\u0648\u0646 \u0643\u0647\u0631\u0628\u0627\u0626\u064A\u0627\u064B (\u0648\u0627\u0644\u0645\u0642\u0635\u0648\u062F \u0628\u0627\u0644\u062C\u0633\u064A\u0645 \u064A\u062E\u062A\u0644\u0641 \u0645\u0646 \u0622\u0646 \u0644\u0622\u062E\u0631 \u0641\u0641\u064A \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A\u0629 \u0627\u0644\u0643\u0644\u0627\u0633\u064A\u0643\u064A\u0629 \u064A\u0643\u0648\u0646 \u0627\u0644\u0645\u0642\u0635\u0648\u062F \u0628\u0627\u0644\u062C\u0633\u064A\u0645 \u0647\u0648 \u0627\u0644\u062C\u0633\u064A\u0645 \u0627\u0644\u0646\u0642\u0637\u064A\u060C \u0623\u0645\u0627 \u0641\u064A \u0627\u0644\u062F\u064A\u0646\u0627\u0645\u064A\u0643\u0627 \u0627\u0644\u0643\u0647\u0631\u0628\u0627\u0626\u064A\u0629 \u0627\u0644\u0643\u0645\u0648\u0645\u064A\u0629 \u064A\u0643\u0648\u0646 \u0627\u0644\u0645\u0642\u0635\u062F \u0647\u0648 \u0627\u0644\u062C\u0633\u064A\u0645 \u0627\u0644\u0623\u0648\u0644\u064A)\u060C \u0648\u0641\u064A \u0627\u0644\u0645\u0642\u0627\u0628\u0644 \u064A\u062A\u0623\u062B\u0631 \u0627\u0644\u0645\u062C\u0627\u0644 \u0623\u064A\u0636\u0627\u064B \u0628\u0648\u062C\u0648\u062F \u062A\u0644\u0643 \u0627\u0644\u062C\u0633\u064A\u0645\u0627\u062A \u0648\u062D\u0631\u0643\u062A\u0647\u0627 \u0641\u064A \u0647\u0630\u0627 \u0627\u0644\u0645\u062C\u0627\u0644."@ar , "L'\u00E9lectromagn\u00E9tisme, aussi appel\u00E9 interaction \u00E9lectromagn\u00E9tique, est la branche de la physique qui \u00E9tudie les interactions entre particules charg\u00E9es \u00E9lectriquement, qu'elles soient au repos ou en mouvement, et plus g\u00E9n\u00E9ralement les effets de l'\u00E9lectricit\u00E9, en utilisant la notion de champ \u00E9lectromagn\u00E9tique. Il est d'ailleurs possible de d\u00E9finir l'\u00E9lectromagn\u00E9tisme comme l'\u00E9tude du champ \u00E9lectromagn\u00E9tique et de son interaction avec les particules charg\u00E9es. Le terme d'\u00E9lectromagn\u00E9tisme fait r\u00E9f\u00E9rence au fait que les ph\u00E9nom\u00E8nes \u00E9lectriques et magn\u00E9tiques ont \u00E9t\u00E9 vus comme ind\u00E9pendants jusqu'en 1860, quand Maxwell a montr\u00E9 qu'ils n'\u00E9taient que deux aspects d'un m\u00EAme ensemble de ph\u00E9nom\u00E8nes."@fr , "Elektromagnetismo estas tiu parto de fiziko, kiu okupi\u011Das pri la elektra kaj magneta kampoj kaj \u011Diaj efikoj al \u015Dargaj partikloj. La lorenca forto estas la elektromagneta forto, kiu interagas inter du elektraj \u015Dargaj partikloj. La \u011Deneralaj ekvacioj, kiuj regas elektromagnetismon estas la ekvacioj de Maxwell, en kiuj aperas la lumrapido en vakuo:"@eo , "Elektromagnetisme (IPA: /\u025Bl\u025Bktromakn\u025Bt\u02C8\u026Asm\u0259/, bahasa Belanda: elektromagnetisme) adalah cabang ilmu fisika yang mempelajari hubungan antara medan listrik dan medan magnet di dalam rangkaian listrik yang menghasilkan gaya gerak listrik dan medan elektromagnetik. Konsep utama dalam elektromagnetisme adalah induksi elektromagnetik yang didasari oleh hukum induksi Faraday. Prinsip elektromagnetisme diterapkan pada sistem kerja transformator, induktor, motor listrik, generator listrik dan solenoid."@in , "In physics, electromagnetism is an interaction that occurs between particles with electric charge. It is the second-strongest of the four fundamental interactions, after the strong force, and it is the dominant force in the interactions of atoms and molecules. Electromagnetism can be thought of as a combination of electricity and magnetism, two distinct but closely intertwined phenomena. In essence, electric forces occur between any two charged particles, causing an attraction between particles with opposite charges and repulsion between particles with the same charge, while magnetism is an interaction that occurs exclusively between moving charged particles. These two effects combine to create electromagnetic fields in the vicinity of charge particles, which can exert influence on other p"@en , "Elektromagnetisme is de fysica van het elektromagnetische veld: een vectorveld dat heel de ruimte beslaat en bestaat uit twee componenten: het elektrisch veld en het magnetisch veld. De twee componenten bewegen zich te allen tijde loodrecht op elkaar door de ruimte met de lichtsnelheid. De term elektrodynamica wordt soms gebruikt om de combinatie van elektromagnetisme en mechanica aan te duiden."@nl , "\uC804\uC790\uAE30\uD559(\u96FB\u78C1\u6C23\u5B78, \uC601\uC5B4: Electromagnetism)\uC740 \uC804\uAE30\uC640 \uC790\uAE30 \uD604\uC0C1\uC744 \uD0D0\uAD6C\uD558\uB294 \uD559\uBB38\uC774\uB2E4. \uC804\uAE30\uC640 \uC790\uAE30\uB294 \uC804\uC790\uAE30\uC7A5\uC744 \uC774\uB8EC\uB2E4. \uC790\uAE30 \uD604\uC0C1\uC740 \uC774\uBBF8 \uAE30\uC6D0\uC804 2000\uB144 \uBB34\uB835 \uC911\uAD6D \uBB38\uD5CC\uC5D0 \uB4F1\uC7A5\uD558\uBA70, \uC804\uAE30 \uC5ED\uC2DC \uAE30\uC6D0\uC804 700\uB144 \uBB34\uB835 \uACE0\uB300 \uADF8\uB9AC\uC2A4 \uC138\uACC4\uC5D0 \uC54C\uB824\uC838 \uC788\uC5C8\uB2E4. \uADF8\uB7EC\uB098, \uC804\uAE30\uC640 \uC790\uAE30\uAC00 \uC804\uC790\uAE30\uB825\uC774\uB77C\uB294 \uB3D9\uC77C\uD55C \uAE30\uBCF8 \uC0C1\uD638\uC791\uC6A9\uC5D0 \uC758\uD55C \uD604\uC0C1\uC774\uB77C\uB294 \uC810\uC740 19\uC138\uAE30\uC5D0 \uC640\uC11C\uC57C \uBC1D\uD600\uC84C\uB2E4.:533"@ko , "Eletromagnetismo (AO 1945: electromagnetismo) \u00E9 o ramo da f\u00EDsica que estuda unificadamente os fen\u00F4menos da eletricidade e do magnetismo. Esta teoria baseia-se no conceito de campo eletromagn\u00E9tico, a intera\u00E7\u00E3o conjunta entre os campos el\u00E9trico e magn\u00E9tico. Tal intera\u00E7\u00E3o \u00E9 regida pelas quatro equa\u00E7\u00F5es de Maxwell. O campo magn\u00E9tico \u00E9 resultado do movimento de cargas el\u00E9tricas, ou seja, \u00E9 resultado de corrente el\u00E9trica. O campo magn\u00E9tico pode resultar em uma for\u00E7a eletromagn\u00E9tica quando associada a \u00EDm\u00E3s."@pt , "\u96FB\u78C1\u6C17\u5B66\uFF08\u3067\u3093\u3058\u304D\u304C\u304F\u3001\uFF08\u82F1: electromagnetism\uFF09\u306F\u3001\u7269\u7406\u5B66\u306E\u5206\u91CE\u306E1\u3064\u3067\u3042\u308A\u3001\u57FA\u672C\u76F8\u4E92\u4F5C\u7528\u306E\u3072\u3068\u3064\u3067\u3042\u308B\u96FB\u78C1\u76F8\u4E92\u4F5C\u7528\u306B\u95A2\u3059\u308B\u73FE\u8C61\u3092\u6271\u3046\u5B66\u554F\u3067\u3042\u308B\u3002\u5DE5\u5B66\u5206\u91CE\u3067\u306F\u3001\u96FB\u6C17\u78C1\u6C17\u5B66\u3068\u547C\u3070\u308C\u308B\u3053\u3068\u3082\u3042\u308B\u3002\u96FB\u78C1\u6C17\u5B66\u306E\u57FA\u790E\u306F\u300119\u4E16\u7D00\u306B\u30B9\u30B3\u30C3\u30C8\u30E9\u30F3\u30C9\u306E\u79D1\u5B66\u8005\u30B8\u30A7\u30FC\u30E0\u30BA\u30FB\u30AF\u30E9\u30FC\u30AF\u30FB\u30DE\u30AF\u30B9\u30A6\u30A7\u30EB\u304C\u5C0E\u304D\u51FA\u3057\u305F\u3001\u30DE\u30AF\u30B9\u30A6\u30A7\u30EB\u306E\u65B9\u7A0B\u5F0F\u306B\u3088\u3063\u3066\u5B9A\u5F0F\u5316\u3055\u308C\u305F\u3002\u30DE\u30AF\u30B9\u30A6\u30A7\u30EB\u306E\u65B9\u7A0B\u5F0F\u306F\u3001\u300C\u7269\u7406\u5B66\u306B\u304A\u3051\u308B2\u756A\u76EE\u306E\u5927\u304D\u306A\u7D71\u4E00\u300D\u3068\u547C\u3070\u308C\u308B\u3002\u672C\u7A3F\u3067\u306F\u5B66\u554F\u3068\u3057\u3066\u306E\u96FB\u78C1\u6C17\u5B66\u5168\u822C\u306B\u3064\u3044\u3066\u8FF0\u3079\u308B\u306B\u3068\u3069\u3081\u3001\u3088\u308A\u8A73\u7D30\u306A\u7406\u8AD6\u306B\u3064\u3044\u3066\u306F\u53E4\u5178\u96FB\u78C1\u6C17\u5B66\u3001\u6B74\u53F2\u306B\u3064\u3044\u3066\u306F\u96FB\u78C1\u6C17\u5B66\u306E\u5E74\u8868\u306B\u8B72\u308B\u3002"@ja , "\u0415\u043B\u0435\u043A\u0442\u0440\u043E\u043C\u0430\u0433\u043D\u0435\u0442\u0438\u0437\u043C \u2014 \u0444\u0456\u0437\u0438\u0447\u043D\u0430 \u0442\u0435\u043E\u0440\u0456\u044F \u0432\u0437\u0430\u0454\u043C\u043E\u0437\u0432'\u044F\u0437\u043A\u0443 \u043C\u0456\u0436 \u0431\u0456\u043B\u044C\u0448\u0456\u0441\u0442\u044E \u0435\u043B\u0435\u043A\u0442\u0440\u0438\u0447\u043D\u0438\u0445 \u0442\u0430 \u043C\u0430\u0433\u043D\u0456\u0442\u043D\u0438\u0445 \u044F\u0432\u0438\u0449, \u0449\u043E \u0441\u043A\u043B\u0430\u043B\u0430\u0441\u044F \u0432 \u043F\u0435\u0440\u0448\u0456\u0439 \u043F\u043E\u043B\u043E\u0432\u0438\u043D\u0456 XIX \u0441\u0442\u043E\u043B\u0456\u0442\u0442\u044F \u0437\u0430\u0432\u0434\u044F\u043A\u0438 \u043F\u0440\u043E\u0432\u0435\u0434\u0435\u043D\u043D\u044E \u043D\u0438\u0437\u043A\u0438 \u0444\u0456\u0437\u0438\u0447\u043D\u0438\u0445 \u0435\u043A\u0441\u043F\u0435\u0440\u0438\u043C\u0435\u043D\u0442\u0456\u0432 \u0456 \u0437\u043D\u0430\u0439\u0448\u043B\u0430 \u0441\u0432\u043E\u0454 \u0437\u0430\u0432\u0435\u0440\u0448\u0435\u043D\u043D\u044F \u0432 \u0440\u043E\u0437\u0432\u0438\u0442\u043A\u0443 \u043A\u043B\u0430\u0441\u0438\u0447\u043D\u043E\u0457 \u0435\u043B\u0435\u043A\u0442\u0440\u043E\u0434\u0438\u043D\u0430\u043C\u0456\u043A\u0438. \u0422\u0435\u043E\u0440\u0435\u0442\u0438\u0447\u043D\u0456 \u043D\u0430\u0441\u043B\u0456\u0434\u043A\u0438 \u0435\u043B\u0435\u043A\u0442\u0440\u043E\u043C\u0430\u0433\u043D\u0435\u0442\u0438\u0437\u043C\u0443, \u0437\u043E\u043A\u0440\u0435\u043C\u0430 \u0432\u0441\u0442\u0430\u043D\u043E\u0432\u043B\u0435\u043D\u043D\u044F \u0448\u0432\u0438\u0434\u043A\u043E\u0441\u0442\u0456 \u0441\u0432\u0456\u0442\u043B\u0430 \u043D\u0430 \u043E\u0441\u043D\u043E\u0432\u0456 \u0432\u043B\u0430\u0441\u0442\u0438\u0432\u043E\u0441\u0442\u0435\u0439 \u00AB\u0441\u0435\u0440\u0435\u0434\u043E\u0432\u0438\u0449\u0430\u00BB \u043F\u043E\u0448\u0438\u0440\u0435\u043D\u043D\u044F (\u043F\u0440\u043E\u043D\u0438\u043A\u043D\u043E\u0441\u0442\u0456 \u0456 \u0434\u0456\u0435\u043B\u0435\u043A\u0442\u0440\u0438\u0447\u043D\u043E\u0457 \u043F\u0440\u043E\u043D\u0438\u043A\u043D\u043E\u0441\u0442\u0456), \u043F\u0440\u0438\u0432\u0435\u043B\u0438 \u0434\u043E \u0441\u0442\u0432\u043E\u0440\u0435\u043D\u043D\u044F \u0441\u043F\u0435\u0446\u0456\u0430\u043B\u044C\u043D\u043E\u0457 \u0442\u0435\u043E\u0440\u0456\u0457 \u0432\u0456\u0434\u043D\u043E\u0441\u043D\u043E\u0441\u0442\u0456 \u0410\u043B\u044C\u0431\u0435\u0440\u0442\u043E\u043C \u0415\u0439\u043D\u0448\u0442\u0435\u0439\u043D\u043E\u043C 1905 \u0440\u043E\u043A\u0443."@uk , "Elektrodynamika klasyczna \u2013 dzia\u0142 fizyki zajmuj\u0105cy si\u0119 w\u0142asno\u015Bciami i oddzia\u0142ywaniem obiekt\u00F3w na\u0142adowanych, z pomini\u0119ciem efekt\u00F3w kwantowych. Elektrodynamika klasyczna opisuje aspekty klasyczne jednego z czterech podstawowych oddzia\u0142ywa\u0144 przyrody \u2013 oddzia\u0142ywa\u0144 elektromagnetycznych. Podstawowymi poj\u0119ciami elektrodynamiki klasycznej s\u0105 pole elektryczne, pole magnetyczne, \u0142adunek elektryczny, oraz pr\u0105d elektryczny. Podstaw\u0119 teorii tworz\u0105 r\u00F3wnania Maxwella (James Clerk Maxwell) i zasada zachowania \u0142adunku. Z tych praw mo\u017Cna wyprowadzi\u0107 r\u00F3wnanie falowe, prawo Biota-Savarta i inne. Symetria r\u00F3wna\u0144 Maxwella opisana przez transformacje Lorentza oraz nieudane pr\u00F3by (eksperyment Michelsona-Morleya) wykrycia ruchu wzgl\u0119dem eteru (klasycznego no\u015Bnika fali elektromagnetycznej) doprowadzi\u0142y do zmiany ko"@pl , "\u7535\u78C1\u5B66\uFF08\u82F1\u8A9E\uFF1Aelectromagnetism\uFF09\u662F\u7814\u7A76\u7535\u78C1\u529B\uFF08\u96FB\u8377\u7C92\u5B50\u4E4B\u95F4\u7684\u4E00\u79CD\u7269\u7406\u6027\u76F8\u4E92\u4F5C\u7528\uFF09 \u7684\u7269\u7406\u5B66\u7684\u4E00\u4E2A\u5206\u652F\u3002\u7535\u78C1\u529B\u901A\u5E38\u8868\u73B0\u4E3A\u7535\u78C1\u573A\uFF0C\u5982\u96FB\u5834\u3001\u78C1\u5834\u548C\u5149\u3002\u7535\u78C1\u529B\u662F\u81EA\u7136\u754C\u4E2D\u56DB\u79CD\u57FA\u672C\u76F8\u4E92\u4F5C\u7528\u4E4B\u4E00\u3002\u5176\u5B83\u4E09\u79CD\u57FA\u672C\u76F8\u4E92\u4F5C\u7528\u662F\u5F3A\u76F8\u4E92\u4F5C\u7528\u3001\u5F31\u76F8\u4E92\u4F5C\u7528\u3001\u5F15\u529B\u3002\u96FB\u5B78\u8207\u78C1\u5B78\u9818\u57DF\u5BC6\u5207\u76F8\u95DC\u3002\u96FB\u78C1\u5B78\u53EF\u4EE5\u5EE3\u7FA9\u5730\u5305\u542B\u96FB\u5B78\u548C\u78C1\u5B78\uFF0C\u4F46\u72F9\u7FA9\u4F86\u8AAA\u662F\u63A2\u8A0E\u96FB\u8207\u78C1\u5F7C\u6B64\u4E4B\u9593\u76F8\u4E92\u95DC\u4FC2\u7684\u4E00\u9580\u5B78\u79D1\u3002 \u82F1\u6587\u5355\u8BCDelectromagnetism\u662F\u4E24\u4E2A\u5E0C\u814A\u8BED\u8BCD\u6C47\u1F22\u03BB\u03B5\u03BA\u03C4\u03C1\u03BF\u03BD\uFF08\u0113lektron\uFF0C\u201C\u7425\u73C0\u201D\uFF09\u548C\u03BC\u03B1\u03B3\u03BD\u03AE\u03C4\u03B7\u03C2\uFF08magnetic\u6E90\u81EA\"magn\u00EDtis l\u00EDthos\"\uFF08\u03BC\u03B1\u03B3\u03BD\u03AE\u03C4\u03B7\u03C2 \u03BB\u03AF\u03B8\u03BF\u03C2\uFF09\uFF0C\u610F\u601D\u662F\u201C\u9541\u77F3\u201D\uFF0C\u4E00\u79CD\u94C1\u77FF\uFF09\u7684\u5408\u6210\u8BCD\u3002\u7814\u7A76\u7535\u78C1\u73B0\u8C61\u7684\u79D1\u5B66\u662F\u7528\u7535\u78C1\u529B\u5B9A\u4E49\u7684\uFF0C\u6709\u65F6\u79F0\u4F5C\u6D1B\u4F26\u5179\u529B\uFF0C\u662F\u65E2\u542B\u6709\u96FB\u4E5F\u542B\u6709\u78C1\u7684\u73B0\u8C61\u3002 \u7535\u78C1\u529B\u5728\u51B3\u5B9A\u65E5\u5E38\u751F\u6D3B\u4E2D\u5927\u591A\u6570\u7269\u4F53\u7684\u5185\u90E8\u6027\u8D28\u4E2D\u53D1\u6325\u7740\u4E3B\u8981\u4F5C\u7528\u3002\u5E38\u89C1\u7269\u4F53\u7684\u7535\u78C1\u529B\u8868\u73B0\u5728\u7269\u4F53\u4E2D\u5355\u4E2A\u5206\u5B50\u4E4B\u95F4\u7684\u5206\u5B50\u95F4\u4F5C\u7528\u529B\u4E2D\u3002\u7535\u5B50\u88AB\u7535\u78C1\u529B\u675F\u7F1A\u5728\u539F\u5B50\u6838\u5468\u56F4\u5F62\u6210\u539F\u5B50\uFF0C\u800C\u539F\u5B50\u4E4B\u95F4\u5219\u56E0\u7535\u78C1\u529B\u5F62\u6210\u5316\u5B66\u952E\uFF0C\u8FDB\u800C\u6784\u6210\u5206\u5B50\u3002\u5316\u5B66\u53CD\u5E94\u662F\u7531\u5206\u5B50\u4E4B\u95F4\u4E34\u8FD1\u539F\u5B50\u7684\u7535\u5B50\u4E4B\u95F4\u53D1\u751F\u7684\u76F8\u4E92\u4F5C\u7528\u800C\u4EA7\u751F\uFF0C\u8FD9\u4E5F\u53EF\u7531\u7535\u78C1\u529B\u6765\u89E3\u91CA\u3002 \u7535\u78C1\u573A\u6709\u5F88\u591A\u79CD\u6570\u5B66\u63CF\u8FF0\u3002\u5728\u7ECF\u5178\u7535\u78C1\u5B66\u4E2D\uFF0C\u7535\u573A\u7528\u6B27\u59C6\u5B9A\u5F8B\u4E2D\u7684\u96FB\u52E2\u4E0E\u7535\u6D41\u63CF\u8FF0\uFF0C\u78C1\u5834\u4E0E\u7535\u78C1\u611F\u5E94\u548C\u78C1\u5316\u5F3A\u5EA6\u76F8\u5173\uFF0C\u800C\u99AC\u514B\u58EB\u5A01\u65B9\u7A0B\u7D44\u63CF\u8FF0\u4E86\u7531\u7535\u573A\u548C\u78C1\u573A\u81EA\u8EAB\u4EE5\u53CA\u7535\u8377\u548C\u7535\u6D41\u5F15\u8D77\u7684\u7535\u573A\u548C\u78C1\u573A\u7684\u4EA7\u751F\u548C\u4EA4\u66FF\u3002"@zh , "Elektromagnetismoa fisikaren adar bat da, eta fenomeno elektriko eta magnetikoak lotzen ditu teoria bakar batean. Oinarriak Michael Faraday-k aurkeztu zituen, eta James Clerk Maxwell-ek formulatu zituen osorik lehen aldiz. Maxwell-en ekuazio deritzenak lau ekuazio diferentzial bektorialetan oinarritzen dira, eta eremu elektrikoa, eremu magnetikoa eta haien material-iturriak erlazionatzen dituzte. Gaur egun, aintzat hartzen da ezagutzen dugun unibertsoaren oinarrizko lau indarretako bat dela elektromagnetismoa."@eu ; rdfs:seeAlso dbr:List_of_physical_quantities , dbr:History_of_electromagnetic_theory ; foaf:depiction , , . @prefix dcterms: . @prefix dbc: . dbr:Electromagnetism dcterms:subject dbc:Electromagnetism , dbc:Fundamental_interactions , dbc:Electrodynamics ; dbo:abstract "Elektromagnetismoa fisikaren adar bat da, eta fenomeno elektriko eta magnetikoak lotzen ditu teoria bakar batean. Oinarriak Michael Faraday-k aurkeztu zituen, eta James Clerk Maxwell-ek formulatu zituen osorik lehen aldiz. Maxwell-en ekuazio deritzenak lau ekuazio diferentzial bektorialetan oinarritzen dira, eta eremu elektrikoa, eremu magnetikoa eta haien material-iturriak erlazionatzen dituzte. Elektromagnetismoa da; hau da, azalpenak eta aurreikuspenak espazioko posizio eta denboraren mendeko magnitude fisiko bektorialetan edo oinarritzen ditu. Elektromagnetismoak fenomeno makroskopiko fisikoak deskribatzen ditu, zeinetan mugimenduan edo pausagunean dauden karga elektrikoek parte hartzen baitute. Deskribapen horiek egin ahal izateko, eremu magnetikoa, elektrikoa eta horiek substantzia solido, likido eta gaseosoetan izaten dituzten eraginak erabiltzen dira. Teoria makroskopiko bat izanik ere (alegia, partikula-kopuru handietara bakarrik aplikagarria, eta partikula horien arteko distantzia handia denean bakarrik), elektromagnetismoak ez ditu fenomeno atomiko eta molekularrak deskribatzen. Horretarako, mekanika kuantikoa erabili beharra dago. Gaur egun, aintzat hartzen da ezagutzen dugun unibertsoaren oinarrizko lau indarretako bat dela elektromagnetismoa."@eu , "Elektromagnetisme is de fysica van het elektromagnetische veld: een vectorveld dat heel de ruimte beslaat en bestaat uit twee componenten: het elektrisch veld en het magnetisch veld. De twee componenten bewegen zich te allen tijde loodrecht op elkaar door de ruimte met de lichtsnelheid. De term elektrodynamica wordt soms gebruikt om de combinatie van elektromagnetisme en mechanica aan te duiden."@nl , "El electromagnetismo es la rama de la f\u00EDsica que estudia y unifica los fen\u00F3menos el\u00E9ctricos y magn\u00E9ticos en una sola teor\u00EDa. El electromagnetismo describe la interacci\u00F3n de part\u00EDculas cargadas con campos el\u00E9ctricos y magn\u00E9ticos. La interacci\u00F3n electromagn\u00E9tica es una de las cuatro fuerzas fundamentales del universo conocido. Las part\u00EDculas cargadas interact\u00FAan electromagn\u00E9ticamente mediante el intercambio de fotones. El electromagnetismo abarca diversos fen\u00F3menos del mundo real, como por ejemplo la luz. La luz es un campo electromagn\u00E9tico oscilante que se irradia desde part\u00EDculas cargadas aceleradas. Aparte de la gravedad, la mayor\u00EDa de las fuerzas en la experiencia cotidiana son consecuencia de electromagnetismo. Los principios del electromagnetismo encuentran aplicaciones en diversas disciplinas afines, tales como las microondas, antenas, m\u00E1quinas el\u00E9ctricas, comunicaciones por sat\u00E9lite, bioelectromagnetismo, plasmas, investigaci\u00F3n nuclear, la fibra \u00F3ptica, la interferencia y la compatibilidad electromagn\u00E9ticas, la conversi\u00F3n de energ\u00EDa electromec\u00E1nica, la meteorolog\u00EDa por radar, y la observaci\u00F3n remota. Los dispositivos electromagn\u00E9ticos incluyen transformadores, rel\u00E9s, radio/TV, tel\u00E9fonos, motores el\u00E9ctricos, l\u00EDneas de transmisi\u00F3n, gu\u00EDas de onda y l\u00E1seres. Los fundamentos de la teor\u00EDa electromagn\u00E9tica fueron presentados por Michael Faraday y formulados por primera vez de modo completo por James Clerk Maxwell en 1865. La formulaci\u00F3n consiste en cuatro ecuaciones diferenciales vectoriales que relacionan el campo el\u00E9ctrico, el campo magn\u00E9tico y sus respectivas fuentes materiales (corriente el\u00E9ctrica, polarizaci\u00F3n el\u00E9ctrica y polarizaci\u00F3n magn\u00E9tica), conocidas como ecuaciones de Maxwell, lo que ha sido considerada como la \u00ABsegunda gran unificaci\u00F3n de la f\u00EDsica\u00BB, siendo la primera realizada por Isaac Newton. La teor\u00EDa electromagn\u00E9tica se puede dividir en electrost\u00E1tica \u2014el estudio de las interacciones entre cargas en reposo\u2014 y la electrodin\u00E1mica \u2014el estudio de las interacciones entre cargas en movimiento y la radiaci\u00F3n\u2014. La teor\u00EDa cl\u00E1sica del electromagnetismo se basa en la fuerza de Lorentz y en las ecuaciones de Maxwell. El electromagnetismo es una teor\u00EDa de campos; es decir, las explicaciones y predicciones que provee se basan en magnitudes f\u00EDsicas vectoriales o tensoriales dependientes de la posici\u00F3n en el espacio y del tiempo. El electromagnetismo describe los fen\u00F3menos f\u00EDsicos macrosc\u00F3picos en los cuales intervienen cargas el\u00E9ctricas en reposo y en movimiento, usando para ello campos el\u00E9ctricos y magn\u00E9ticos y sus efectos sobre las sustancias s\u00F3lidas, l\u00EDquidas y gaseosas. Por ser una teor\u00EDa macrosc\u00F3pica, es decir, aplicable a un n\u00FAmero muy grande de part\u00EDculas y a distancias grandes respecto de las dimensiones de estas, el electromagnetismo no describe los fen\u00F3menos at\u00F3micos y moleculares. La electrodin\u00E1mica cu\u00E1ntica proporciona la descripci\u00F3n cu\u00E1ntica de esta interacci\u00F3n, que puede ser unificada con la interacci\u00F3n nuclear d\u00E9bil seg\u00FAn el modelo electrod\u00E9bil."@es , "\u7535\u78C1\u5B66\uFF08\u82F1\u8A9E\uFF1Aelectromagnetism\uFF09\u662F\u7814\u7A76\u7535\u78C1\u529B\uFF08\u96FB\u8377\u7C92\u5B50\u4E4B\u95F4\u7684\u4E00\u79CD\u7269\u7406\u6027\u76F8\u4E92\u4F5C\u7528\uFF09 \u7684\u7269\u7406\u5B66\u7684\u4E00\u4E2A\u5206\u652F\u3002\u7535\u78C1\u529B\u901A\u5E38\u8868\u73B0\u4E3A\u7535\u78C1\u573A\uFF0C\u5982\u96FB\u5834\u3001\u78C1\u5834\u548C\u5149\u3002\u7535\u78C1\u529B\u662F\u81EA\u7136\u754C\u4E2D\u56DB\u79CD\u57FA\u672C\u76F8\u4E92\u4F5C\u7528\u4E4B\u4E00\u3002\u5176\u5B83\u4E09\u79CD\u57FA\u672C\u76F8\u4E92\u4F5C\u7528\u662F\u5F3A\u76F8\u4E92\u4F5C\u7528\u3001\u5F31\u76F8\u4E92\u4F5C\u7528\u3001\u5F15\u529B\u3002\u96FB\u5B78\u8207\u78C1\u5B78\u9818\u57DF\u5BC6\u5207\u76F8\u95DC\u3002\u96FB\u78C1\u5B78\u53EF\u4EE5\u5EE3\u7FA9\u5730\u5305\u542B\u96FB\u5B78\u548C\u78C1\u5B78\uFF0C\u4F46\u72F9\u7FA9\u4F86\u8AAA\u662F\u63A2\u8A0E\u96FB\u8207\u78C1\u5F7C\u6B64\u4E4B\u9593\u76F8\u4E92\u95DC\u4FC2\u7684\u4E00\u9580\u5B78\u79D1\u3002 \u82F1\u6587\u5355\u8BCDelectromagnetism\u662F\u4E24\u4E2A\u5E0C\u814A\u8BED\u8BCD\u6C47\u1F22\u03BB\u03B5\u03BA\u03C4\u03C1\u03BF\u03BD\uFF08\u0113lektron\uFF0C\u201C\u7425\u73C0\u201D\uFF09\u548C\u03BC\u03B1\u03B3\u03BD\u03AE\u03C4\u03B7\u03C2\uFF08magnetic\u6E90\u81EA\"magn\u00EDtis l\u00EDthos\"\uFF08\u03BC\u03B1\u03B3\u03BD\u03AE\u03C4\u03B7\u03C2 \u03BB\u03AF\u03B8\u03BF\u03C2\uFF09\uFF0C\u610F\u601D\u662F\u201C\u9541\u77F3\u201D\uFF0C\u4E00\u79CD\u94C1\u77FF\uFF09\u7684\u5408\u6210\u8BCD\u3002\u7814\u7A76\u7535\u78C1\u73B0\u8C61\u7684\u79D1\u5B66\u662F\u7528\u7535\u78C1\u529B\u5B9A\u4E49\u7684\uFF0C\u6709\u65F6\u79F0\u4F5C\u6D1B\u4F26\u5179\u529B\uFF0C\u662F\u65E2\u542B\u6709\u96FB\u4E5F\u542B\u6709\u78C1\u7684\u73B0\u8C61\u3002 \u7535\u78C1\u529B\u5728\u51B3\u5B9A\u65E5\u5E38\u751F\u6D3B\u4E2D\u5927\u591A\u6570\u7269\u4F53\u7684\u5185\u90E8\u6027\u8D28\u4E2D\u53D1\u6325\u7740\u4E3B\u8981\u4F5C\u7528\u3002\u5E38\u89C1\u7269\u4F53\u7684\u7535\u78C1\u529B\u8868\u73B0\u5728\u7269\u4F53\u4E2D\u5355\u4E2A\u5206\u5B50\u4E4B\u95F4\u7684\u5206\u5B50\u95F4\u4F5C\u7528\u529B\u4E2D\u3002\u7535\u5B50\u88AB\u7535\u78C1\u529B\u675F\u7F1A\u5728\u539F\u5B50\u6838\u5468\u56F4\u5F62\u6210\u539F\u5B50\uFF0C\u800C\u539F\u5B50\u4E4B\u95F4\u5219\u56E0\u7535\u78C1\u529B\u5F62\u6210\u5316\u5B66\u952E\uFF0C\u8FDB\u800C\u6784\u6210\u5206\u5B50\u3002\u5316\u5B66\u53CD\u5E94\u662F\u7531\u5206\u5B50\u4E4B\u95F4\u4E34\u8FD1\u539F\u5B50\u7684\u7535\u5B50\u4E4B\u95F4\u53D1\u751F\u7684\u76F8\u4E92\u4F5C\u7528\u800C\u4EA7\u751F\uFF0C\u8FD9\u4E5F\u53EF\u7531\u7535\u78C1\u529B\u6765\u89E3\u91CA\u3002 \u7535\u78C1\u573A\u6709\u5F88\u591A\u79CD\u6570\u5B66\u63CF\u8FF0\u3002\u5728\u7ECF\u5178\u7535\u78C1\u5B66\u4E2D\uFF0C\u7535\u573A\u7528\u6B27\u59C6\u5B9A\u5F8B\u4E2D\u7684\u96FB\u52E2\u4E0E\u7535\u6D41\u63CF\u8FF0\uFF0C\u78C1\u5834\u4E0E\u7535\u78C1\u611F\u5E94\u548C\u78C1\u5316\u5F3A\u5EA6\u76F8\u5173\uFF0C\u800C\u99AC\u514B\u58EB\u5A01\u65B9\u7A0B\u7D44\u63CF\u8FF0\u4E86\u7531\u7535\u573A\u548C\u78C1\u573A\u81EA\u8EAB\u4EE5\u53CA\u7535\u8377\u548C\u7535\u6D41\u5F15\u8D77\u7684\u7535\u573A\u548C\u78C1\u573A\u7684\u4EA7\u751F\u548C\u4EA4\u66FF\u3002 \u7535\u78C1\u5B66\u7406\u8BBA\u610F\u4E49\uFF0C\u7279\u522B\u662F\u57FA\u4E8E\u201C\u5A92\u4ECB\u201D\u4E2D\u7684\u4F20\u64AD\u7684\u6027\u8D28\uFF08\u78C1\u5BFC\u7387\u548C\u7535\u5BB9\u7387\uFF09\u786E\u7ACB\u7684\u5149\u901F\uFF0C\u63A8\u52A8\u4E861905\u5E74\u963F\u5C14\u4F2F\u7279\u00B7\u7231\u56E0\u65AF\u5766\u7684\u72ED\u4E49\u76F8\u5BF9\u8BBA\u7684\u53D1\u5C55\u3002 \u867D\u7136\u7535\u78C1\u529B\u88AB\u8BA4\u4E3A\u662F\u56DB\u5927\u57FA\u672C\u4F5C\u7528\u529B\u4E4B\u4E00\uFF0C\u5728\u9AD8\u80FD\u91CF\u4E2D\u5F31\u529B\u548C\u7535\u78C1\u529B\u662F\u7EDF\u4E00\u7684\u3002\u5728\u5B87\u5B99\u7684\u5386\u53F2\u4E2D\u7684\u5938\u514B\u6642\u671F\uFF0C\u7535\u5F31\u529B\u5206\u5272\u6210\u7535\u78C1\u529B\u548C\u5F31\u529B\u3002"@zh , "In physics, electromagnetism is an interaction that occurs between particles with electric charge. It is the second-strongest of the four fundamental interactions, after the strong force, and it is the dominant force in the interactions of atoms and molecules. Electromagnetism can be thought of as a combination of electricity and magnetism, two distinct but closely intertwined phenomena. In essence, electric forces occur between any two charged particles, causing an attraction between particles with opposite charges and repulsion between particles with the same charge, while magnetism is an interaction that occurs exclusively between moving charged particles. These two effects combine to create electromagnetic fields in the vicinity of charge particles, which can exert influence on other particles via the Lorentz force. At high energy, the weak force and electromagnetic force are unified as a single electroweak force. The electromagnetic force is responsible for many of the chemical and physical phenomena observed in daily life. The electrostatic attraction between atomic nuclei and their electrons holds atoms together. Electric forces also allow different atoms to combine into molecules, including the macromolecules such as proteins that form the basis of life. Meanwhile, magnetic interactions between the spin and angular momentum magnetic moments of electrons also play a role in chemical reactivity; such relationships are studied in spin chemistry. Electromagnetism also plays a crucial role in modern technology, as it drives the motion of electricity through circuits and allows for long-distance communication via electromagnetic waves. Electromagnetism has been studied since ancient times. Many ancient civilizations, including the Greeks and the Mayans created wide-ranging theories to explain lightning, static electricity, and the attraction between magnetized pieces of iron ore. However, it wasn't until the late 18th century that scientists began to develop a mathematical basis for understanding the nature of electromagnetic interactions. In the 18th and 19th centuries, prominent scientists and mathematicians such as Coulomb, Gauss and Faraday developed namesake laws which helped to explain the formation and interaction of electromagnetic fields. This process culminated in the 1860s with the discovery of Maxwell's equations, a set of four partial differential equations which provide a complete description of classical electromagnetic fields. Besides providing a sound mathematical basis for the relationships between electricity and magnetism that scientists had been exploring for centuries, Maxwell's equations also predicted the existence of self-sustaining electromagnetic waves. Maxwell postulated that such waves make up of visible light, which was later shown to be true. In the modern era, scientists have continued to refine the theorem of electromagnetism to take into account the effects of modern physics, including quantum mechanics and relativity. Indeed, the theoretical implications of electromagnetism, particularly the establishment of the speed of light based on properties of the \"medium\" of propagation (permeability and permittivity), helped inspire Einstein's theory of special relativity in 1905. Meanwhile, the field of quantum electrodynamics (QED) has modified Maxwell's equations to be consistent with the quantized nature of matter. In QED, the electromagnetic field is expressed in terms of discrete particles known as photons, which are also the physical quanta of light. Today, there exist many problems in electromagnetism that remain unsolved, such as the existence of magnetic monopoles and the mechanism by which some organisms can sense electric and magnetic fields."@en , "Is \u00E9ard is leictreamaighn\u00E9adas ann n\u00E1 ceann de na ceithre idirghn\u00EDomha\u00EDochta\u00ED bun\u00FAsacha sa n\u00E1d\u00FAr, chomh maith leis an tIdirghn\u00EDomh\u00FA l\u00E1idir, an tIdirghn\u00EDomh\u00FA lag agus an imtharraingt. F\u00F3rsa \u00E9 a bh\u00EDonn freagrach as an idirghn\u00EDomha\u00EDocht idir c\u00E1ithn\u00EDn\u00ED at\u00E1 luchtaithe go deimhneach; tugtar ar na hachair seo ina dtarla\u00EDonn a leith\u00E9id. Ceann de na 4 f\u00F3rsa\u00ED b\u00FAnusacha idir ch\u00E1ithn\u00EDn\u00ED fo-adamhacha is ea an leictreamhaighn\u00E9adas. Is \u00E9 an f\u00F3rsa idir dh\u00E1 ch\u00E1ithn\u00EDn le lucht leictreach \u00E9. 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\u0648\u064A\u0633\u0628\u0628 \u0627\u0644\u0645\u062C\u0627\u0644 \u0627\u0644\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A \u0641\u064A \u0648\u062C\u0648\u062F \u062A\u0644\u0643 \u0627\u0644\u0642\u0648\u064A \u0627\u0644\u0645\u063A\u0646\u0627\u0637\u064A\u0633\u064A\u0629 \u0627\u0644\u0645\u0635\u0627\u062D\u0628\u0629 \u0644\u0644\u0645\u063A\u0646\u0627\u0637\u064A\u0633."@ar , "Elektrodynamika klasyczna \u2013 dzia\u0142 fizyki zajmuj\u0105cy si\u0119 w\u0142asno\u015Bciami i oddzia\u0142ywaniem obiekt\u00F3w na\u0142adowanych, z pomini\u0119ciem efekt\u00F3w kwantowych. Elektrodynamika klasyczna opisuje aspekty klasyczne jednego z czterech podstawowych oddzia\u0142ywa\u0144 przyrody \u2013 oddzia\u0142ywa\u0144 elektromagnetycznych. Podstawowymi poj\u0119ciami elektrodynamiki klasycznej s\u0105 pole elektryczne, pole magnetyczne, \u0142adunek elektryczny, oraz pr\u0105d elektryczny. Podstaw\u0119 teorii tworz\u0105 r\u00F3wnania Maxwella (James Clerk Maxwell) i zasada zachowania \u0142adunku. Z tych praw mo\u017Cna wyprowadzi\u0107 r\u00F3wnanie falowe, prawo Biota-Savarta i inne. Symetria r\u00F3wna\u0144 Maxwella opisana przez transformacje Lorentza oraz nieudane pr\u00F3by (eksperyment Michelsona-Morleya) wykrycia ruchu wzgl\u0119dem eteru (klasycznego no\u015Bnika fali elektromagnetycznej) doprowadzi\u0142y do zmiany koncepcji czasu i przestrzeni w szczeg\u00F3lnej teorii wzgl\u0119dno\u015Bci i wy\u0142onienie si\u0119 koncepcji czasoprzestrzeni Minkowskiego. Niemo\u017Cno\u015B\u0107 wyt\u0142umaczenia przez elektrodynamik\u0119 klasyczn\u0105 promieniowania cia\u0142a doskonale czarnego oraz zjawiska fotoelektrycznego doprowadzi\u0142a do powstania mechaniki kwantowej. Na\u0142adowan\u0105 elektrycznie materi\u0119 opisuje rozk\u0142ad \u0142adunku elektrycznego i p\u0142yn\u0105cy pr\u0105d elektryczny S\u0105 to \u017Ar\u00F3d\u0142a pola elektromagnetycznego lub Zwi\u0105zki mi\u0119dzy nimi opisuj\u0105 r\u00F3wnania Maxwella: Podstaw\u0105 elektrodynamiki s\u0105 r\u00F3wnania Maxwella. W pr\u00F3\u017Cni rozwi\u0105zaniem r\u00F3wna\u0144 Maxwella jest fala elektromagnetyczna. Rozwi\u0105zaniem tych r\u00F3wna\u0144 jest rozk\u0142ad pola elektrycznego i magnetycznego wywo\u0142any przez zewn\u0119trzny p\u0142yn\u0105cy pr\u0105d elektryczny i odpowiedni rozk\u0142ad \u0142adunku elektrycznego Pola te mo\u017Cna opisa\u0107 za pomoc\u0105 potencja\u0142u skalarnego i potencja\u0142u wektorowego Wielko\u015Bci te wyznaczaj\u0105 fizyczne pola w spos\u00F3b niejednoznaczny. Transformacja: gdzie jest dowolnym polem skalarnym, nazywana transformacj\u0105 cechowania nie zmienia warto\u015Bci p\u00F3l fizycznych i Zbi\u00F3r transformacji cechowa\u0144 tworzy lokaln\u0105 grup\u0119 cechowa\u0144 U(1). Lokalno\u015B\u0107 oznacza, \u017Ce element grupy jest dowoln\u0105 funkcj\u0105 punktu w czasoprzestrzeni Grupa cechowania U(1) jest symetri\u0105 elektrodynamiki. Na mocy twierdzenia Noether z symetrii tej wynika prawo zachowania \u0142adunku elektrycznego. Nast\u0119pn\u0105 konsekwencja tej symetrii jest bezmasowo\u015B\u0107 fotonu. Zerowa masa fotonu oznacza, \u017Ce pr\u0119dko\u015B\u0107 \u015Bwiat\u0142a w pr\u00F3\u017Cni jest fundamentaln\u0105 sta\u0142\u0105 przyrody c. Nast\u0119pn\u0105 konsekwencj\u0105 tej symetrii jest daleki zasi\u0119g oddzia\u0142ywania elektromagnetycznego (dla cz\u0105stki punktowej o \u0142adunku elementarnym e, \u03C6 ~ 1/r). Dzi\u0119ki temu mo\u017Cemy ogl\u0105da\u0107 odleg\u0142e galaktyki. Na cz\u0105stk\u0119 o \u0142adunku elektrycznym poruszaj\u0105c\u0105 si\u0119 w polu elektromagnetycznym dzia\u0142a si\u0142a zwana si\u0142\u0105 Lorentza opisuj\u0105c\u0105 oddzia\u0142ywanie \u0142adunku z polem elektrycznym i magnetycznym. Pole elektromagnetyczne niesie energi\u0119, p\u0119d i moment p\u0119du: gdzie: jest g\u0119sto\u015Bci\u0105 energii pola elektromagnetycznego, a jest g\u0119sto\u015Bci\u0105 p\u0119du pola elektromagnetycznego ( jest wektorem Poyntinga). G\u0119sto\u015B\u0107 momentu p\u0119du pola elektromagnetycznego to: Wzory te nie s\u0105 prawdziwe dla ma\u0142ych porcji pola elektromagnetycznego (efekt fotoelektryczny) co doprowadzi\u0142o do powstania mechaniki kwantowej. Pierwotnie elektryczno\u015B\u0107 i magnetyzm uwa\u017Cano za odr\u0119bne, niezwi\u0105zane z sob\u0105 zjawiska fizyczne. W 1820 roku Oersted odkry\u0142, \u017Ce pr\u0105d elektryczny mo\u017Ce wywo\u0142a\u0107 pojawienie si\u0119 pola magnetycznego, a w 1831 Faraday zauwa\u017Cy\u0142, \u017Ce poruszaj\u0105cy si\u0119 magnes wywo\u0142uje pr\u0105d elektryczny w przewodniku. Unifikacji elektryczno\u015Bci i magnetyzmu dokona\u0142 James Clerk Maxwell w 1856 roku. Konsekwencj\u0105 tej unifikacji by\u0142o przewidzenie przez Maxwella istnienia fal elektromagnetycznych, potwierdzonego do\u015Bwiadczalnie w roku 1888 przez Hertza. Te odkrycia pozwoli\u0142y po\u0142\u0105czy\u0107 teori\u0119 elektryczno\u015Bci, magnetyzmu i optyk\u0119 w jednolit\u0105 teori\u0119 elektrodynamiki. Kwantowa wersja elektrodynamiki \u2013 elektrodynamika kwantowa jest najbardziej dok\u0142adn\u0105 teori\u0105 fizyczn\u0105. Elektrodynamika jest podstaw\u0105 teoretyczn\u0105 wsp\u00F3\u0142czesnego post\u0119pu technicznego."@pl , "Elektromagnetisme (IPA: /\u025Bl\u025Bktromakn\u025Bt\u02C8\u026Asm\u0259/, bahasa Belanda: elektromagnetisme) adalah cabang ilmu fisika yang mempelajari hubungan antara medan listrik dan medan magnet di dalam rangkaian listrik yang menghasilkan gaya gerak listrik dan medan elektromagnetik. Konsep utama dalam elektromagnetisme adalah induksi elektromagnetik yang didasari oleh hukum induksi Faraday. Prinsip elektromagnetisme diterapkan pada sistem kerja transformator, induktor, motor listrik, generator listrik dan solenoid."@in , "Elektromagnetismem se rozum\u00ED soubor jev\u016F, ve kter\u00E9m se projevuje vz\u00E1jemn\u00E1 souvislost elekt\u0159iny a magnetismu. Elektromagnetismem se tak\u00E9 m\u016F\u017Ee myslet oblast fyziky, kter\u00E1 tyto jevy zkoum\u00E1, p\u0159\u00EDpadn\u011B p\u0159\u00EDmo teorie elektromagnetick\u00E9ho pole, kter\u00E1 elektromagnetick\u00E9 jevy vysv\u011Btluje. Z abstraktn\u011Bj\u0161\u00EDho pohledu podle standardn\u00EDho modelu je elektromagnetismus projevem jedn\u00E9 ze \u010Dty\u0159 z\u00E1kladn\u00EDch interakc\u00ED (elektromagnetick\u00E9 interakce). Dynamick\u00FDm p\u016Fsoben\u00EDm elektromagnetick\u00E9ho pole na pohyb nabit\u00FDch \u010D\u00E1stic se zab\u00FDv\u00E1 odv\u011Btv\u00ED fyziky ozna\u010Dovan\u00E9 n\u011Bkdy jako elektrodynamika."@cs , "\u96FB\u78C1\u6C17\u5B66\uFF08\u3067\u3093\u3058\u304D\u304C\u304F\u3001\uFF08\u82F1: electromagnetism\uFF09\u306F\u3001\u7269\u7406\u5B66\u306E\u5206\u91CE\u306E1\u3064\u3067\u3042\u308A\u3001\u57FA\u672C\u76F8\u4E92\u4F5C\u7528\u306E\u3072\u3068\u3064\u3067\u3042\u308B\u96FB\u78C1\u76F8\u4E92\u4F5C\u7528\u306B\u95A2\u3059\u308B\u73FE\u8C61\u3092\u6271\u3046\u5B66\u554F\u3067\u3042\u308B\u3002\u5DE5\u5B66\u5206\u91CE\u3067\u306F\u3001\u96FB\u6C17\u78C1\u6C17\u5B66\u3068\u547C\u3070\u308C\u308B\u3053\u3068\u3082\u3042\u308B\u3002\u96FB\u78C1\u6C17\u5B66\u306E\u57FA\u790E\u306F\u300119\u4E16\u7D00\u306B\u30B9\u30B3\u30C3\u30C8\u30E9\u30F3\u30C9\u306E\u79D1\u5B66\u8005\u30B8\u30A7\u30FC\u30E0\u30BA\u30FB\u30AF\u30E9\u30FC\u30AF\u30FB\u30DE\u30AF\u30B9\u30A6\u30A7\u30EB\u304C\u5C0E\u304D\u51FA\u3057\u305F\u3001\u30DE\u30AF\u30B9\u30A6\u30A7\u30EB\u306E\u65B9\u7A0B\u5F0F\u306B\u3088\u3063\u3066\u5B9A\u5F0F\u5316\u3055\u308C\u305F\u3002\u30DE\u30AF\u30B9\u30A6\u30A7\u30EB\u306E\u65B9\u7A0B\u5F0F\u306F\u3001\u300C\u7269\u7406\u5B66\u306B\u304A\u3051\u308B2\u756A\u76EE\u306E\u5927\u304D\u306A\u7D71\u4E00\u300D\u3068\u547C\u3070\u308C\u308B\u3002\u672C\u7A3F\u3067\u306F\u5B66\u554F\u3068\u3057\u3066\u306E\u96FB\u78C1\u6C17\u5B66\u5168\u822C\u306B\u3064\u3044\u3066\u8FF0\u3079\u308B\u306B\u3068\u3069\u3081\u3001\u3088\u308A\u8A73\u7D30\u306A\u7406\u8AD6\u306B\u3064\u3044\u3066\u306F\u53E4\u5178\u96FB\u78C1\u6C17\u5B66\u3001\u6B74\u53F2\u306B\u3064\u3044\u3066\u306F\u96FB\u78C1\u6C17\u5B66\u306E\u5E74\u8868\u306B\u8B72\u308B\u3002"@ja , "L'electromagnetisme \u00E9s la part de la f\u00EDsica que estudia els camps electromagn\u00E8tics, uns camps que exerceixen una for\u00E7a sobre les part\u00EDcules amb c\u00E0rrega el\u00E8ctrica alhora que s\u00F3n afectats per la pres\u00E8ncia i el moviment d'aquestes part\u00EDcules. El camp magn\u00E8tic es produeix pel moviment de les c\u00E0rregues el\u00E8ctriques, com per exemple en el cas del corrent el\u00E8ctric. El camp magn\u00E8tic produeix una for\u00E7a magn\u00E8tica del mateix tipus que la dels imants. Un camp magn\u00E8tic canviant produeix un camp el\u00E8ctric, es tracta del fenomen de la inducci\u00F3 electromagn\u00E8tica que s'utilitza en el funcionament dels generadors el\u00E8ctrics, els motors el\u00E8ctrics i els transformadors. De manera similar, un camp el\u00E8ctric canviant genera un camp magn\u00E8tic. Com a conseq\u00FC\u00E8ncia d'aquesta interdepend\u00E8ncia entre els camps el\u00E8ctrics i magn\u00E8tics, t\u00E9 sentit considerar tots dos com una \u00FAnica entitat, el camp electromagn\u00E8tic. Aquesta unificaci\u00F3 va ser desenvolupada per diferents f\u00EDsics en el curs del segle xix i va culminar amb els treballs de James Clerk Maxwell que va unificar els treballs anteriors en una sola teoria. M\u00E9s tard Oliver Heaviside va simplificar i reformular les equacions de Maxwell en la forma en qu\u00E8 les coneixem avui. Maxwell va descobrir la natura electromagn\u00E8tica de la llum i, com a conseq\u00FC\u00E8ncia, avui es considera que la llum \u00E9s una alteraci\u00F3 oscil\u00B7lat\u00F2ria que es propaga en el camp electromagn\u00E8tic, com una ona electromagn\u00E8tica. Les diferents freq\u00FC\u00E8ncies de l'oscil\u00B7laci\u00F3 originen les diferents formes de radiaci\u00F3 electromagn\u00E8tica de l'espectre electromagn\u00E8tic, des de les ones de r\u00E0dio a baixes freq\u00FC\u00E8ncies als raigs gamma a les m\u00E9s altes freq\u00FC\u00E8ncies, passant per la llum visible a freq\u00FC\u00E8ncies mitjanes. Les implicacions te\u00F2riques de l'electromagnetisme van portar a Albert Einstein a desenvolupar la relativitat especial el 1905. El descobriment de la mec\u00E0nica qu\u00E0ntica oblig\u00E0 a formular una teoria qu\u00E0ntica de l'electromagnetisme, completada a la d\u00E8cada del 1940 i coneguda com a electrodin\u00E0mica qu\u00E0ntica."@ca , "Elektromagnetismo estas tiu parto de fiziko, kiu okupi\u011Das pri la elektra kaj magneta kampoj kaj \u011Diaj efikoj al \u015Dargaj partikloj. La lorenca forto estas la elektromagneta forto, kiu interagas inter du elektraj \u015Dargaj partikloj. La \u011Deneralaj ekvacioj, kiuj regas elektromagnetismon estas la ekvacioj de Maxwell, en kiuj aperas la lumrapido en vakuo:"@eo , "\uC804\uC790\uAE30\uD559(\u96FB\u78C1\u6C23\u5B78, \uC601\uC5B4: Electromagnetism)\uC740 \uC804\uAE30\uC640 \uC790\uAE30 \uD604\uC0C1\uC744 \uD0D0\uAD6C\uD558\uB294 \uD559\uBB38\uC774\uB2E4. \uC804\uAE30\uC640 \uC790\uAE30\uB294 \uC804\uC790\uAE30\uC7A5\uC744 \uC774\uB8EC\uB2E4. \uC790\uAE30 \uD604\uC0C1\uC740 \uC774\uBBF8 \uAE30\uC6D0\uC804 2000\uB144 \uBB34\uB835 \uC911\uAD6D \uBB38\uD5CC\uC5D0 \uB4F1\uC7A5\uD558\uBA70, \uC804\uAE30 \uC5ED\uC2DC \uAE30\uC6D0\uC804 700\uB144 \uBB34\uB835 \uACE0\uB300 \uADF8\uB9AC\uC2A4 \uC138\uACC4\uC5D0 \uC54C\uB824\uC838 \uC788\uC5C8\uB2E4. \uADF8\uB7EC\uB098, \uC804\uAE30\uC640 \uC790\uAE30\uAC00 \uC804\uC790\uAE30\uB825\uC774\uB77C\uB294 \uB3D9\uC77C\uD55C \uAE30\uBCF8 \uC0C1\uD638\uC791\uC6A9\uC5D0 \uC758\uD55C \uD604\uC0C1\uC774\uB77C\uB294 \uC810\uC740 19\uC138\uAE30\uC5D0 \uC640\uC11C\uC57C \uBC1D\uD600\uC84C\uB2E4.:533"@ko , "\u0415\u043B\u0435\u043A\u0442\u0440\u043E\u043C\u0430\u0433\u043D\u0435\u0442\u0438\u0437\u043C \u2014 \u0444\u0456\u0437\u0438\u0447\u043D\u0430 \u0442\u0435\u043E\u0440\u0456\u044F \u0432\u0437\u0430\u0454\u043C\u043E\u0437\u0432'\u044F\u0437\u043A\u0443 \u043C\u0456\u0436 \u0431\u0456\u043B\u044C\u0448\u0456\u0441\u0442\u044E \u0435\u043B\u0435\u043A\u0442\u0440\u0438\u0447\u043D\u0438\u0445 \u0442\u0430 \u043C\u0430\u0433\u043D\u0456\u0442\u043D\u0438\u0445 \u044F\u0432\u0438\u0449, \u0449\u043E \u0441\u043A\u043B\u0430\u043B\u0430\u0441\u044F \u0432 \u043F\u0435\u0440\u0448\u0456\u0439 \u043F\u043E\u043B\u043E\u0432\u0438\u043D\u0456 XIX \u0441\u0442\u043E\u043B\u0456\u0442\u0442\u044F \u0437\u0430\u0432\u0434\u044F\u043A\u0438 \u043F\u0440\u043E\u0432\u0435\u0434\u0435\u043D\u043D\u044E \u043D\u0438\u0437\u043A\u0438 \u0444\u0456\u0437\u0438\u0447\u043D\u0438\u0445 \u0435\u043A\u0441\u043F\u0435\u0440\u0438\u043C\u0435\u043D\u0442\u0456\u0432 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\u0441\u0442\u0440\u0443\u043C. \u0417\u0430 \u0437\u0430\u043A\u043E\u043D\u043E\u043C \u0424\u0430\u0440\u0430\u0434\u0435\u044F, \u043C\u0430\u0433\u043D\u0456\u0442\u043D\u0456 \u043F\u043E\u043B\u044F \u043F\u043E\u0432'\u044F\u0437\u0430\u043D\u043E \u0437 \u0435\u043B\u0435\u043A\u0442\u0440\u043E\u043C\u0430\u0433\u043D\u0456\u0442\u043D\u043E\u044E \u0456\u043D\u0434\u0443\u043A\u0446\u0456\u0454\u044E \u0456 \u043C\u0430\u0433\u043D\u0435\u0442\u0438\u0437\u043C\u043E\u043C, \u0430 \u0440\u0456\u0432\u043D\u044F\u043D\u043D\u044F \u041C\u0430\u043A\u0441\u0432\u0435\u043B\u043B\u0430 \u043F\u043E\u043A\u0430\u0437\u0443\u044E\u0442\u044C, \u044F\u043A \u0435\u043B\u0435\u043A\u0442\u0440\u0438\u0447\u043D\u0456 \u0456 \u043C\u0430\u0433\u043D\u0456\u0442\u043D\u0456 \u043F\u043E\u043B\u044F \u0432\u0438\u0440\u043E\u0431\u043B\u044F\u044E\u0442\u044C\u0441\u044F \u0456 \u0437\u043C\u0456\u043D\u044E\u044E\u0442\u044C\u0441\u044F \u043E\u0434\u043D\u0435 \u0437 \u043E\u0434\u043D\u0438\u043C, \u0430 \u0442\u0430\u043A\u043E\u0436 \u0437\u0430\u0440\u044F\u0434\u0430\u043C\u0438 \u0456 \u0441\u0442\u0440\u0443\u043C\u0430\u043C\u0438. \u0422\u0435\u043E\u0440\u0435\u0442\u0438\u0447\u043D\u0456 \u043D\u0430\u0441\u043B\u0456\u0434\u043A\u0438 \u0435\u043B\u0435\u043A\u0442\u0440\u043E\u043C\u0430\u0433\u043D\u0435\u0442\u0438\u0437\u043C\u0443, \u0437\u043E\u043A\u0440\u0435\u043C\u0430 \u0432\u0441\u0442\u0430\u043D\u043E\u0432\u043B\u0435\u043D\u043D\u044F \u0448\u0432\u0438\u0434\u043A\u043E\u0441\u0442\u0456 \u0441\u0432\u0456\u0442\u043B\u0430 \u043D\u0430 \u043E\u0441\u043D\u043E\u0432\u0456 \u0432\u043B\u0430\u0441\u0442\u0438\u0432\u043E\u0441\u0442\u0435\u0439 \u00AB\u0441\u0435\u0440\u0435\u0434\u043E\u0432\u0438\u0449\u0430\u00BB \u043F\u043E\u0448\u0438\u0440\u0435\u043D\u043D\u044F (\u043F\u0440\u043E\u043D\u0438\u043A\u043D\u043E\u0441\u0442\u0456 \u0456 \u0434\u0456\u0435\u043B\u0435\u043A\u0442\u0440\u0438\u0447\u043D\u043E\u0457 \u043F\u0440\u043E\u043D\u0438\u043A\u043D\u043E\u0441\u0442\u0456), \u043F\u0440\u0438\u0432\u0435\u043B\u0438 \u0434\u043E \u0441\u0442\u0432\u043E\u0440\u0435\u043D\u043D\u044F \u0441\u043F\u0435\u0446\u0456\u0430\u043B\u044C\u043D\u043E\u0457 \u0442\u0435\u043E\u0440\u0456\u0457 \u0432\u0456\u0434\u043D\u043E\u0441\u043D\u043E\u0441\u0442\u0456 \u0410\u043B\u044C\u0431\u0435\u0440\u0442\u043E\u043C \u0415\u0439\u043D\u0448\u0442\u0435\u0439\u043D\u043E\u043C 1905 \u0440\u043E\u043A\u0443."@uk , "Elektromagnetism \u00E4r den del av fysiken som f\u00F6renar elektriska och magnetiska fenomen. De elektromagnetiska krafterna f\u00F6rmedlas av fotoner och v\u00E4xelverkar med alla partiklar som har laddning. Den elektromagnetiska kraften ger upphov till de flesta vardagliga fenomen, s\u00E5som induktion, friktion, normalkraft (den kraft som hindrar f\u00F6rem\u00E5l fr\u00E5n att flyta in i varandra), kemiska reaktioner och s\u00E5 vidare."@sv , "Eletromagnetismo (AO 1945: electromagnetismo) \u00E9 o ramo da f\u00EDsica que estuda unificadamente os fen\u00F4menos da eletricidade e do magnetismo. Esta teoria baseia-se no conceito de campo eletromagn\u00E9tico, a intera\u00E7\u00E3o conjunta entre os campos el\u00E9trico e magn\u00E9tico. Tal intera\u00E7\u00E3o \u00E9 regida pelas quatro equa\u00E7\u00F5es de Maxwell. O campo magn\u00E9tico \u00E9 resultado do movimento de cargas el\u00E9tricas, ou seja, \u00E9 resultado de corrente el\u00E9trica. O campo magn\u00E9tico pode resultar em uma for\u00E7a eletromagn\u00E9tica quando associada a \u00EDm\u00E3s. A varia\u00E7\u00E3o do fluxo magn\u00E9tico resulta em um campo el\u00E9trico (fen\u00F4meno conhecido por indu\u00E7\u00E3o eletromagn\u00E9tica, mecanismo utilizado em geradores el\u00E9tricos, motores e transformadores de tens\u00E3o). De maneira semelhante, a varia\u00E7\u00E3o de um campo el\u00E9trico gera um campo magn\u00E9tico. Devido a essa interdepend\u00EAncia entre campo el\u00E9trico e campo magn\u00E9tico, faz sentido falar em uma \u00FAnica entidade chamada campo eletromagn\u00E9tico. A teoria eletromagn\u00E9tica \u00E9 essencial para o funcionamento de eletrodom\u00E9sticos como computadores, receptores de televis\u00E3o, aparelhos de r\u00E1dio e l\u00E2mpadas. Al\u00E9m disso, \u00E9 respons\u00E1vel por fen\u00F4menos naturais como o rel\u00E2mpago, as auroras polares e o arco-\u00EDris. Cosmologicamente, a for\u00E7a eletromagn\u00E9tica permite a coes\u00E3o de \u00E1tomos e mol\u00E9culas que comp\u00F5em a mat\u00E9ria do Universo, permitindo, por consequ\u00EAncia, a complexidade advinda da qu\u00EDmica e, no planeta Terra, da biologia."@pt , "L'\u00E9lectromagn\u00E9tisme, aussi appel\u00E9 interaction \u00E9lectromagn\u00E9tique, est la branche de la physique qui \u00E9tudie les interactions entre particules charg\u00E9es \u00E9lectriquement, qu'elles soient au repos ou en mouvement, et plus g\u00E9n\u00E9ralement les effets de l'\u00E9lectricit\u00E9, en utilisant la notion de champ \u00E9lectromagn\u00E9tique. Il est d'ailleurs possible de d\u00E9finir l'\u00E9lectromagn\u00E9tisme comme l'\u00E9tude du champ \u00E9lectromagn\u00E9tique et de son interaction avec les particules charg\u00E9es. Le terme d'\u00E9lectromagn\u00E9tisme fait r\u00E9f\u00E9rence au fait que les ph\u00E9nom\u00E8nes \u00E9lectriques et magn\u00E9tiques ont \u00E9t\u00E9 vus comme ind\u00E9pendants jusqu'en 1860, quand Maxwell a montr\u00E9 qu'ils n'\u00E9taient que deux aspects d'un m\u00EAme ensemble de ph\u00E9nom\u00E8nes. L'\u00E9lectromagn\u00E9tisme est, avec la m\u00E9canique, une des grandes branches de la physique dont le domaine d'application est consid\u00E9rable. L'\u00E9lectromagn\u00E9tisme permet de comprendre l'existence des ondes \u00E9lectromagn\u00E9tiques, c'est-\u00E0-dire aussi bien les ondes radio que la lumi\u00E8re, ou encore les micro-ondes et le rayonnement gamma. Ainsi, dans son article de 1864, \u00AB A Dynamical Theory of the Electromagnetic Field \u00BB, Maxwell \u00E9crit : \u00AB L'accord des r\u00E9sultats semble montrer que la lumi\u00E8re et le magn\u00E9tisme sont deux ph\u00E9nom\u00E8nes de m\u00EAme nature et que la lumi\u00E8re est une perturbation \u00E9lectromagn\u00E9tique se propageant dans l'espace suivant les lois de l'\u00E9lectromagn\u00E9tisme \u00BB. De ce point de vue, l'optique tout enti\u00E8re peut \u00EAtre vue comme une application de l'\u00E9lectromagn\u00E9tisme. L'interaction \u00E9lectromagn\u00E9tique, force forte, est \u00E9galement une des quatre interactions fondamentales ; elle permet de comprendre (avec la m\u00E9canique quantique) l'existence, la coh\u00E9sion et la stabilit\u00E9 des \u00E9difices chimiques tels que les atomes ou les mol\u00E9cules, des plus simples aux plus complexes. Du point de vue de la physique fondamentale, le d\u00E9veloppement th\u00E9orique de l'\u00E9lectromagn\u00E9tisme classique est \u00E0 la source de la th\u00E9orie de la relativit\u00E9 restreinte au d\u00E9but du XXe si\u00E8cle. La n\u00E9cessit\u00E9 de concilier th\u00E9orie \u00E9lectromagn\u00E9tique et m\u00E9canique quantique a conduit \u00E0 construire l'\u00E9lectrodynamique quantique, qui interpr\u00E8te l'interaction \u00E9lectromagn\u00E9tique comme un \u00E9change de particules appel\u00E9es photons. En physique des particules, l'interaction \u00E9lectromagn\u00E9tique et l'\u00AB interaction faible \u00BB sont unifi\u00E9es dans le cadre de la th\u00E9orie \u00E9lectrofaible."@fr ; dbo:wikiPageWikiLink , dbr:Electron , dbr:Albert_Einstein , dbr:Magnetism , , dbr:Electricity , dbr:Ohm , , dbr:Electrical_engineering , , dbr:Classical_mechanics , dbr:Centimetre_gram_second_system_of_units , , dbr:Quark , dbr:Farad , dbr:CGS , dbr:Atom , dbr:Ampere , dbr:Volt , dbr:Permittivity , dbr:Coulomb , dbr:One , dbr:Electric_charge , dbr:Electromagnetic_radiation , dbr:Electronics , dbr:Force , dbr:Compass , , , , , dbr:Romagnosi , , dbr:Watt , dbr:Standard_Model , , dbr:Particle_physics , dbr:One-to-one_correspondence , dbr:Mathematical_descriptions_of_the_electromagnetic_field , dbr:Classical_electromagnetism_and_special_relativity , dbc:Electromagnetism , dbr:Luminiferous_aether , dbr:Covariant_formulation_of_classical_electromagnetism , dbr:Atomic_nucleus , dbr:Hendrik_Lorentz , dbr:Electromagnet , , dbr:Chemical_bond , dbr:Physics , dbr:Special_relativity , dbr:Strong_interaction , dbr:Electromagnetic_scattering , dbr:Electromagnetic_induction , dbr:Frequency , dbr:Semiconductor_device , dbr:Electric_field , dbr:Nucleon , dbr:Lorentz_force , dbr:Intermolecular_force , , dbr:Radio_wave , dbr:Nonlinear_system , dbr:Geophysics , dbr:Speed_of_light , dbr:Magnetic_field , dbr:Weak_interaction , dbr:Gamma_ray , dbr:Chemistry , dbr:Gian_Domenico_Romagnosi , dbr:Relativistic_electromagnetism , dbr:Optics , , dbr:Gravity , dbr:Benjamin_Franklin , , dbr:James_Clerk_Maxwell , dbr:Quantum , dbr:Atomic_nuclei , dbr:Computational_electromagnetics , dbr:Photon , dbr:Heinrich_Hertz , dbr:Oscillation , dbr:Mathematical_physics , dbr:Classical_electromagnetism , , dbr:Michael_Faraday , dbr:Galilean_invariance , dbr:Magnetoquasistatic_field , dbr:Oliver_Heaviside , dbr:Radioactive_decay , dbr:Electrical_network , dbr:Gaussian_units , dbr:Aeromagnetic_survey , , dbr:Nature , , dbr:Physical_interaction , dbr:Fundamental_forces , dbr:Molecular_orbital , dbc:Fundamental_interactions , dbr:Magnetic_permeability , dbr:Fundamental_force , dbr:Pauli_exclusion_principle , dbr:Electroweak_interaction , dbr:Fundamental_interaction , dbr:Magnetostatics , dbr:History_of_special_relativity , dbc:Electrodynamics , dbr:Voltaic_pile , dbr:Electromagnetic_wave_equation , dbr:Magnetohydrodynamics , dbr:YouTube , , dbr:De_Magnete , dbr:Oersted , dbr:Gravitation , dbr:Electromagnetic_field , dbr:Double-slit_experiment , dbr:Friction , dbr:Molecule , dbr:Introduction_to_electromagnetism , dbr:Electromechanics , , dbr:A_Treatise_on_Electricity_and_Magnetism , , dbr:Free_space , dbr:Light . @prefix dbt: . dbr:Electromagnetism dbp:wikiPageUsesTemplate dbt:Vanchor , dbt:Refend , dbt:Refbegin , dbt:Cite_book , dbt:Reflist , dbt:Convert , dbt:Short_description , dbt:SI_electromagnetism_units , dbt:Seeintro , dbt:Electromagnetism , dbt:Pp-semi-indef , dbt:Redirect-synonym , dbt:Library_resources_box , dbt:Merge_from , dbt:Cite_web , dbt:Redirect , dbt:Div_col , dbt:Div_col_end , dbt:Magnetic_states , dbt:See_also , dbt:Wikiquote , dbt:Branches_of_physics , dbt:Fundamental_interactions , dbt:Main , dbt:Nbsp , dbt:Shy , dbt:Authority_control ; 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