{"pageTitles":{"ActivitiesPage":"Activities","ActivityContributionGuidelinesPage":"Activity Contribution Guidelines","AppsForSchoolsPage":"Aplikacje dla szkół","BrowsePanel":"Przeglądaj","ChangeEmailPage":"Zmień swój adres e-mail PhET","ChangePasswordPage":"Zmień swoje hasło do PhET","CreateActivityPage":"Contribute an Activity","EditActivityPage":"Edit an Activity","EditProfilePage":"Edytuj profil","EmailChangeConfirmedPage":"E-mail potwierdzony","ErrorPage":"PhET Website Error","ForgottenPasswordPage":"Resetuj hasło","IndexPage":"PhET: Bezpłatne symulacje z fizyki, chemii, biologii, nauk o ziemi i matematyki online","JoinLicensePage":"Join a PhET Studio License","LicensingPage":"Informacje o licencjonowaniu","LoginPage":"Zaloguj się","MyBookmarksPanel":"Moje zakładki","MyContributionsPanel":"Mój wkład","MyPhetStudioLicensePage":"My PhET Studio License","MyPresetsPanel":"My Presets","NotFoundPage":"Not Found","PaymentDetailsPage":"Payment Details","PhetSimulationsSuffixString":"PhET Simulations","PhetStudioPage":"PhET Studio","ProfessionalLearningPage":"Professional Learning with PhET","ResendEmailConfirmationPage":"Wyślij ponownie e-mail z potwierdzeniem","ResetPasswordPage":"Resetuj hasło","SimulationPage":"Symulacje","SimulationsBrowsePage":"Przeglądaj","SimulationsCustomizePage":"Customize","SimulationsFilterPage":"Filtr","SpinnerPage":"Loading","StandbyModeErrorPage":"Standby","TeachingWithPhetRoutes":"Teaching with PhET","TranslatedSimsPage":"Przetłumaczone","TranslationCreditsPage":"Tłumacze HTML5","VirtualWorkshopLandingPage":"Wirtualne warsztaty"},"notFoundSimulationName":null,"simulationMetadata":{"alignments":[],"categories":{"4":{"childrenIds":[5,6,7,8,9,10,11],"id":4,"name":"physics","parent":1,"simulationIds":[1,2,3,4,5,6,7,8,9,10,11,13,14,15,16,17,18,19,20,21,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,39,40,41,42,43,44,45,46,47,49,50,52,55,56,58,59,63,64,65,66,67,68,69,70,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,98,99,101,103,104,105,107,108,109,110,111,115,117,126,127,128,136,137,138,145,146,148,153,155,157,158,160,161,162,164,166,167,169,172,175,176,177,178,180,187,188,189,190,191,193,194,203,204,205,206,207,217,219,224,225,226,227,228,229,230,231,232,233,235,237,238,245,246,247,248,249,250,253,255,256,259,260,262,263,265,266,267,268,269,270,271,272,274,1276],"strings":[{"en":"Physics"},{"mn":"Физик"},{"ka":"ფიზიკა"},{"mr":"भौतिकशास्त्र"},{"ku":"فیزیا"},{"fi":"Fysiikka"},{"in":"Fisika"},{"et":"Füüsika"},{"be":"Фізіка"},{"nn":"Fysikk"},{"gl":"Física"},{"bs":"Fizika"},{"zh_CN":"物理"},{"pt":"Física"},{"ku_TR":"Fîzîk"},{"nl":"Fysica"},{"mk":"Физика"},{"de":"Physik"},{"el":"Φυσική"},{"nb":"Fysikk"},{"fa":"فیزیک"},{"zh_TW":"物理"},{"hu":"Fizika"},{"lt":"Fizika"},{"uk":"Фізика"},{"th":"ฟิสิกส์"},{"hr":"Fizika"},{"si":"භොතික විද්යාව"},{"ja":"物理"},{"az":"Fizika"},{"uz":"Fizika"},{"sk":"Fyzika"},{"fr":"Physique"},{"sr":"Физика"},{"gu":"ભૌતિકવિજ્ઞાન"},{"cs":"Fyzika"},{"ko":"물리학"},{"eu":"Fisika"},{"ro":"Fizică"},{"tr":"Fizik"},{"es":"Física"},{"pt_BR":"Física"},{"it":"Fisica"},{"da":"Fysik"},{"pl":"Fizyka"},{"vi":"Vật lý"},{"es_PE":"Física"},{"ar_SA":"الفيزياء"}]},"9":{"childrenIds":[],"id":9,"name":"quantum-phenomena","parent":4,"simulationIds":[4,5,6,10,11,21,24,28,33,34,39,40,41,42,47,49,58,74,79,80,84,187,227,245,271,272,1276],"strings":[{"en":"Quantum Phenomena"},{"mn":"Квант ойлголт"},{"ka":"კვანტური მოვლენები"},{"mr":"पुंजावाद ( क्वांटम )"},{"ku":"دیارده کانی کوانتۆمی"},{"fi":"Kvantti-ilmiöt"},{"in":"Fenomena Kuantum"},{"et":"Kvantnähtused"},{"be":"Квантавыя з'явы"},{"nn":"Kvantefenomen"},{"gl":"Fenómenos Cuánticos"},{"bs":"Kvantni fenomeni"},{"zh_CN":"量子现象"},{"pt":"Mecânica Quântica"},{"ku_TR":"Bûyerên Qûwantûm"},{"nl":"Kwantumverschijnselen"},{"mk":"Квантни феномени"},{"de":"Quantenmechanische Phänomene"},{"el":"Κβαντικά φαινόμενα"},{"nb":"Kvantefenomener"},{"fa":"پدیده های کوانتومی"},{"zh_TW":"量子現象"},{"hu":"Kvantumjelenségek"},{"lt":"Kvantiniai reiškiniai"},{"uk":"Квантові явища"},{"th":"ปรากฏการณ์ควอนตัม"},{"hr":"Kvantni fenomeni"},{"si":"ක්වොන්ටම සංසිද්ධිය"},{"ja":"量子現象"},{"az":"Kvant Fenomeni"},{"uz":"Kvant Hodisalari"},{"sk":"Kvantové javy"},{"fr":"Phénomène quantiques"},{"sr":"Квантни феномени"},{"gu":"ક્વોન્ટમ ફેનોમેના"},{"cs":"Kvantové jevy"},{"ko":"양자현상"},{"eu":"Fenomeno kuantikoak"},{"ro":"Fenomene cuantice"},{"tr":"Kuantum Olgusu"},{"es":"Fenómenos Cuánticos"},{"pt_BR":"Fenômenos Quânticos"},{"it":"Fenomeni quantici"},{"da":"Kvantum-fænomener"},{"pl":"Efekty Kwantowe"},{"vi":"Hiện tượng lượng tử"},{"es_PE":"Fenómenos Cuánticos"},{"ar_SA":"الظواهر الكمية"}]},"13":{"childrenIds":[19,20],"id":13,"name":"chemistry","parent":1,"simulationIds":[1,5,6,10,11,21,23,24,25,26,27,28,30,33,38,39,41,42,43,44,47,49,51,58,74,76,79,80,81,82,84,85,89,100,101,107,110,112,114,116,118,119,120,125,126,130,132,134,148,150,152,154,155,156,157,159,168,169,170,171,173,174,177,183,187,189,193,194,202,219,224,227,228,229,230,240,245,250,253,271,272,274,275,1276],"strings":[{"en":"Chemistry"},{"mn":"Хими"},{"ka":"ქიმია"},{"mr":"रसायनशास्त्र"},{"ku":"کیمیا"},{"fi":"Kemia"},{"in":"Kimia"},{"et":"Keemia"},{"be":"Хімія"},{"nn":"Kjemi"},{"gl":"Química"},{"bs":"Hemija"},{"zh_CN":"化学"},{"pt":"Química"},{"ku_TR":"Kîmya"},{"nl":"Chemie"},{"mk":"Хемија"},{"de":"Chemie"},{"el":"Χημεία"},{"nb":"Kjemi"},{"fa":"شیمی"},{"zh_TW":"化學"},{"hu":"Kémia"},{"lt":"Chemija"},{"uk":"Хімія"},{"th":"เคมี"},{"hr":"Kemija"},{"si":"රසායන විද්යාව"},{"ja":"化学"},{"az":"Kimya"},{"uz":"Kimyo"},{"sk":"Chémia"},{"fr":"Chimie"},{"sr":"Хемија"},{"gu":"રસાયણવિજ્ઞાન"},{"cs":"Chemie"},{"ko":"화학"},{"eu":"Kimika"},{"ro":"Chimie"},{"tr":"Kimya"},{"es":"Química"},{"pt_BR":"Química"},{"it":"Chimica"},{"da":"Kemi"},{"pl":"Chemia"},{"vi":"Hoá học"},{"es_PE":"Química"},{"ar_SA":"الكيمياء"}]},"20":{"childrenIds":[],"id":20,"name":"quantum","parent":13,"simulationIds":[5,6,10,21,24,28,33,39,41,42,49,58,74,80,227,245,271,272,274,1276],"strings":[{"en":"Quantum Chemistry"},{"mn":"Квант Хими"},{"ka":"Quantum ქიმია"},{"mr":"पुंज रसायनशास्त्र"},{"ku":"کیمیای کوانتۆمی"},{"fi":"Kvanttikemia"},{"in":"Kimia Kuantum"},{"et":"Kvantkeemia"},{"be":"Квантавая хімія"},{"nn":"Kvantekjemi"},{"gl":"Química Cuántica"},{"bs":"Kvantna hemija"},{"zh_CN":"量子化学"},{"pt":"Química Quântica"},{"ku_TR":"Kîmyaya Qûwantûm"},{"nl":"Kwantumchemie"},{"mk":"Квантна Хемија"},{"de":"Quantenchemie"},{"el":"Κβαντική χημεία"},{"nb":"Kvantekjemi"},{"fa":"شیمی کوانتومی"},{"zh_TW":"量子化學"},{"hu":"Kvantumkémia"},{"lt":"Kvantinė chemija"},{"uk":"Квантова хімія"},{"th":"ควอนตัมเคมี"},{"hr":"Kvantna kemija"},{"si":"ක්වොන්ටම් රසායන විද්යාව"},{"ja":"量子化学"},{"az":"Kvant Kimyası"},{"uz":"Kvant Kimyosi"},{"sk":"Kvantová chémia"},{"fr":"Chimie quantique"},{"sr":"Квантна хемија"},{"gu":"ક્વોન્ટમ રસાયણવિજ્ઞાન"},{"cs":"Kvantová chemie"},{"ko":"양자화학"},{"eu":"Kimika kuantikoa"},{"ro":"Chimie cuantică"},{"tr":"Kuantum Kimyası"},{"es":"Química Cuántica"},{"pt_BR":"Química Quântica"},{"it":"Chimica quantistica"},{"da":"Kvante-kemi"},{"pl":"Chemia Kwantowa"},{"vi":"Hoá lượng tử"},{"es_PE":"Química Cuántica"},{"ar_SA":"الكيمياء الكمية"}]},"25":{"childrenIds":[],"id":25,"name":"university","parent":21,"simulationIds":[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,55,56,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,88,89,91,98,99,100,101,102,103,104,105,108,109,110,111,112,114,115,116,117,118,119,120,127,128,130,132,134,136,137,138,143,144,145,146,151,152,153,154,155,156,157,158,159,160,161,162,164,165,166,167,168,169,170,172,173,174,175,176,177,178,180,181,182,183,184,187,188,189,190,191,193,200,202,203,204,205,206,207,208,217,219,224,225,227,228,229,233,234,235,237,238,240,244,245,246,247,248,249,250,253,256,259,260,262,263,264,265,266,267,268,269,271,272,274,275,1276],"strings":[{"en":"University"},{"mn":"Их сургууль"},{"ka":"უნივერსიტეტი"},{"mr":"विद्यापीठ पातळी"},{"ku":"زانستگا"},{"fi":"Yliopisto"},{"in":"Perguruan Tinggi"},{"et":"Ülikool"},{"be":"Універсітэт"},{"nn":"Høgskule/Universitet"},{"gl":"Universidade"},{"bs":"Fakultet (University)"},{"zh_CN":"大学"},{"pt":"Universidade"},{"ku_TR":"Zanîngeh"},{"nl":"Universiteit/Hogeschool"},{"mk":"Универзитет"},{"de":"Hochschule"},{"el":"Πανεπιστήμιο"},{"nb":"Høgskole/Universitet"},{"fa":"دانشگاهی"},{"zh_TW":"大學"},{"hu":"Egyetem"},{"lt":"Universitetas"},{"uk":"Університет"},{"th":"ระดับมหาวิทยาลัย"},{"hr":"Sveučilište"},{"si":"විශ්ව විද්යාලයය"},{"ja":"大学"},{"az":"Universitet"},{"uz":"Universitet"},{"sk":"Univerzita"},{"fr":"Université"},{"sr":"Факултет (University)"},{"gu":"યુનિવર્સિટી"},{"cs":"Univerzita"},{"ko":"대학교"},{"eu":"Unibertsitatea"},{"ro":"Universitar"},{"tr":"Üniversite"},{"es":"Universidad"},{"pt_BR":"Ensino Superior"},{"it":"Università"},{"da":"Universitet"},{"pl":"Studia"},{"vi":"Đại học"},{"es_PE":"Universidad"},{"ar_SA":"الجامعة"}]}},"keywords":{"52":{"id":52,"key":"keyword.quantumMechanics","strings":{"ar_SA":"ميكانيكا الكم","az":"Kvant Mexanikası","be":"Квантавая механіка","bs":"Kvantna mehanika","cs":"Kvantová mechanika","da":"Kvantummekanik","de":"Quantenmechanik","el":"Κβαντική μηχανική","en":"Quantum Mechanics","es":"Mecánica Cuántica","es_PE":"Mecánica Cuántica","eu":"Kuantu-mekanika","fa":"مکانیک کوانتومی","fi":"Kvanttimekaniikka","fr":"Mécanique quantique","gl":"Mecánica Cuántica","gu":"ક્વોન્ટમ મિકેનિક્સ","hr":"Kvantna mehanika","hu":"Kvantummechanika","in":"Mekanika Kuantum","it":"Meccanica quantistica","ja":"量子力学","ka":"კვანტური მექანიკა","ko":"양자역학","ku":"میکانیکی کوانتۆمی","ku_TR":"Mekanîka Qûwantûm","lt":"Kvantinė mechanika","mk":"Квантна механика","mn":"Квант Механик","mr":"क्वांटम यांत्रिकी","nb":"Kvantemekanikk","nl":"Quantummechanica","nn":"Kvantemekanikk","pl":"Mechanika kwantowa","pt":"Mecânica Quântica","pt_BR":"Mecânica Quântica","ro":"Mecanica cuantică","si":"ක්වොන්ටම් යාන්ත්ර විද්යාව","sk":"Kvantová mechanika","sr":"Квантна механика","th":"กลศาสตร์ควอนตัม","tr":"Kuantum Mekaniği","uk":"Квантова механіка","uz":"Kvant Mexanikasi","vi":"Cơ học lượng tử","zh_CN":"量子力学"}},"53":{"id":53,"key":"keyword.energyLevels","strings":{"ar_SA":"مستويات الطاقة","az":"Enerji səviyyələri","be":"Узроўні энергіі","bs":"Energijski nivoi","cs":"Energetické úrovně","da":"Energiniveauer","de":"Energieniveau","el":"Ενεργειακά Επίπεδα","en":"Energy Levels","es":"Niveles de Energía","es_PE":"Niveles de Energía","eu":"Energia mailak","fa":"ترازهای انرژی","fi":"Energiatasot","fr":"Niveaux d'énergie","gl":"Niveis de Enerxía","gu":"એનર્જી લેવલ્સ","hr":"Energetski nivoi","hu":"Energiaszintek","in":"Tingkat Energi","it":"Livelli energetici","ja":"エネルギー準位","ka":"ენერგეტიკული დონე","ko":"에너지 준위","ku":"ئاستهکانی وزه","ku_TR":"Astên Wize","lt":"Energijos lygiai","mk":"Енергетски нивоа","mn":"Энергийн түвшин","mr":"ऊर्जा स्तर","nb":"Energinivåer","nl":"Energieniveaus","nn":"Energinivå","pl":"Poziomy energetyczne","pt":"Níveis de Energia","pt_BR":"Níveis de Energia","ro":"Nivele energetice","si":"ශක්ති මට්ටම්","sk":"Energetické hladiny","sr":"Енергијски нивои","th":"ระดับพลังงาน","tr":"Enerji Seviyeleri","uk":"Енергетичні рівні","uz":"Energiya Darajalari","vi":"Các mức năng lượng","zh_CN":"能级"}},"54":{"id":54,"key":"keyword.probabilityDensity","strings":{"ar_SA":"الكثافة الاحتمالية","az":"Ehtimal sıxlığı","be":"Шчыльнасць верагоднасці","bs":"Gustina vjerovatnoće","cs":"Hustota pravděpododbnosti","da":"Sandsynlighedstæthed","de":"Wahrscheinlichkeitsdichte","el":"Πυκνότητα πιθανότητας","en":"Probability Density","es":"Densidad de Probabilidad","es_PE":"Densidad de Probabilidad","eu":"Probabilite-dentsitatea","fa":"چگالی","fi":"Todennäköisyystiheys","fr":"Densité de probabilité","gl":"Densidade de Probabilidade","gu":"પ્રોબેબીલીટી ઘનતા","hr":"Gustoća vjerojatnosti","hu":"Valószínűség-sűrűség","in":"Probability Density","it":"Densità di probabilità","ja":"確率密度","ka":"ალბათობის სიმკვრივე","ko":"확률밀도","ku":"پڕی وێچوویی","lt":"Tikimybių tankis","mk":"Густината на веројатност","mn":"Магадлалын Нягт","mr":"संभाव्यता घनता","nb":"Sannsynlighetstettheten","nl":"Waarschijnlijkheidsdichtheid","nn":"Sannsynstettleiken","pl":"Gęstość prawdopodobieństwa","pt":"Densidade de Probabidade","pt_BR":"Função Densidade","ro":"Densitate de probabiitate","si":"සම්භාවිතා ඝනත්වය","sk":"Hustota pravdepodobnosti","sr":"Густина вероватноће","th":"ความหนาแน่นของความน่าจะเป็น","tr":"Olasılık Yoğunluğu","uk":"Щільність розподілу ймовірності","uz":"Ehtimolik Zichligi","vi":"Mật độ xác suất","zh_CN":"概率密度"}},"55":{"id":55,"key":"keyword.waveFunction","strings":{"ar_SA":"الدالة الموجية","az":"Dalğa funksiyası","be":"Хвалевая функцыя","bs":"Talasna funkcija","cs":"Vlnová funkce","da":"Bølgefunktion","de":"Wellenfunktion","el":"Κυματοσυνάρτηση","en":"Wave Function","es":"Función de Onda","es_PE":"Función de Onda","eu":"Uhin-funtzioa","fa":"تابع موج","fi":"Aaltofunktio","fr":"Fonction d'onde","gl":"Función de Onda","gu":"વેવ ફંક્શન","hr":"Valna funkcija","hu":"Hullámfüggvény","in":"Fungsi Gelombang","it":"Funzione d'onda","ja":"波動関数","ka":"ტალღური ფუნქცია","ko":"파동함수","ku":"شۆنگری شهپۆل","lt":"Bangos funkcija","mk":"Бранова функција","mn":"Долгионы Функц","mr":"तरंग कार्य","nb":"Bølgefunksjon","nl":"Golffunctie","nn":"Bølgjefunksjon","pl":"Funkcja falowa","pt":"Função de Onda","pt_BR":"Função Onda","ro":"Funcția de undă","si":"තරංග ශ්රිතය","sk":"Vlnová funkcia","sr":"Таласна функција","th":"ฟังก์ชันคลื่น","tr":"Dalga Fonksiyonu","uk":"Хвильова функція","uz":"To‘lqin Funksiyasi","vi":"Hàm sóng","zh_CN":"波动函数"}},"58":{"id":58,"key":"keyword.potentialWells","strings":{"ar_SA":"آبار الجاذبية","az":"Potensial quyular","be":"Патэнцыяльная яма","bs":"Potencijalna jama","da":"Potentielle wells","de":"Potenzialmulden","el":"Πηγάδια Δυναμικού","en":"Potential Wells","es":"Pozos de Potencial","es_PE":"Pozos de Potencial","eu":"Putzu potentzialak","fa":"دیوار های پتانسیل","fi":"Potentiaalikuopat","fr":"Puits de potentiel","gl":"Pozos de Potencial","gu":"પોટેન્શિયલ વેલ્સ","hr":"Potencijalni bunar","hu":"Potenciálgödör","in":"Sumur Potensial","it":"Buca di potenziale","ja":"ポテンシャル井戸","ka":"პოტენციალური ორმო","ko":"퍼텐셜 우물","ku":"چاڵهکانی شاراوه","ku_TR":"Bîrên Şiyanî","lt":"Potential Wells","mk":"Потенцијални извори","mn":"Потенциал Нүх","mr":"स्थितीज कुप Potential Wells","nb":"Potensialbrønner","nl":"Potentiaalputten","nn":"Potensialbrønnar","pl":"Studnie potencjału","pt":"Poços de Potencial","pt_BR":"Poço de Potencial","ro":"Groapă de potențial","si":"විභව කූප","sr":"Потенцијала јама","th":"บ่อศักย์","tr":"Potansiyel Kuyuları","uk":"Потенційна яма","uz":"Potensial Quduqlar","vi":"Giếng thế","zh_CN":"位阱"}},"102":{"id":102,"key":"keyword.superposition","strings":{"ar_SA":"تراكب","az":"Superpozisiya","be":"Суперпазіцыя","bs":"Superpozicija","cs":"Skládání","da":"Superposition","de":"Überlagerung","el":"Επαλληλία","en":"Superposition","es":"Superposición","es_PE":"Superposición","eu":"Gainjartzea","fa":"برهم نهی","fi":"Superpositio","fr":"Superposition","gl":"Superposición","gu":"સુપરપોઝિશન","hr":"Superpozicija","hu":"Superpozíció","in":"Superposisi","it":"Sovrapposizione","ja":"重ね合わせ","ka":"სუპერპოზიცია","ko":"중첩","ku":"لهسهردانان","lt":"Superpozicija","mk":"Сложување","mn":"Суперпозиц","mr":"अध्यारोपण","nb":"Superposisjon","nl":"Superpositie","nn":"Superposisjon","pl":"Superpozycja","pt":"Sobreposição","pt_BR":"Sobreposição","ro":"Superpoziție","si":"අධිස්ථාපනය","sk":"Superpozícia","sr":"Суперпозиција","th":"การทับซ้อน","tr":"Süperpozisyon","uk":"Суперпозиція","uz":"Superpozitsiya","vi":"Superposition","zh_CN":"叠加"}},"111":{"id":111,"key":"keyword.potentialEnergy","strings":{"ar_SA":"الطاقة الكامنة","az":"Potensial enerji","be":"Патэнцыяльная энергія","bs":"Potencijalna energija","cs":"Potenciální energie","da":"Potentiel energi","de":"Potentielle Energie","el":"Δυναμική ενέργεια","en":"Potential Energy","es":"Energía Potencial","es_PE":"Energía Potencial","eu":"Energia potentziala","fa":"انرژی پتانسیل","fi":"Potentiaalienergia","fr":"Energie potentielle","gl":"Enerxía de Potencial","gu":"પોટેન્શિયલ એનર્જી","hr":"Potencijalna energija","hu":"Potenciális energia","in":"Energi Potensial","it":"Energia potenziale","ja":"ポテンシャルエネルギー","ka":"პოტენციური ენერგია","ko":"퍼텐셜 에너지","ku":"وزهی شاراوه","ku_TR":"Wizeya Mit","lt":"Potencinė energija","mk":"Потенцијална енергија","mn":"Потенциал Энерги","mr":"स्थितिज ऊर्जा","nb":"Potensiell energi","nl":"Potentiële energie","nn":"Potensiell energi","pl":"Energia potencjalna","pt":"Energia Potencial","pt_BR":"Energia Potencial","ro":"Energie potențială","si":"විභව ශක්තිය","sk":"Potenciálna energia","sr":"Потенцијална енергија","th":"พลังงานศักย์","tr":"Potansiyel Enerji","uk":"Потенційна енергія","uz":"Potensial Energiya","vi":"Thế năng","zh_CN":"势能"}},"142":{"id":142,"key":"keyword.uncertaintyPrinciple","strings":{"ar_SA":"مبدأ الريبة أو عدم التأكد","az":"Qeyri-müəyyənlik prinsipi","be":"Прынцып нявызначанасці","bs":"Princip neodređenosti","cs":"Princip neurčitosti","da":"Usikerhedsprincip","de":"Unschärferelation","el":"Αρχή της Αβεβαιότητας","en":"Uncertainty Principle","es":"Principio de incertidumbre","es_PE":"Principio de incertidumbre","eu":"Ziurgabetasunaren printzipioa","fa":"اصل عدم قطعیت","fi":"Epätarkkuusperiaate","fr":"Principe d'incertitude","gl":"Principio de Incerteza","gu":"અનિશ્ચિતતા સિદ્ધાંત","hr":"Princip neodređenosti","hu":"Határozatlansági elv","in":"Prinsip Ketidak-pastian","it":"Principio di incertezza","ja":"不確定性原理","ka":"განუსაზღვრელობის პრინციპი","ko":"불확정성 원리","ku":"بنهمای نادڵنیایی","lt":"Neapibrėžtumo principas","mk":"Принцип на несигурност","mn":"Тодорхой бусын Зарчим","mr":"अनिश्चितता तत्व","nb":"Usikkerhetsprinsippet","nl":"Onzekerheidsprincipe","nn":"Uskarpleiksrelasjonen","pl":"Zasada nieoznaczoności","pt":"Princípio da Incerteza","pt_BR":"Princípio da Incerteza","ro":"Principiul Incertitudinii","si":"අවිනිශ්චිතතා මූලධර්මය","sr":"Принцип неодређености","th":"หลักความไม่แน่นอน","tr":"Belirsizlik İlkesi","uk":"Принцип невизначеності","uz":"Noaniqlik Prinsipi","vi":"Nguyên lý bất định","zh_CN":"不确定性原理"}},"177":{"id":177,"key":"keyword.hydrogenAtom","strings":{"ar_SA":"ذرة الهيدروجين","az":"Hidrogen atomu","be":"Атам вадароду","bs":"Atom vodonika","cs":"Atom vodíku","da":"Brintatom","de":"Wasserstoffatom","el":"Άτομο υδρογόνου","en":"Hydrogen Atom","es":"Átomo de Hidrógeno","es_PE":"Átomo de Hidrógeno","eu":"Hidrogeno-atomoa","fa":"اتم هیدروژن","fi":"Vetyatomi","fr":"Atome d'hydrogène","gl":"Atomo de Hidróxeno","gu":"હાઇડ્રોજન અણુ","hr":"Vodikov atom","hu":"Hidrogénatom","in":"Atom Hidrogen","it":"Atomo di Idrogeno","ja":"水素原子","ka":"წყალბადის ატომი","ko":"수소 원자","ku":"ئهتومی هیدرۆژێن","ku_TR":"Gerdîleya Hîdrojen","lt":"Vandenilio Atomas","mk":"Водороден атом","mn":"Устөрөгчийн Атом","mr":"हायड्रोजन अणू","nb":"Hydrogenatom","nl":"Waterstofatoom","nn":"Hydrogenatom","pl":"Atom wodoru","pt":"Átomo de Hidrogénio","pt_BR":"Átomo de Hidrogênio","ro":"Atomul de hidrogen","si":"හයිඩ්රජන් පරමාණුව","sk":"Atóm vodíka","sr":"Атом водоника","th":"อะตอมไฮโดรเจน","tr":"Hidrojen Atomu","uk":"Атом водню","uz":"Vodorod Atomi","vi":"Nguyên tử Hydrogen","zh_CN":"氢原子","zh_TW":"氫原子"}},"195":{"id":195,"key":"keyword.simpleHarmonicOscillator","strings":{"ar_SA":"هزاز توافقي بسيط","az":"Sadə harmonik osilator","be":"Просты гарманічны асцылятар","bs":"Linearni harmonijski oscilator","cs":"Jednoduchý harmonický oscilátor","da":"Simpel harmonisk oscillator","de":"einfacher harmonischer Oszillator","el":"Απλός αρμονικός ταλαντωτής","en":"Simple Harmonic Oscillator","es":"Simple armónico Oscillator","es_PE":"Simple armónico Oscillator","eu":"Oszilatzaile sinple harmonikoa","fa":"نواسان گر هماهنگ ساده","fi":"Yksinkertainen harmoninen värähtelijä","fr":"Oscillateur harmonique simple","gl":"Oscilador Harmónico Simple","gu":"સરળ હાર્મોનિક ઓસિલેટર","hr":"Jednostavni harmonički oscilator","hu":"Egyszerű harmonikus oszcillátor","in":"Osilator Harmonik Sederhana","it":"Oscillatore armonico semplice","ja":"単調和振動子","ka":"მარტივი ჰარმონიკული გენერატორი","ko":"단순조화 진동자","ku":"ڕاژێنهری هاوسازی ساکار","ku_TR":"Lerzoka Hevkêş a Hêsan","lt":"Paprastasis harmoninis osciliatorius","mk":"Едноставен хармоничен осцилатор","mn":"Энгийн Гармоник Осциллатор","mr":"साधा सहसंवादी सस्पंदक","nb":"Ren harmonisk oscillator","nl":"Eenvoudige harmonische oscillator","nn":"Rein harmonisk oscillator","pl":"Oscylator harmoniczny prosty","pt":"Oscilador Harmónico Simples","pt_BR":"Oscilador Harmônico Simples","ro":"Oscilator armonic simplu","si":"සරල අනුවර්තී දෝලකය","sk":"Harmonický oscilátor","sr":"Линеарни хармонијски осцилатор","th":"ตัวแกว่งฮาร์มอนิกอย่างง่าย","tr":"Basit Hormonik Osilatör","uk":"Гармонічний осцилятор","uz":"Garmonik harakat Mayatnigi","vi":"Simple Harmonic Oscillator","zh_CN":"简谐振子"}},"260":{"id":260,"key":"keyword.waves","strings":{"ar_SA":"الموجات","az":"Dalğalar","be":"Хвалі","bs":"Talasi","cs":"Vlny","da":"Bølger","de":"Wellen","el":"Κύματα","en":"Waves","es":"Ondas","es_PE":"Ondas","eu":"Uhinak","fa":"موج ها","fi":"Aallot","fr":"Ondes","gl":"Ondas","gu":"વેવ્સ","hr":"Valovi","hu":"Hullám","in":"Gelombang","it":"Onde","ja":"波","ka":"ტალღა","ko":"파동","ku":"شهپۆلهکان","ku_TR":"Pel","lt":"Bangos","mk":"Бранови","mn":"Долгион","mr":"तरंग","nb":"Bølger","nl":"Golven","nn":"Bølgjer","pl":"Fale","pt":"Ondas","pt_BR":"Ondas","ro":"Unde","si":"තරංග","sk":"Vlny","sr":"таласи","th":"คลื่น","tr":"Dalgalar","uk":"Хвилі","uz":"To‘lqinlar","vi":"Sóng","zh_CN":"波"}},"287":{"id":287,"key":"keyword.quantumParticles","strings":{"ar_SA":"جسيمات الكم","az":"Kvant hissəcikləri","be":"Квантавыя часціцы","bs":"Kvantne čestice","cs":"Kvantové částice","da":"Kvantumpartikler","de":"Quantenteilchen","el":"Κβαντικά σωματίδια","en":"Quantum Particles","es":"Partículas Cuánticas","es_PE":"Partículas Cuánticas","eu":"Kuantu-partikulak","fa":"ذره های کوانتومی","fi":"Kvanttihiukkaset","fr":"Particule quantique","gl":"Partículas Cuánticas","gu":"ક્વોન્ટમ કણો","hr":"Kvantne kestice","hu":"Kvantumrészecske","in":"Partikel Kuantum","it":"Particelle quantiche","ja":"量子粒子","ka":"კვანტური ნაწილაკები","ko":"양자입자","ku":"ووردیلهکانی کوانتۆمی","ku_TR":"Pirtikên Qûwantûm","lt":"Kvantinės dalelės","mk":"Квантни честички","mn":"Квант Бөөмс","mr":"क्वांटम कण","nb":"Kvantepartikler","nl":"Kwantumdeeltjes","nn":"Kvantepartiklar","pl":"Cząstki kwantowe","pt":"Partículas Quânticas","pt_BR":"Partículas Quânticas","ro":"Particule cuantice","si":"ක්වොන්ටම් අංශු","sk":"Kvantové častice","sr":"Квантне честице","th":"อนุภาคควอนตัม","tr":"Kuantum Parçacıkları","uk":"Квантові частнки (кванти)","uz":"Kvant Zarralar","vi":"Hạt lượng tử","zh_CN":"量子"}}},"projects":[{"id":4,"name":"bound-states","simulations":[{"a11yFeatures":[],"alignmentIds":[],"altImageCount":0,"cheerpjVersion":"1.0.0-dev.6","communityPublicationTime":0,"createTime":1151733600000,"credits":{"designTeam":"Chris Malley (developer)<br/>Sam McKagan (lead)<br/>Kathy Perkins<br/>Carl Wieman<br/>Interviewer: Sam McKagan"},"designTeam":"Chris Malley (developer)<br/>Sam McKagan (lead)<br/>Kathy Perkins<br/>Carl Wieman<br/>Interviewer: Sam McKagan","hasPrototype":false,"highGradeLevel":3,"id":6,"isCommunity":false,"isHydrogen":false,"isNew":0,"isPhetStudio":false,"isPrototype":false,"keywordIds":[52,53,54,55,58,102,111,142,177,195],"legacyType":"java,cheerpj","licenseUrls":["http://creativecommons.org/licenses/GPL/2.0/"],"localizedSimulations":{"am":{"downloadUrl":"/sims/bound-states/bound-states_am.jar","hasPrototype":false,"id":10131,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=am","simPageUrl":"/am/simulations/bound-states","title":"የኳንተም ሁኔታ መጠን"},"ar":{"downloadUrl":"/sims/bound-states/bound-states_ar.jar","hasPrototype":false,"id":86,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=ar","simPageUrl":"/ar/simulations/bound-states","title":"حالات الربط الكمي"},"ar_SA":{"description":"استكشف خصائص \"الجسيمات الكمية\" المرتبطة بآبار الجاذبية. انظر دوال الموجة، واحتمالات الكثافة التي تصف تطور (أو عدم تطور)هذه الدوال مع مرور الوقت.","downloadUrl":"/sims/bound-states/bound-states_ar_SA.jar","hasPrototype":false,"id":2891,"isCheerpj":true,"learningGoals":"تصور الدوال الموجية واحتمالات الكثافة ومستويات الطاقة للحالات المرتبطة عند مختلف الاحتمالات. صف كيف تستخدم تمثيلات متعددة لدوال موجية مرتبطة ببعضها البعض. اشرح ما يعتمد وما لا يعتمد منها على عامل الزمن..............................","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=ar_SA","simPageUrl":"/ar_SA/simulations/bound-states","title":"حالات الربط الكمي"},"bs":{"description":"Proučite osobine kvаntnih česticа u potencijаlnim jаmаmа. Pogledаjte kаko tаlаsnа funkcijа i gustinа vjerovаtnoće koji ih opisuju evoluirаju (ili ne evoluirаju) tokom vremenа.","downloadUrl":"/sims/bound-states/bound-states_bs.jar","hasPrototype":false,"id":5337,"isCheerpj":true,"learningGoals":"Vizuelizujte tаlаsne funkcije, gustine vjerovаtnoće i energetske nivoe zа vezаnа stаnjа mijenjаjući potencijаle. Opiši kаko se više reprezentаcijа korišćenih pri opisu tаlаsne funkcije odnose jednа premo drugoj. Objаsni štа je vremenski zаvisno а štа nije kod svojstvenih vrijednosti i kod stаnja superpozicije. <br/>Predvidi kаko oblik i аmplitudа tаlаsne funkcije kаo i rаzmаk između energetskih nivoа određuju oblik potencijаlа i mаsu čestice.<br/>Intuitivno uvidite kаko strukturа nivoа utiče nа niz više jаmа. Intuitivno nаprаvite prelаz od mikroskopskih potencijаlа jednog аtomа do mаkroskopskih potencijаlа čvrstog telа.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=bs","simPageUrl":"/bs/simulations/bound-states","title":"VEZANA STANJA (kvantnomehanički pristup)"},"da":{"description":"Udforsk egenskaber i kvante\"partikler\" bundet i potentielle brønde. Se hvordan bølgefunktion og sandsynlighedsfunktion, som bruges til at beskrive dem, udvikler sig (eller ikke udvikler sig) over tid.","downloadUrl":"/sims/bound-states/bound-states_da.jar","hasPrototype":false,"id":2558,"isCheerpj":true,"learningGoals":"Visualisere bølgefunktioner, sandsynlighedsfunktioner, og bindingsenerginiveauer i forskellige potentialer.<br/>Beskrive hvordan flere beskrivemåder, der anvendes i bølgefunktioner, relaterer til hinanden.<br/>Forklare hvad der er, og ikke er, tidsafhængigt for en energi-egentilstand og en superpositions tilstand. <br/>Forudsige hvordan krumningen og amplituden af bølgefunktionen og at afstanden mellem energiniveauer, afhænger af formen af potentialet og massen af partiklen. <br/>Få en fornemmelse af hvordan bindingsstrukturen resulterer i et gitter af mange brønde.<br/>Få en fornemmelse af hvordan man kan gå fra det mikroskopiske potentiale i et enkelt atom til det makroskopiske potentiale i et fast stof.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=da","simPageUrl":"/da/simulations/bound-states","title":"Kvantespringsstadir"},"de":{"description":"Entdecken Sie die Eigenschaften von Quantenobjekten in Potentialtöpfen. Beobachten Sie, wie sich ihre Wellenfunktionen und Wahrscheinlichkeitsdichten mit der Zeit verändern (oder nicht verändern).","downloadUrl":"/sims/bound-states/bound-states_de.jar","hasPrototype":false,"id":5498,"isCheerpj":true,"learningGoals":"Visualisieren Sie Wellenfunktionen, Wahrscheinlichkeitsdichten und Energien für gebundene Zustände in verschiedenen Potenzialtöpfen.<br/>Beschreiben Sie, wie die verschiedenen Darstellungen von Wellenfunktionen miteinander in Beziehung stehen.<br/>Erklären Sie, welche Größen für einen Energie-Eigenzustand und einen Überlagerungszustand zeitabhängig sind und welche nicht.<br/>Sagen Sie voraus, wie die Krümmung und die Amplitude der Wellenfunktion und der Abstand der Energieniveaus von der Form des Potentials und der Masse des Teilchens abhängt.<br/>Gewinnen Sie ein Gespür dafür, wie aus einem Gitter von Potentialtöpfen eine Bandstruktur entsteht.<br/>Gewinnen Sie ein Gespür dafür, wie man vom mikroskopischen Potenzial eines einzelnen Atoms zum makroskopischen Potential eines Feststoffs gelangt.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=de","simPageUrl":"/de/simulations/bound-states","title":"Quanten gebundene Zustände"},"el":{"description":"Εξερευνήστε τις ιδιότητες των κβαντικών \"σωματιδίων\" δεσμευμένων σε πηγάδια δυναμικού. Παρατήρησε πώς οι κυματοσυναρτήσεις και οι πυκνότητες πιθανότητας που τις περιγράφουν, εξελίσσονται (ή όχι) με την πάροδο του χρόνου.","downloadUrl":"/sims/bound-states/bound-states_el.jar","hasPrototype":false,"id":82,"isCheerpj":true,"learningGoals":"Οπτικοποιήστε τις κυματοσυναρτήσεις, τις πυκνότητες πιθανότητας και τις στάθμες ενέργειας, για δεσμευμένες καταστάσεις σε διάφορες τιμές δυναμικού.<br/>Περιγράψτε πώς συσχετίζονται μεταξύ τους, οι πολλαπλές αναπαραστάσεις που χρησιμοποιούνται για τις κυματοσυναρτήσεις.<br/>Εξηγείστε τι είναι και τι δεν είναι χρονικά εξαρτώμενο για μια ενεργειακή ιδιοκατάσταση και μια κατάσταση υπέρθεσης.(υπερθετική κατάσταση)<br/>Προβλέψτε πώς η καμπυλότητα και το πλάτος της κυματοσυνάρτησης και η απόσταση μεταξύ των ενεργειακών σταθμών εξαρτώνται από το δυναμικό και τη μάζα του σωματιδίου.<br/>Αποκτήστε μια αίσθηση για το πώς προκύπτει η δομή των ενεργειακών ζωνών από ένα πλέγμα πολλών πηγαδιών.<br/>Αποκτήστε μια αίσθηση για το πώς μπορείτε να μεταβείτε από το μικροσκοπικό δυναμικό ενός μεμονωμένου ατόμου, στο μακροσκοπικό δυναμικό ενός στερεού σώματος.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=el","simPageUrl":"/el/simulations/bound-states","title":"Δεσμευμένες Κβαντικές Καταστάσεις"},"en":{"description":"Explore the properties of quantum \"particles\" bound in potential wells. See how the wave functions and probability densities that describe them evolve (or don't evolve) over time.","downloadUrl":"/sims/bound-states/bound-states_en.jar","hasPrototype":false,"id":89,"isCheerpj":true,"learningGoals":"Visualize wave functions, probability densities, and energy levels for bound states in various potentials.<br/>Describe how multiple representations used for wave functions relate to one another.<br/>Explain what is and is not time-dependent for an energy eigenstate and a superposition state.<br/>Predict how the curvature and amplitude of the wave function and the spacing of the energy levels depends on the shape of the potential and the mass of the particle.<br/>Gain an intuition for how band structure results in a lattice of many wells.<br/>Gain an intuition for how to go from the microscopic potential of a single atom to the macroscopic potential of a solid.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states","simPageUrl":"/en/simulations/bound-states","teachersGuide":"/teachers-guide/bound-states-guide.pdf","title":"Quantum Bound States"},"es":{"description":"Explora las propiedades de las \"partículas\" cuánticas ligadas en los pozos de potencial. Ve cómo evolucionan (o no evolucionan) a través del tiempo las funciones de onda y la densidad de probabilidad que las describen.","downloadUrl":"/sims/bound-states/bound-states_es.jar","hasPrototype":false,"id":81,"isCheerpj":true,"learningGoals":"Visualiza las funciones de onda, la densidad de probabilidad, y los niveles de energía para los estados ligados en varios potenciales.<br/>Describe cómo utilizar múltiples representaciones de funciones de onda que se relacionan entre sí.<br/>Explica lo que es y no es el tiempo-dependiente de un estado propio de energía y un estado de superposición.<br/>Predice cómo la curvatura y la amplitud de la función de onda y el espaciamiento de los niveles de energía depende de la forma del potencial y la masa de la partícula.<br/>Intuye cómo resultan las estructuras de banda en una red de muchos pozos.<br/>Intuye cómo pasar del potencial microscópico de un solo átomo al potencial macroscópico de un sólido.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=es","simPageUrl":"/es/simulations/bound-states","teachersGuide":"/teachers-guide/bound-states-guide_es.pdf","title":"Estados Ligados Cuánticos"},"es_MX":{"downloadUrl":"/sims/bound-states/bound-states_es_MX.jar","hasPrototype":false,"id":8107,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=es_MX","simPageUrl":"/es_MX/simulations/bound-states","teachersGuide":"/teachers-guide/bound-states-guide_es_MX.pdf","title":"Estados Ligados Cuánticos"},"es_PE":{"description":"Explora las propiedades de las \"partículas\" cuánticas ligadas en los pozos de potencial. Vea cómo las funciones de onda y la densidad de probabilidad que los describen evolucionan (o no evolucionan) a través del tiempo.","downloadUrl":"/sims/bound-states/bound-states_es_PE.jar","hasPrototype":false,"id":4551,"isCheerpj":true,"learningGoals":"Visualizar las funciones de onda, la densidad de probabilidad, y los niveles de energía para los estados ligados en varios potenciales.<br/>Describe cómo utilizar múltiples representaciones de funciones de onda que se relacionan entre sí.<br/>Explique lo que es y no es dependiente del tiempo de un estado propio de energía y un estado de superposición.<br/>Predecir cómo la curvatura y la amplitud de la función de onda y el espaciamiento de los niveles de energía depende de la forma del potencial y la masa de la partícula.<br/>Intuye cómo resultan las estructuras de banda en una red de muchos pozos.<br/>Intuye cómo pasar de la posibilidad microscópica de un solo átomo a la posibilidad de un sólido macroscópico.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=es_PE","simPageUrl":"/es_PE/simulations/bound-states","title":"Estados Enlazados Cuánticos"},"et":{"description":"Uuri potentsiaaliauku lukustatud kvantosakeste omadusi. Näe, kuidas lainefunktsioonid ja tõenäosustihedus, mis neid kirjeldavad, ajas muutuvad (või ei muutu).","downloadUrl":"/sims/bound-states/bound-states_et.jar","hasPrototype":false,"id":1454,"isCheerpj":true,"learningGoals":"Visualiseerib erinevate potentsiaalidega kvantolekute lainefunktsioone, tõenäosustihedusi ja energiatasemeid.<br/>Kirjeldab, kuidas lainefunktsiooni erinevad kujud üksteisega seotud on.<br/>Selgitab, mis on ja mis pole energia omaoleku ja superpositsiooni jaoks ajast sõltuv.<br/>Ennustab, kuidas lainefunktsiooni kuju ja amplituud ning energiatasemete asetus sõltub potentsiaali kujust ja osakese massist.<br/>Mõistab, kuidas energiatsoonide struktuur põhjustab mitmetest potentsiaaliaukudest koosneva võrestiku.<br/>Mõistab, kuidas minna üksiku aatomi mikroskoopiliselt potentsiaalilt üle tahkise makroskoopilisele potentsiaalile.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=et","simPageUrl":"/et/simulations/bound-states","title":"Kvantolekud"},"eu":{"description":"Arakatu potentzial putzuetan loturiko \"partikula\" kuantikoen propietateak. Ikusi horiek deskribatzen dituzten uhin-funtzioak eta probabilitate-dentsitateak nola eboluzionatzen duten (edo eboluzionatzen ez duten) denboran zehar.","downloadUrl":"/sims/bound-states/bound-states_eu.jar","hasPrototype":false,"id":4667,"isCheerpj":true,"learningGoals":"Ikusi uhin-funtzioak, probabilitate-dentsitateak eta energia-mailak potentzial ezberdinetako egoera lotuetan.<br/>Deskribatu nola erlazionatzen diren uhin-funtzioetarako erabiltzen diren hainbat errepresentazio.<br/>Azaldu zer den eta zer ez den denboraren mende energia baterako. autoegoera eta gainjartze egoera bat.<br/>Iragar ezazu uhin-funtzioaren kurbadura eta anplitudea eta energia-mailen tartea potentzialaren formaren eta partikulen masaren arabera nolakoak diren.<br/>Lortu intuizioa nolakoa den. banda-egiturak putzu askotako sare bat sortzen du.<br/>Atomo bakar baten potentzial mikroskopikotik solido baten potentzial makroskopikora nola joan jakiteko intuizioa lortu.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=eu","simPageUrl":"/eu/simulations/bound-states","title":"Loturiko egoera kuantikoak"},"fa":{"downloadUrl":"/sims/bound-states/bound-states_fa.jar","hasPrototype":false,"id":2090,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=fa","simPageUrl":"/fa/simulations/bound-states","title":"حالت های مقید کوانتومی"},"fr":{"description":"Explorez les propriétés du lien des \"particules\" quantiques dans les puits de potentiel. Voyez comment les fonctions d'onde et les densités de probabilité décrivent leur évolution ( ou non-évolution) au cours du temps.","downloadUrl":"/sims/bound-states/bound-states_fr.jar","hasPrototype":false,"id":3111,"isCheerpj":true,"learningGoals":"Visualisez les fonctions d'onde, les densités de probabilité, et les niveaux d'énergie pour les États liés dans différents potentiels.<br/><br/> Décrivez comment des représentations multiples utilisés pour les fonctions d'onde se rapportent les unes aux autres.<br/><br/> Expliquez ce qui est et n'est pas dépendant du temps pour un état propre d'énergie et un état de superposition.<br/><br/>Prédisez comment la courbure et l'amplitude de la fonction d'onde et l'espacement des niveaux d'énergie dépend de la forme du potentiel et de la masse de la particule.<br/><br/>Gagner de l'intuition pour savoir la structure de bandes résulte d'un réseau de nombreux puits.<br/><br/>Gagner de l'intuition pour savoir comment passer du potentiel microscopique d'un seul atome au potentiel macroscopique d'un solide.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=fr","simPageUrl":"/fr/simulations/bound-states","title":"Etats quantiques liés"},"hr":{"downloadUrl":"/sims/bound-states/bound-states_hr.jar","hasPrototype":false,"id":87,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=hr","simPageUrl":"/hr/simulations/bound-states","title":"Vezana stanja (kvantnomehanički koncept)"},"hu":{"description":"Tanulmányozd a potenciálgödörben kötött \"kvantumrészecskék\" tulajdonságait. Figyeld meg az őket leíró hullámfüggvények és valószínűség-sűrűségek időbeli változását (vagy változatlanságát).","downloadUrl":"/sims/bound-states/bound-states_hu.jar","hasPrototype":false,"id":2333,"isCheerpj":true,"learningGoals":"Jelenítse meg a kötött állapotok hullámfüggvényét, valószínűség-sűrűségét és energiaszintjeit különböző potenciálok esetében.<br/>Magyarázza el, hogy a hullámfüggvények különböző reprezentációi milyen kapcsolatban vannak egymással.<br/>Magyarázza el, mit jelent és mit nem az időfüggés fogalma az energia-sajátállapotok és a szuperponált állapotok esetében.<br/>Érzékeltesse, hogyan függ a hullámfüggvény görbülete és amplitúdója, valamint az energiaszintek sűrűsége a potenciál alakjától és a részecske tömegétől.<br/>Adjon intuitív magyarázatot arra, miért alakul ki sávszerkezet egy sok potenciálgödörrel jellemezhető kristályrácsban.<br/>Adjon intuitív magyarázatot arra, hogyan lehet eljutni egyetlen atom mikroszkopikus potenciáljától egy szilárd test makroszkopikus potenciáljáig.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=hu","simPageUrl":"/hu/simulations/bound-states","title":"Kvantált kötött állapotok"},"in":{"downloadUrl":"/sims/bound-states/bound-states_in.jar","hasPrototype":false,"id":4404,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=in","simPageUrl":"/in/simulations/bound-states","title":"Keadaan Ikatan Kuantum"},"it":{"description":"Esplora le proprietà di particelle quantiche confinate in buche di potenziale.<br/>Osserva come le funzioni d'onda e la densità di probabiltà che le descrivono cambiano o non cambiano nel tempo","downloadUrl":"/sims/bound-states/bound-states_it.jar","hasPrototype":false,"id":6523,"isCheerpj":true,"learningGoals":"Visualizzare funzioni d'onda, densità di probabilità e livelli energetici per stati legati in vari potenziali.<br/>Descrivere come le molteplici rappresentazioni utilizzate per le funzioni d'onda si relazionano tra loro.<br/>Spiegare cosa è, e cosa non è, dipendente dal tempo per un autostato di energia e uno stato di sovrapposizione.<br/>Prevedere come la curvatura e l'ampiezza della funzione d'onda e la spaziatura dei livelli energetici dipendono dalla forma del potenziale e dalla massa della particella.<br/>Avere l'intuizione di come la struttura a bande risulti in un reticolo di molte buche.<br/>Avere l'intuizione di come passare dal potenziale microscopico di un singolo atomo al potenziale macroscopico di un solido.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=it","simPageUrl":"/it/simulations/bound-states","title":"Stati legati"},"iw":{"downloadUrl":"/sims/bound-states/bound-states_iw.jar","hasPrototype":false,"id":1266,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=iw","simPageUrl":"/iw/simulations/bound-states","title":"מצבים קוונטיים קשורים"},"ja":{"description":"ポテンシャル井戸に束縛されている量子「粒子」の性質を探ります。それらを表す波動関数と確率密度が、時間が経つに従ってどのように変化する（あるいは変化しない）のか観察しましょう。","downloadUrl":"/sims/bound-states/bound-states_ja.jar","hasPrototype":false,"id":5066,"isCheerpj":true,"learningGoals":"様々なポテンシャルでの束縛状態に関する波動関数、確率密度、エネルギー準位を可視化します。<br/><br/><br/>波動関数に使われている複数の表現が互いにどのように関連するのか説明します。<br/><br/><br/>エネルギー固有状態と重ね合わせ状態について、何が時間に依存するのか、また依存しないのかを説明します。<br/><br/><br/>波動関数の曲率と振幅とエネルギー準位の間隔が、ポテンシャルの形状や粒子の質量にどのように依存するのかを予測します。<br/><br/><br/>バンド構造の結果として、どのように多数の井戸の格子が得られるのか直感的に理解します。<br/><br/><br/>単一原子の微視的なポテンシャルから固体の巨視的なポテンシャルにどのように移行するのか直感的に理解します。","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=ja","simPageUrl":"/ja/simulations/bound-states","title":"量子の束縛状態"},"kk":{"downloadUrl":"/sims/bound-states/bound-states_kk.jar","hasPrototype":false,"id":5684,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=kk","simPageUrl":"/kk/simulations/bound-states","title":"кванттық шекара мәлімдейді"},"ko":{"description":"퍼텐셜 우물에 묶인 양자 입자의 성질을 탐구한다. 이런 성질을 기술하는 파동함수와 확률밀도가 시간에 따라 어떻게 변화되는지 또는 변화되지 않는지 관찰한다.","downloadUrl":"/sims/bound-states/bound-states_ko.jar","hasPrototype":false,"id":1842,"isCheerpj":true,"learningGoals":"다양한 퍼텐셜에 묶인 상태의 파동함수, 확률밀도, 에너지 준위를 시각화한다.<br/> <br/>파동함수에 사용된 다중표상이 서로 어떻게 관련되는지 설명한다. <br/><br/>에너지 고유상태와 중첩상태에서 무엇이 시간 의존적이고 무엇이 시간 비의존적인가? <br/><br/>파동함수의 곡률과 진폭 및 에너지 준위의 간격이 퍼텐셜 우물의 모양과 입자의 질량에 어떻게 의존하는지 예측한다. <br/><br/>여러 우물의 격자에서 띠구조가 어떻게 되는지 직관적 지식을 얻는다. <br/><br/>어떻게 단일 원자의 미시적 퍼텐셜이 고체의 거시적 퍼텐셜과 연계되는지에 대한 직관적 지식을 얻는다.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=ko","simPageUrl":"/ko/simulations/bound-states","title":"양자 속박 상태"},"mk":{"description":"Истражете ги особините на квантните \"честички\" врзани со потенцијални извори. Погледнете како брановите функции и веројатноста на густини ги опишуваат како се развива (или не се развива) со текот на времето.","downloadUrl":"/sims/bound-states/bound-states_mk.jar","hasPrototype":false,"id":1455,"isCheerpj":true,"learningGoals":"Визуелизирајте бранови функции, веројатност на густини, и нивото на енергија за врзани состојби при различни потенцијали. <br/> Опишете како повеќе репрезентации бранови функции се поврзани една со друга. <br/> Објаснете што е и не е временски зависна за енергија состојба и суперпонирана состојба. <br/> Предвидат како искривувањето и амплитудата на брановата функција и растојанието меѓу нивото на енергија ќе зависат од обликот на потенцијалот и масата на честичките. <br/> Стекнете интуиција за тоа како структурата на опсегот резултира со решетки од многу извори. <br/> Стекнетеинтуиција за тоа како да одиме од микроскопски потенцијал на еден единствен атом на макроскопска потенцијал на целина.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=mk","simPageUrl":"/mk/simulations/bound-states","title":"Состојби на квантни врски"},"mn":{"downloadUrl":"/sims/bound-states/bound-states_mn.jar","hasPrototype":false,"id":84,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=mn","simPageUrl":"/mn/simulations/bound-states","title":"Quantum Bound States"},"nl":{"description":"Onderzoek de eigenschappen van kwantum-\"deeltjes\" in een potentiaal put. Bekijk hoe de golffunctie en de waarschijnlijkheidsdichtheden die de deeltjes beschrijven veranderen (of niet) in de tijd.","downloadUrl":"/sims/bound-states/bound-states_nl.jar","hasPrototype":false,"id":85,"isCheerpj":true,"learningGoals":"Visualiseer golffuncties, waarschijnlijkheid dichtheden, en energieniveaus voor gebonden toestanden voor verschillende potentialen.<br/>Beschrijf hoe meervoudige voorstellingen gebruikt voor golf functies verband houden de een met de ander.<br/>Leg uit wat een tijd-onafhankelijke is en niet is voor een energie eigentoestand en een superpositie van toestanden.<br/>Voorspel hoe de kromming en de amplitude van een golffunctie en de afstand tussen de energieniveaus afhangen van de vorm van de potentiaal en de massa van het deeltje.<br/>Verwerf een inzicht in hoe de band structuur resulteert in een rooster van verschillende putten.<br/>Verwerp een inzicht in hoe te gaan van de microscopische potentiaal van een enkel atoom naar de macroscopische potentiaal van een vaste stof.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=nl","simPageUrl":"/nl/simulations/bound-states","title":"Quantum bindingstoestanden"},"pl":{"description":"Zbadaj właściwości kwantowych \"cząstek\" związanych w studniach potencjału. Zobacz, jak opisujące je funkcje falowe i gęstości prawdopodobieństwa ewoluują (lub nie) w czasie.","downloadUrl":"/sims/bound-states/bound-states_pl.jar","hasPrototype":false,"id":4346,"isCheerpj":true,"learningGoals":"Wizualizuj funkcje falowe, gęstości prawdopodobieństwa i poziomy energii dla stanów związanych w różnych potencjałach.<br/>Opisz, w jaki sposób wielorakie reprezentacje używane dla funkcji falowych odnoszą się do siebie.<br/>Wyjaśnij, co jest, a co nie jest zależne od czasu dla stanu własnego energii i stanu zmieszanego.<br/>Przewiduj, w jaki sposób krzywizna i amplituda funkcji falowej oraz rozmieszczenie poziomów energii zależą od kształtu potencjału i masy cząstki.<br/>Zdobądź intuicję, w jaki sposób struktura pasmowa tworzy sieć wielu studni.<br/>Zdobądź intuicję, jak przejść od potencjału mikroskopowego pojedynczego atomu do potencjału makroskopowego ciała stałego.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=pl","simPageUrl":"/pl/simulations/bound-states","title":"Kwantowe Stany Splątane "},"pt":{"downloadUrl":"/sims/bound-states/bound-states_pt.jar","hasPrototype":false,"id":83,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=pt","simPageUrl":"/pt/simulations/bound-states","title":"Estados Quânticos Ligados"},"pt_BR":{"description":"Explore as propriedades de \"partículas\" quânticas ligadas nos poços de potencial. Veja como as funções de onda e as densidades de probabilidade que descrevem suas evoluções (ou não evoluções) ao longo do tempo.","downloadUrl":"/sims/bound-states/bound-states_pt_BR.jar","hasPrototype":false,"id":3121,"isCheerpj":true,"learningGoals":"Visualizar funções de onda, densidade de probabilidade, e níveis de energia para estados de ligação em vários potenciais.<br/>Descrever como várias representações usadas para funções de onda se relacionam entre si.<br/>Explicar o que depende e o quê não do tempo para um autoestado de energia e um estado de superposição. <br/>Prever como a curvatura e amplitude da função de onda e o espaçamento dos níveis de energia depende da forma do potencial e da massa da partícula.<br/>Ter uma ideia de como estrutura de banda resulta em um retículo de muitos poços. <br/>Reconhecer como ir do potencial microscópica de um único átomo ao potencial macroscópicas de um sólido.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=pt_BR","simPageUrl":"/pt_BR/simulations/bound-states","title":"Estados Quânticos Ligados"},"ro":{"description":"Explorați proprietățile \"particulelor\" cuantice legate în gropile de potențial. Observați cum evoluează (sau nu) în timp funcțiile de undă și densitățile de probabilitate care le descriu.","downloadUrl":"/sims/bound-states/bound-states_ro.jar","hasPrototype":false,"id":3506,"isCheerpj":true,"learningGoals":"Să vizualizeze funcțiile de undă, densitățile de probabilitate și nivelurile de energie pentru stările legate în diferite potențiale.<br/>Să descrie modul în care mai multe reprezentări utilizate pentru funcțiile de undă sunt legate între ele.<br/>Să explice ce depinde și ce nu depinde de timp în cazul unei stări energetice proprii și al unei stări de superpoziție.<br/>Să prezică modul în care curbura și amplitudinea funcției de undă și distanța dintre nivelurile de energie depind de forma potențialului și de masa particulei.<br/>Să intuiască modul în care structura benzilor rezultă într-o rețea de mai multe puțuri.<br/>Să înțeleagă în ce mod se trece de la potențialul microscopic al unui singur atom la potențialul macroscopic al unui solid.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=ro","simPageUrl":"/ro/simulations/bound-states","title":"Stare cuantică legată"},"sk":{"downloadUrl":"/sims/bound-states/bound-states_sk.jar","hasPrototype":false,"id":2433,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=sk","simPageUrl":"/sk/simulations/bound-states","title":"Kvantové viazané stavy"},"sl":{"downloadUrl":"/sims/bound-states/bound-states_sl.jar","hasPrototype":false,"id":9028,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=sl","simPageUrl":"/sl/simulations/bound-states","title":"Kvantna povezovalna stanja"},"sq":{"downloadUrl":"/sims/bound-states/bound-states_sq.jar","hasPrototype":false,"id":2533,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=sq","simPageUrl":"/sq/simulations/bound-states","title":"Gjendjet kuantike të kufizuara"},"sr":{"description":"Проучите особине квантних честица у потенцијалним јамама. Погледајте како таласна функција и густина вероватноће који их описују еволуирају (или не еволуирају) током времена.","downloadUrl":"/sims/bound-states/bound-states_sr.jar","hasPrototype":false,"id":1267,"isCheerpj":true,"learningGoals":"Визуелизујте таласне функције, густине вероватноће и енергетске нивое за везана стања мењајући потенцијале. Опиши како се више репрезентација коришћених при опису таласне функције односе једна премо другој. Објасни шта је временски зависно а шта није код својствених вредности и код стања суперпозиције. <br/>Предвиди како облик и амплитуда таласне функције као и размак између енергетских нивоа одређују облик потенцијала и масу честице.<br/>Интуитивно увидите како структура нивоа утиче на низ више јама. Интуитивно направите прелаз од микроскопских потенцијала једног атома до макроскопских потенцијала чврстог тела.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=sr","simPageUrl":"/sr/simulations/bound-states","title":"ВЕЗАНА СТАЊА (квантномеханички приступ)"},"th":{"description":"สำรวจคุณสมบัติของอนุภาคควอนตัมที่อยู่ในบ่อศักย์ สังเกตฟังก์ชันคลื่นและความหนาแน่นน่าจะเป็นซึ่งอธิบายการเปลี่ยนแปลงของอนุภาคควอนตัมตามช่วงเวลาที่เปลี่ยนไป","downloadUrl":"/sims/bound-states/bound-states_th.jar","hasPrototype":false,"id":6322,"isCheerpj":true,"learningGoals":"รู้และเข้าใจฟังก์ชันในช่วงคลื่นแสงที่ตามองเห็น, ความหนาแน่นของความน่าจะเป็น, ระดับพลังงานของสถานะยึดเหนี่ยวแต่ละศักย์<br/>อธิบายเกี่ยวกับลักษณะตัวแทนของฟังก์ชั่นคลื่นและสามารถเชื่อมโยงกับลักษณะอื่นได้<br/>สามารถอธิบายว่าสิ่งใดที่ขึ้นกับเวลาในเรื่องสภาวะลักษณะเฉพาะของพลังงาน และสถานะการซ้อนทับของคลื่น (superposition)<br/>สามารถคาดการณ์โดยใช้ลักษณะความโค้ง, แอมพลิจูดของฟังก์ชั่นคลื่นและพื้นที่ของระดับพลังงานที่ขึ้นกับรูปร่างของศักย์และมวลของอนุภาคได้<br/>รู้และเข้าใจเกี่ยวกับระดับพลังงานของสถานะยึดเหนี่ยวที่เกิดจากหลายๆบ่อศักย์<br/>สามารถอธิบายเพื่อเชื่อมโยงระหว่างศักย์ในระดับมหภาค (microscopic) ของอะตอมเดี่ยวกับศักย์ในระดับมหภาคของของแข็ง","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=th","simPageUrl":"/th/simulations/bound-states","title":"ควอนตัมสถานะยึดเหนี่ยว"},"tk":{"downloadUrl":"/sims/bound-states/bound-states_tk.jar","hasPrototype":false,"id":4347,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=tk","simPageUrl":"/tk/simulations/bound-states","title":"Kwant baglanan ýagdaýlary"},"tr":{"description":"Potansiyel kuyularında bağlı kuantum parçacıklarının özelliklerini araştırın. Zaman geçtikçe gelişmelerini (veya gelişmemelerini) tanımlayan dalga fonksiyonlarını ve olasılık yoğunluklarını görün.","downloadUrl":"/sims/bound-states/bound-states_tr.jar","hasPrototype":false,"id":3056,"isCheerpj":true,"learningGoals":"Çeşitli potansiyellerdeki bağlı durumlar için dalga fonksiyonlarını, olasılık yoğunluklarını ve enerji seviyelerini görselleştirir.<br/>Dalga fonksiyonları için kullanılan birden fazla temsilin birbiriyle nasıl ilişkili olduğunu açıklar.<br/>Bir enerji özdurumu ve süperpozisyon durumu için neyin zamana bağlı olup olmadığını açıklar.<br/>Dalga fonksiyonunun eğriliği ve genliği ile enerji seviyeleri aralığının, potansiyelin şekline ve parçacığın kütlesine nasıl bağlı olduğunu tahmin eder.<br/>Bant yapısının birçok kuyudan oluşan bir kafesle nasıl sonuçlandığı konusunda bir sezgi geliştirir.<br/>Tek bir atomun mikroskobik potansiyelinden bir katının makroskobik potansiyeline nasıl geçileceğine dair bir sezgi geliştirir.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=tr","simPageUrl":"/tr/simulations/bound-states","title":"Kuantum Bağ Halleri"},"vi":{"description":"Tìm hiểu tính chất của các hạt lượng tử bị giam trong giếng thế. Hãy quan sát sự biến đổi của Hàm sóng và mật độ xác suất theo thời gian.","downloadUrl":"/sims/bound-states/bound-states_vi.jar","hasPrototype":false,"id":1268,"isCheerpj":true,"learningGoals":"Biểu diễn Hàm sóng, Mật độ xác suất và các mức năng lượng của các trạng thái liên kết có thế năng khác nhau.<br/>Mô tả cách biểu diễn mối liên hệ giữa các hàm sóng.<br/>Giải thích ý nghĩa của các trạng thái năng lượng riêng và sự chồng chất các trạng thái phụ thuộc và không phụ thuộc vào thời gian.<br/>Tiên đoán quy luật phụ thuộc của hàm sóng và khoảng cách giữa các mức năng lượng vào hình dạng của giếng thế và khối lượng các hạt.<br/>Hiểu được mạng lưới các giếng thế là kết quả của cấu trúc vùng năng lượng.<br/>Nắm được cách dẫn xuất từ thế vi mô của một đơn nguyên tử đến thế vĩ mô của một vật rắn.","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=vi","simPageUrl":"/vi/simulations/bound-states","title":"Trạng thái liên kết lượng tử"},"zh_CN":{"description":"探究量子“粒子”的属性在位势井是如何被束缚的。查看波动函数以及几率密度是如何描述他们随着时间进化的（或是不进化）。","downloadUrl":"/sims/bound-states/bound-states_zh_CN.jar","hasPrototype":false,"id":3020,"isCheerpj":true,"learningGoals":"形象化波函数，概率密度和在变化的势能下束缚态的能级。<br/>描述波函数的多样的表示方法是怎样一个个联系起来的。<br/>解释对于一个能量的本征态和叠加态来说什么是与时间有关的。<br/>预测波函数的曲率和振幅和能级间距是怎样决定于势能函数的形状和粒子的质量的。<br/>对于能带结构是如何导致许多井下的晶体结构要形成一个直觉。<br/>对于怎样从一个单原子的微观态势能到一个固体的宏观态势能要形成一个直觉。","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=zh_CN","simPageUrl":"/zh_CN/simulations/bound-states","title":"量子束缚态"},"zh_TW":{"description":"探討原子晶體能帶的起源。這些能帶結構決定了物質如何傳導電流。","downloadUrl":"/sims/bound-states/bound-states_zh_TW.jar","hasPrototype":false,"id":88,"isCheerpj":true,"learningGoals":"","runUrl":"/sims/cheerpj/bound-states/latest/bound-states.html?simulation=bound-states&locale=zh_TW","simPageUrl":"/zh_TW/simulations/bound-states","title":"量子束縛態"}},"lowGradeLevel":3,"lreTerms":[],"name":"bound-states","phetStudioPublicationTime":"","phetioVersion":"","prototypeTime":0,"relatedSimulations":[245],"scienceLiteracyMapKeys":[],"secondaryAlignmentIds":[],"subjects":[4,9,13,20],"topicIds":[54,58,260,287],"updateTime":1457115019397}],"type":0,"version":{"dev":0,"major":1,"minor":8,"revision":51129,"string":"1.8.0","timestamp":1303752155}}]}}
