Usuário:NAMmc2/Testes: diferenças entre revisões

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== Início de carreira ==
=== Mecânica quântica ===
InEm 1914, [[Carl Jacobsen]], theo heirherdeiro todas [[Carlsberg Group|Carlsbergcervejarias breweriesCarlsberg]], bequeathedlegou hissua mansionmansão topara beser usedusada forvitaliciamente lifepelo bydinamarquês theque Danetivesse whofeito hada madecontribuição themais mostproeminente prominentpara contribution to scienceciência, literature orliteratura theou artsarte, ascomo anuma honoraryresidência residencehonorária ({{lang-da|Æresbolig|links=no}}). Harald Høffding hadhavia beensido theo firstprimeiro occupantocupante, ande uponapós hissua deathmorte inem Julyjulho de 1931, thea Royal[[Real DanishAcademia AcademyDinamarquesa ofde SciencesCiências]] anddeu Letters gavea Bohr occupancyo cargo. HeEle ande hissua familyfamília movedse theremudaram inpara a residência em 1932.{{sfn|Pais|1991|pp=332–333}} HeEle wasfoi electedeleito presidentpresidente ofda theAcademia Academy onem 17 Marchde março de 1939.{{sfn|Pais|1991|pp=464–465}}
 
By 1929, the phenomenon of [[beta decay]] prompted Bohr to again suggest that the [[law of conservation of energy]] be abandoned, but [[Enrico Fermi]]'s hypothetical [[neutrino]] and the subsequent 1932 discovery of the [[neutron]] provided another explanation. This prompted Bohr to create a new theory of the [[compound nucleus]] in 1936, which explained how neutrons could be captured by the nucleus. In this model, the nucleus could be deformed like a drop of liquid. He worked on this with a new collaborator, the Danish physicist Fritz Kalckar, who died suddenly in 1938.{{sfn|Pais|1991|pp=337–340, 368–370}}<ref>{{cite journal |title=Transmutations of Atomic Nuclei |last=Bohr |first=Niels |journal=[[Science (journal)|Science]] |date=20 August 1937 |volume=86 |issue=2225 |pages=161–165 |doi=10.1126/science.86.2225.161 |bibcode = 1937Sci....86..161B |pmid=17751630}}</ref>