FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1974148668> ?p ?o ?g. }

• W1974148668 abstract "Abstract The discovery of cosmic rays by Victor Hess was confirmed with balloon flights at higher altitudes by Kolhorster. Soon the interest turned into questions about the nature of cosmic rays: gamma rays or particles? Subsequent investigations have established cosmic rays as the birthplace of elementary particle physics. The 1936 Nobel prize was shared between Victor Hess and Carl Anderson. Anderson discovered the positron in a cloud chamber. The positron was predicted by Dirac several years earlier. Many new results came now from studies with cloud chambers and nuclear emulsions. Anderson and Neddermeyer saw the muon, which for some time was considered to be a candidate for the Yukawa particle responsible for nuclear binding. Lattes, Powell, Occhialini and Muirhead clarified the situation by the discovery of the charged pions in cosmic rays. Rochester and Butler found Vʼs, which turned out to be short-lived neutral kaons decaying into a pair of charged pions. Λʼs, Σʼs and Ξʼs were found in cosmic rays using nuclear emulsions. After that period, accelerators and storage rings took over. The unexpected renaissance of cosmic rays started with the search for solar neutrinos and the observation of the supernova 1987A and other accelerators in the sky. With the observation of neutrino oscillations one began to look beyond the standard model of elementary particles. After 100 years of cosmic ray research we are again at the beginning of a new era, and cosmic rays may contribute to solve the many open questions, like dark matter and dark energy, by providing energies well beyond those of earth-bound accelerators." @default.
• W1974148668 created "2016-06-24" @default.
• W1974148668 creator A5003392494 @default.
• W1974148668 date "2013-06-01" @default.
• W1974148668 modified "2023-10-14" @default.
• W1974148668 title "The History of Cosmic Ray Studies after Hess" @default.
• W1974148668 cites W1581228648 @default.
• W1974148668 cites W1672329913 @default.
• W1974148668 cites W1964001602 @default.
• W1974148668 cites W1964611691 @default.
• W1974148668 cites W1966465751 @default.
• W1974148668 cites W1966998029 @default.
• W1974148668 cites W1973584584 @default.
• W1974148668 cites W1975859904 @default.
• W1974148668 cites W1981479321 @default.
• W1974148668 cites W1983987483 @default.
• W1974148668 cites W1984005161 @default.
• W1974148668 cites W1985232396 @default.
• W1974148668 cites W2000744791 @default.
• W1974148668 cites W2009628515 @default.
• W1974148668 cites W2019660527 @default.
• W1974148668 cites W2031344205 @default.
• W1974148668 cites W2036100813 @default.
• W1974148668 cites W2038519690 @default.
• W1974148668 cites W2039590773 @default.
• W1974148668 cites W2039963297 @default.
• W1974148668 cites W2041665143 @default.
• W1974148668 cites W2044693315 @default.
• W1974148668 cites W2049437925 @default.
• W1974148668 cites W2053789103 @default.
• W1974148668 cites W2054647523 @default.
• W1974148668 cites W2056481575 @default.
• W1974148668 cites W2058240806 @default.
• W1974148668 cites W2064463663 @default.
• W1974148668 cites W2068718327 @default.
• W1974148668 cites W2073057993 @default.
• W1974148668 cites W2075134922 @default.
• W1974148668 cites W2079103297 @default.
• W1974148668 cites W2081623083 @default.
• W1974148668 cites W2085473843 @default.
• W1974148668 cites W2086289749 @default.
• W1974148668 cites W2101266762 @default.
• W1974148668 cites W2106044202 @default.
• W1974148668 cites W2132256788 @default.
• W1974148668 cites W2132467769 @default.
• W1974148668 cites W2133597207 @default.
• W1974148668 cites W2134803267 @default.
• W1974148668 cites W2136169477 @default.
• W1974148668 cites W2159227720 @default.
• W1974148668 cites W2169727417 @default.
• W1974148668 cites W2222943495 @default.
• W1974148668 cites W2325208976 @default.
• W1974148668 cites W2986525356 @default.
• W1974148668 cites W3040059853 @default.
• W1974148668 cites W3053988082 @default.
• W1974148668 doi "https://doi.org/10.1016/j.nuclphysbps.2013.05.003" @default.
• W1974148668 hasPublicationYear "2013" @default.
• W1974148668 type Work @default.
• W1974148668 sameAs 1974148668 @default.
• W1974148668 citedByCount "2" @default.
• W1974148668 countsByYear W19741486682021 @default.
• W1974148668 crossrefType "journal-article" @default.
• W1974148668 hasAuthorship W1974148668A5003392494 @default.
• W1974148668 hasConcept C111309251 @default.
• W1974148668 hasConcept C121332964 @default.
• W1974148668 hasConcept C127592171 @default.
• W1974148668 hasConcept C1276947 @default.
• W1974148668 hasConcept C147120987 @default.
• W1974148668 hasConcept C159249277 @default.
• W1974148668 hasConcept C185544564 @default.
• W1974148668 hasConcept C186453547 @default.
• W1974148668 hasConcept C202100949 @default.
• W1974148668 hasConcept C205334942 @default.
• W1974148668 hasConcept C38670781 @default.
• W1974148668 hasConcept C44870925 @default.
• W1974148668 hasConcept C91752515 @default.
• W1974148668 hasConceptScore W1974148668C111309251 @default.
• W1974148668 hasConceptScore W1974148668C121332964 @default.
• W1974148668 hasConceptScore W1974148668C127592171 @default.
• W1974148668 hasConceptScore W1974148668C1276947 @default.
• W1974148668 hasConceptScore W1974148668C147120987 @default.
• W1974148668 hasConceptScore W1974148668C159249277 @default.
• W1974148668 hasConceptScore W1974148668C185544564 @default.
• W1974148668 hasConceptScore W1974148668C186453547 @default.
• W1974148668 hasConceptScore W1974148668C202100949 @default.
• W1974148668 hasConceptScore W1974148668C205334942 @default.
• W1974148668 hasConceptScore W1974148668C38670781 @default.
• W1974148668 hasConceptScore W1974148668C44870925 @default.
• W1974148668 hasConceptScore W1974148668C91752515 @default.
• W1974148668 hasLocation W19741486681 @default.
• W1974148668 hasOpenAccess W1974148668 @default.
• W1974148668 hasPrimaryLocation W19741486681 @default.
• W1974148668 hasRelatedWork W1558379514 @default.
• W1974148668 hasRelatedWork W1575621359 @default.
• W1974148668 hasRelatedWork W1677085740 @default.
• W1974148668 hasRelatedWork W2004857220 @default.
• W1974148668 hasRelatedWork W2011709696 @default.
• W1974148668 hasRelatedWork W2036940161 @default.
• W1974148668 hasRelatedWork W2040618521 @default.
• W1974148668 hasRelatedWork W2054912346 @default.

• next