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    • Neutrino interferometry for high-precision tests of Lorentz symmetry with IceCube 

      Aartsen MG; Hill GC; Kyriacou A; Robertson S; Wallace A; Whelan BJ; Ackermann M; Bernardini E; Blot S; Bradascio F; Bretz HP; Brostean-Kaiser J; Franckowiak A; Jacobi E; Karg T; Kintscher T; Kunwar S; Nahnhauer R; Satalecka K; Spiering C; Stachurska J; Stasik A; Strotjohann NL; Terliuk A; Usner M; van Santen J; Adams J; Bagherpour H; Aguilar JA; Ansseau I; Heereman D; Meagher K; Meures T; O Murchadha A; Pinat E; Raab C; Ahlers M; Bourbeau E; Koskinen DJ; Larson MJ; Medici M; Rameez M; Stuttard T; Ahrens M; Bohm C; Dumm JP; Finley C; Flis S; Hultqvist K; Walck C; Zoll M; Al Samarai I; Bron S; Carver T; Christov A; Montaruli T; Altmann D; Anton G; Glüsenkamp T; Katz U; Kittler T; Tselengidou M; Andeen K; Plum M; Anderson T; DeLaunay JJ; Dunkman M; Eller P; Huang F; Keivani A; Lanfranchi JL; Pankova DV; Tešić G; Turley CF; Weiss MJ; Argüelles C; Axani S; Collin GH; Conrad JM; Moulai M; Auffenberg J; Brenzke M; Glauch T; Haack C; Kalaczynski P; Koschinsky JP; Leuermann M; Rädel L; Reimann R; Rongen M; Sälzer T; Schoenen S; Schumacher L; Stettner J; Vehring M; Vogel E; Wallraff M; Waza A; Wiebusch CH; Bai X (2018)
      © 2018, The Author(s). Lorentz symmetry is a fundamental spacetime symmetry underlying both the standard model of particle physics and general relativity. This symmetry guarantees that physical phenomena are observed to ...