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Physik-Institut

News 2017

Newsliste

  • Insulator

    Realization of a combined band- and Mott insulator

    Recently the UZH research group of Johan Chang uncovered - using angle-resolved photoemission electron spectroscopy - the nature of the Mott phase in Ca2RuO4 that has puzzled for decades.

  • Topology Workshop

    Workshop: Topologische Phänomene in Quanten-Materialien

    Experimentelle und theoretische Physiker trafen sich am 21. und 22. November, um neue Entwicklungen in der Forschung an topologischen und spin-bahn-gekoppelten stark korrelierten Materialien zu diskutieren.

  • Logo

    ZPW17 - the second run of the LHC

    Zurich Phenomenology Workshop is a forum for particle physics researchers to discuss the latest developments in phenomenology. It will take place in Zurich January 9-11 2017.

  • Mechanical Workshop

    Werkstattkurs für Studierende

    Im Januar und Februar findet der Werkstattkurs für Studierende im dritten Semester statt.

  • LHCb Event

    LHCb - wo ist die Antimaterie geblieben?

    Am LHCb Experiment wird erforscht, was nach dem Urknall passierte, so dass das Universum heute hauptsächlich aus Materie und nicht aus Antimaterie besteht.

  • Gran Sasso Laboratory

    Darwin experiment in CERN Courier

    The DARWIN observatory proposed to be built at Gran Sasso in the mid-2020s promises to be the ultimate dark-matter detector, probing the WIMP paradigm to its limit (more).

  • Mechanical Workshop

    CMS - upgrade barrel pixel detector

    The upgraded CMS barrel pixel detector system was built in part at the Physik Institut by the CMS group. In January 2017, the four cylindrical half-shell systems were sent to PSI.

  • Dark Matter

    Xenoscope: ein Observatorium für dunkle Materie und Neutrinos

    UZH Physik Professorin Laura Baudis hat einen ERC (European Research Council) Grant zur Erforschung von Dunkler Materie und Neutrinos erhalten.

  • Vector Bosons

    Theory meets Experiment in Particle Physics

    Theoretical particle physicists of UZH have completed new precision calculations for processes involving vector boson pairs that describe the LHC data at unprecedented accuracy

  • Gran Sasso Laboratory

    Publikation in Nature - Neue Resultate von GERDA

    Die GERDA Kollaboration hat in am 6. April 2017 in Nature neue Resultate  über die Jagd nach dem Neutrinolosen Doppelten Betazerfall publiziert

  • LHCb RK*

    LHCb - new results that test lepton universality

    New measurements by the LHCb experiment show an unexpected  deviation from  predictions by the Standard Model of particle physics.

     

  • CMS insertion

    CMS - barrel pixel detector inserted

    The upgraded CMS barrel pixel detector system was built in part at the Physik Institut by the CMS group during the past 5 years. Beginning of March 2017 it was inserted into the CMS detector at CERN.

  • Dark Matter

    Die verborgenen Kräfte im Universum

    Im Interview mit GeoKompakt spricht UZH Physik Professorin Laura Baudis spricht über dunkle Materie und dunkle Energie

  • Open Day

    Tag der offenen Tür 2017, 27. November

    Mitarbeitende des Physik-Instituts präsentierten 40 Poster mit aktuellen Forschungsergebnissen und Ideen für zukünftige Experimente und führten durch die mechanische Werkstatt und die Forschungslabors.

  • Radioactivity

    Seminar at 14:00, 16-G-05: Triple-GEM optical readout

    Davide Pinci from Istituto Nazionale di Fisica Nucleare, Sezione di Roma, will speak about "GEM Optical Readout for a High Resolution TPC"

  • Scientifica

    Scientifica 2017 - was Daten verraten

    Unser Institut war an der Scientifica 2017 mit einer Physik Show, zwei Kurzvorlesungen und einer Präsentation vertreten.

     

  • LHCb

    LHCb - a new charming particle

    LHCb reports the observation of a new particle with two charm and one up quark. The mass is about 3621 MeV, which is almost four times heavier than the proton. It is the first time that such a particle has been unambiguously detected.

     

  • Weyl Fermion

    Annihilation of Weyl fermions observed in a crystal

    A collaboration of researchers from Beijing, Princeton, and the University of Zurich demonstrated how Weyl fermion excitations can be annihilated in a crystal via the application of a strong magnetic field.

  • Gravitational waves

    Gravitational Waves - Nobel Prize 2017 in physics

    The prize was awarded to R. Weiss, B. Barish and K. Thorne for their contributions to the LIGO detector, which directly detected gravitational waves for the first time in 2015. The group of Philippe Jetzer of UZH is involved in research with gravitational waves.

  • Group Neupert

    ERC-Projekt zur Erforschung von Quantenmaterie

    Titus Neupert, Assistenz-Professor für theoretische Festkörperphysik hat einen ERC (European Research Council) Grant zur Erforschung neuer Quantenmaterialien erhalten.