The Stefan Meyer Institute (SMI) of the Austrian Academy of Sciences is devoted to basic research in the field of subatomic physics. Our research focuses on the study of fundamental symmetries and interactions. We specialise in precision experiments using exotic atoms, exotic meson-nucleus bound states as well as hadrons (elementary particles consisting of quarks and held together by the strong interaction) as an integral part of international collaborations at large-scale re-search facilities in Europe and Japan.
We aspire to perform research that increases the understanding of fundamental physics principles while simultaneously providing opportunities for young Austrians to obtain valuable experience at institutes unavailable to them at home.
The Stefan Meyer Institute (SMI) of the Austrian Academy of Sciences is devoted to basic research in the field of subatomic physics. Our research focuses on the study of fundamental symmetries and interactions. We specialise in precision experiments using exotic atoms, exotic meson-nucleus bound states as well as hadrons (elementary particles consisting of quarks and held together by the strong interaction) as an integral part of international collaborations at large-scale re-search facilities in Europe and Japan.
We aspire to perform research that increases the understanding of fundamental physics principles while simultaneously providing opportunities for young Austrians to obtain valuable experience at institutes unavailable to them at home.
The Stefan Meyer Institute (SMI) of the Austrian Academy of Sciences is devoted to basic research in the field of subatomic physics. Our research focuses on the study of fundamental symmetries and interactions. We specialise in precision experiments using exotic atoms, exotic meson-nucleus bound states as well as hadrons (elementary particles consisting of quarks and held together by the strong interaction) as an integral part of international collaborations at large-scale re-search facilities in Europe and Japan.
We aspire to perform research that increases the understanding of fundamental physics principles while simultaneously providing opportunities for young Austrians to obtain valuable experience at institutes unavailable to them at home.
The Stefan Meyer Institute (SMI) of the Austrian Academy of Sciences is devoted to basic research in the field of subatomic physics. Our research focuses on the study of fundamental symmetries and interactions. We specialise in precision experiments using exotic atoms, exotic meson-nucleus bound states as well as hadrons (elementary particles consisting of quarks and held together by the strong interaction) as an integral part of international collaborations at large-scale re-search facilities in Europe and Japan.
We aspire to perform research that increases the understanding of fundamental physics principles while simultaneously providing opportunities for young Austrians to obtain valuable experience at institutes unavailable to them at home.
The Stefan Meyer Institute (SMI) of the Austrian Academy of Sciences is devoted to basic research in the field of subatomic physics. Our research focuses on the study of fundamental symmetries and interactions. We specialise in precision experiments using exotic atoms, exotic meson-nucleus bound states as well as hadrons (elementary particles consisting of quarks and held together by the strong interaction) as an integral part of international collaborations at large-scale re-search facilities in Europe and Japan.
We aspire to perform research that increases the understanding of fundamental physics principles while simultaneously providing opportunities for young Austrians to obtain valuable experience at institutes unavailable to them at home.
The Stefan Meyer Institute (SMI) of the Austrian Academy of Sciences is devoted to basic research in the field of subatomic physics. Our research focuses on the study of fundamental symmetries and interactions. We specialise in precision experiments using exotic atoms, exotic meson-nucleus bound states as well as hadrons (elementary particles consisting of quarks and held together by the strong interaction) as an integral part of international collaborations at large-scale re-search facilities in Europe and Japan.
We aspire to perform research that increases the understanding of fundamental physics principles while simultaneously providing opportunities for young Austrians to obtain valuable experience at institutes unavailable to them at home.
Am 1. März findet am SMI im Seminarraum das Masterclasses ALICE statt.
Sei für einen Tag TeilchenphysikerIn und erfahre an unserem Institut mehr über die allerneuesten Forschungsergebnisse. Du selbst kannst experimentelle Daten vom LHC in 2er Gruppen am PC auswerten.
Das SMI präsentiert im Rahmen der Plus Lucis Fortbildungswoche ihre aktuelle Forschung der Teilchenphysik zu Antimaterie und Dunkler Materie und zeigen anhand von Beispielen, wie Experimente in Wien vorbereitet werden, bevor sie an den großen Beschleunigeranlagen zum Einsatz kommen.
On 14.12.2022 at 17:00 SMI Seminar takes place at the seminar room on the 3rd floor. René Steinbrügge will talk about "X-ray spectroscopy of highly charged ions with synchrotron light sources"
At its recent meeting in Madrid, NuPECC took the decision to launch the process of creating a new Long Range Plan (LRP) for Nuclear Physics in Europe, identifying opportunities and priorities for nuclear science in Europe, with the aim of publishing the document in 2024.
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