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.
Yesterday we hosted a Seminar with Iain Stewart (MIT). The title of his talk was "The Strong Interaction at 50 Years: Less Puzzling, More Rich, and Still Mysterious".
Thanks for coming!
Am 24. März lud das SMI SchülerInnen ein, die Welt der experimentellen Teilchenphysik kennenzulernen.
Drei Gymnasien aus Niederösterreich und Wien folgten diesem Aufruf.
First results from our deuterium beam: The preprints of our latest publication are available! In this work we exploit an outstanding sensitivity increase mediated by deuterium properties to constrain special types of symmetry breaking.
30 hours per week, for a duration of three years, for the ALICE experiment.
Please apply here: https://www.oeaw.ac.at/jobs?jh=0xghimn7u9pmiamtbyex01wz87u1sqh
We are looking forward to you!
full time - for a duration for three years
for the ALICE Experiment
please apply here: https://www.oeaw.ac.at/jobs?jh=bf07btnyqzvddih56f5fdczob16i8qv
We look forward to you!
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