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- | <slider hochhaus_karlsruhe.jpg> | + | {{ p3h_logo_exa_sites_vertical_lateral_text.png }} |
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+ | /*<slider hochhaus_karlsruhe.jpg>*/ | ||
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</ | </ | ||
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====== Welcome ====== | ====== Welcome ====== | ||
- | The Collaborative Research Center | + | The Collaborative Research Center |
- | Karlsruhe Institute of Technology, | + | (DFG). |
- | (DFG). | + | \\ |
+ | \\ | ||
+ | Particle physics has long established itself as an important research discipline focused on understanding nature at a fundamental level. The current knowledge is summarized in a theory called the Standard Model of particle physics that describes strong and electroweak interactions. The discovery of the Higgs boson in 2012 formally completes the Standard Model and provides us with a consistent mathematical framework that can be used to describe nature in fine detail. However, several aspects of the Standard Model force us to raise questions about the foundations of this theory. Many proposed answers to these questions suggest that the Standard Model is a low-energy approximation to a much more fundamental theory that we strive to discover. | ||
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+ | Scientists of the CRC will conduct research in the phenomenology of elementary particles, focusing in particular on physics related to the Higgs boson, the physics of top quarks, electroweak gauge bosons, jets, and dark matter, as well as flavor physics. Our goal is to develop novel concepts and methodologies to search for physics beyond the Standard Model through precise measurements at the LHC, at flavor factories and elsewhere. | ||
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+ | ---- | ||
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+ | ==== Open positions ==== | ||
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+ | The CRC has openings for postdoctoral and Ph.D. positions. More information can be found [[: | ||
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+ | <WRAP centerbox> | ||
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+ | ---- | ||
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+ | == News == | ||
+ | {{blog> | ||
+ | [[allnews|View all events]] | ||
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+ | / | ||
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+ | < | ||
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+ | == Recent Seminars == | ||
+ | {{namespace>: | ||
+ | [[seminars: | ||
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+ | {{page>: | ||
- | Particle physics has long established itself as an important research discipline focused on understanding Nature at a fundamental level. The current knowledge is summarized in a theory called the Standard Model (SM) of particle physics that describes strong and electroweak interactions. The recent discovery of the Higgs boson formally completes the SM and provides us with a consistent mathematical framework that can be used to describe Nature in fine detail. However, several aspects of the SM force us to raise questions about the foundations of this theory. Many proposed answers to these questions suggest that the SM is a low-energy | ||
- | approximation to a much more fundamental theory that we strive to discover. | ||
- | Scientists of the CRC will conduct research in phenomenology of elementary particles focusing, in particular, on the physics of Higgs boson, | + | </ |
- | physics of top quarks, electroweak gauge bosons and jets and flavour physics. Our goal is to develop the necessary methodologies to search | + | |
- | for physics beyond the Standard Model through precise measurements at the LHC, flavour factories and elsewhere. | + | |
- | {{page>: |