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Towards real-world molecular pathology diagnosis of cancer with cross-modal AI
Wang X +14 more
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Moscow University Physics Bulletin (English Translation of Vestnik Moskovskogo Universiteta, Fizika), 2022 We review four most precise measurements from charm physics program at the LHCb during 2021. These include the first observation of non-zero mass difference between neutral charm-meson eigenstates, the world most precise determination of both time ...
Ek-In, Surapat
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The Renaissance of Charm Physics
AIP Conference Proceedings, 2006A review of charm physics is presented, with an emphasis on decays of open‐charm particles. An ongoing renaissance is in progress, with charm playing an important role in weak flavor physics. It is the unique venue among up‐like quarks to perform precision tests to complement K and B physics.
R A Briere
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AIP Conference Proceedings, 2006
I review the status of charm physics, emphasizing recent results and future prospects. Spectroscopy and production are omitted in favor of an emphasis on decays.
R A Briere
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I review the status of charm physics, emphasizing recent results and future prospects. Spectroscopy and production are omitted in favor of an emphasis on decays.
R A Briere
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Comptes Rendus Physique, 2012 Charm particles provide a unique opportunity to study particle-antiparticle mixing induced by virtual down-type quarks. CP violation in charm physics is still a Terra Incognita which remains to be explored.
Ikaros I Bigi
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International Journal of Modern Physics A, 2009
Nobody doubts that the discovery of hadrons with charm of the hidden and open variety – i.e. charmonium as well as D mesons – was instrumental in the acceptance of the Standard Model (SM) in general, and of quarks as physical degrees of freedom, rather than objects of mere mathematical convenience, in particular. Yet charm is all too often viewed as a
D. M. Asner +22 more
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Nobody doubts that the discovery of hadrons with charm of the hidden and open variety – i.e. charmonium as well as D mesons – was instrumental in the acceptance of the Standard Model (SM) in general, and of quarks as physical degrees of freedom, rather than objects of mere mathematical convenience, in particular. Yet charm is all too often viewed as a
D. M. Asner +22 more
openaire +1 more source
AIP Conference Proceedings, 2004
The CLEO‐c and BESIII detectors at the CESR and BEPC accelerators, respectively, will collect in the near term large data sets of e+e− → cc events in the energy range s = 3 – 5GeV. These data sets will correspond to a huge fractional increase over the size of current ones. The physics goals and unique advantages of running at charm threshold production
openaire +1 more source
The CLEO‐c and BESIII detectors at the CESR and BEPC accelerators, respectively, will collect in the near term large data sets of e+e− → cc events in the energy range s = 3 – 5GeV. These data sets will correspond to a huge fractional increase over the size of current ones. The physics goals and unique advantages of running at charm threshold production
openaire +1 more source