Keisuke Ohtani

Constraining the strangeness content of the nucleon by measuring the ϕ meson mass shift in nuclear matter

The behavior of the

Parity projection of QCD sum rules for the nucleon

\ensuremath{\phi}

Novel wedge-shaped doubly inclined chamber for the flow-through separation of suspended particles

meson at finite density is studied, making use of a QCD sum rule approach in combination with the maximum entropy method. It is demonstrated that a possible mass shift of the

A Bayesian analysis of the nucleon QCD sum rules

\ensuremath{\phi}

QCD sum rules on the complex Borel plane

in nuclear matter is strongly correlated to the strangeness content of the nucleon, which is proportional to the strange sigma term,

Charmed baryon Λc in nuclear matter

{\ensuremath{\sigma}}_{sN}={m}_{s}⟨N|\overline{s}s|N⟩

Negative-parity nucleon excited state in nuclear matter

. Our results furthermore show that, depending on the value of

Relating the strangeness content of the nucleon with the mass shift of the ϕ meson in nuclear matter

{\ensuremath{\sigma}}_{sN}

Measuring the Strangeness Content of the Nucleon by Observing the ϕ-Meson Mass Shift in Nuclear Matter

, the

Vector mesons at finite density from QCD sum rules and the maximum entropy method

\ensuremath{\phi}