The $C\!P$ violation measurements represent one of the key topic covered by the LHCb collaboration.The time-dependent $C\!P$ violation measurements requires the knowledge of the flavour at production of the $B$ signal candidate, thus the flavour tagging tool represents a fundamental ingredient for this kind of analyses. In this contribution the most recent results in the flavour tagging achieved at the LHCb experiment are highlighted
The $\textit{CP}$-violation observables $C$ and $S$ are measured in the study of decay-time-dependen...
The calibration and performance of the opposite-side flavour tagging algorithms used for the measure...
An algorithm is described for tagging the flavour content at production of neutral $B$ mesons in the...
Studies of $C\!P$ violation can be used to test the Standard Model and might give insight into New P...
Flavour Tagging at the LHCb experiment is a fundamental tool for the measurement of B oscillations a...
The LHCb purposes are to make precise measurements in $B$ and $D$ meson decays. In particular in tim...
Flavour tagging, i.e. the inference of the production flavour of reconstructed B hadrons, is essen- ...
Flavour tagging, i.e. the inference of the production flavour of reconstructed $b$ hadrons, is essen...
The identification of the flavour of reconstructed Bd and Bs mesons at production is necessary for t...
The Flavour Tagging technique allows to identify the B initial flavour, required in the measurements...
Decay-time-dependent measurements of $B$ mesons require knowledge of the initial $B$ flavour. At LHC...
In this thesis new developments of $\textit{Flavour Tagging}$ algorithms for the $LHCb$ experiment a...
Measurements of flavour oscillations and time-dependent CP asymmetries in neutral B meson systems re...
The LHCb (a L ar ge Hadr on Col lider Be auty Exp eriment) c ol lab or ation is involve d in an exp ...
Identifying the flavour of neutral B mesons production is one of the most important components neede...
The $\textit{CP}$-violation observables $C$ and $S$ are measured in the study of decay-time-dependen...
The calibration and performance of the opposite-side flavour tagging algorithms used for the measure...
An algorithm is described for tagging the flavour content at production of neutral $B$ mesons in the...
Studies of $C\!P$ violation can be used to test the Standard Model and might give insight into New P...
Flavour Tagging at the LHCb experiment is a fundamental tool for the measurement of B oscillations a...
The LHCb purposes are to make precise measurements in $B$ and $D$ meson decays. In particular in tim...
Flavour tagging, i.e. the inference of the production flavour of reconstructed B hadrons, is essen- ...
Flavour tagging, i.e. the inference of the production flavour of reconstructed $b$ hadrons, is essen...
The identification of the flavour of reconstructed Bd and Bs mesons at production is necessary for t...
The Flavour Tagging technique allows to identify the B initial flavour, required in the measurements...
Decay-time-dependent measurements of $B$ mesons require knowledge of the initial $B$ flavour. At LHC...
In this thesis new developments of $\textit{Flavour Tagging}$ algorithms for the $LHCb$ experiment a...
Measurements of flavour oscillations and time-dependent CP asymmetries in neutral B meson systems re...
The LHCb (a L ar ge Hadr on Col lider Be auty Exp eriment) c ol lab or ation is involve d in an exp ...
Identifying the flavour of neutral B mesons production is one of the most important components neede...
The $\textit{CP}$-violation observables $C$ and $S$ are measured in the study of decay-time-dependen...
The calibration and performance of the opposite-side flavour tagging algorithms used for the measure...
An algorithm is described for tagging the flavour content at production of neutral $B$ mesons in the...
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