A. Lipniacka
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View article: Machine learning classification of sphalerons and black holes at the LHC
Machine learning classification of sphalerons and black holes at the LHC Open
In models with large extra dimensions, “miniature” black holes (BHs) might be produced in high-energy proton–proton collisions at the Large Hadron Collider (LHC). In the semi-classical regime, those BHs thermally decay, giving rise to larg…
View article: Exploring CP violation in $$\varvec{H \rightarrow \tau ^+\,\tau ^-\,\gamma }$$
Exploring CP violation in $$\varvec{H \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ Open
We propose a method of measuring the CP-odd part of the Yukawa interaction of Higgs boson and $$\tau $$ leptons by observing the forward–backward asymmetry in the decay $$H \rightarrow \tau ^+ \, \tau ^- \, \gamma $$ . The sou…
View article: Exploring CP violation in $H \to τ^+ τ^- γ$
Exploring CP violation in $H \to τ^+ τ^- γ$ Open
We propose a method of measuring the CP-odd part of the Yukawa interaction of Higgs boson and $τ$ leptons by observing the forward-backward asymmetry in the decay $H \to τ^+ \, τ^- \, γ$. The source of such asymmetry is the interference of…
View article: A quantum mechanical well and a derivation of a $\pi^2 $ formula
A quantum mechanical well and a derivation of a $\pi^2 $ formula Open
Quantum particle bound in an infinite, one-dimensional square potential well\nis one of the problems in Quantum Mechanics (QM) that most of the textbooks\nstart from. There, calculating an allowed energy spectrum for an arbitrary wave\nfun…
View article: A quantum mechanical well and a derivation of a $π^2 $ formula
A quantum mechanical well and a derivation of a $π^2 $ formula Open
Quantum particle bound in an infinite, one-dimensional square potential well is one of the problems in Quantum Mechanics (QM) that most of the textbooks start from. There, calculating an allowed energy spectrum for an arbitrary wave functi…
View article: Luminosity from thermal neutron counting with MPX detectors and relation to ATLAS reference luminosity at √<i>s</i>= 8 TeV proton-proton collisions
Luminosity from thermal neutron counting with MPX detectors and relation to ATLAS reference luminosity at √<i>s</i>= 8 TeV proton-proton collisions Open
A luminosity determination based on thermal neutron counting with six MPX silicon pixel devices installed in the ATLAS cavern is presented. Recently, the ATLAS Collaboration published final √s=8 TeV luminosity results. This made possible t…