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The Future is Flavourful

4–6 Jun 2024
NYCU
Asia/Taipei timezone

Session

Quark Flavours

5 Jun 2024, 11:00
Science Building III/SC353 (NYCU)

Science Building III/SC353

NYCU

300, Hsinchu City, East District, No. 26, Prosperity 1st Rd

Conveners

Quark Flavours

  • Hsiang-nan Li (Academia Sinica)

Quark Flavours

  • Guey-Lin Lin (Institute of Physics, National Yang Ming Chiao Tung University, Hsinchu, Taiwan)

Quark Flavours

  • Anthony Francis (National Yang Ming Chiao Tung University)

Presentation materials

There are no materials yet.

  1. 22. Lattice extraction of the TMD soft function and CS kernel with the auxiliary field representation of the Wilson line
    Dr Wayne Morris (National Yang Ming Chiao Tung University)
    05/06/2024, 11:00

    The TMD soft function may be obtained by formulating the Wilson line in terms of auxiliary 1-dimensional fermion fields on the lattice. We take inspiration from heavy quark effective theory (HQET) in order to define the auxiliary field. Our computation takes place in the region of the lattice that corresponds to the “spacelike” region in Minkowski space in order to obtain the Collins soft...

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  2. 20. Parton Distribution Functions in the Schwinger Model with Tensor Network States
    Manuel Schneider (NYCU)
    05/06/2024, 11:30

    Parton Distribution Functions (PDFs) describe universal properties of bound states and allow to calculate scattering amplitudes in processes with large momentum transfer. Calculating PDFs involves the evaluation of correlators involving a Wilson line in lightcone-direction. In contrast to Monte Carlo methods in euclidean spacetime, these correlation functions can be directly calculated in the...

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  3. 25. Using the magnetic equation of state to determine the curvature of the chiral phase transition line of (2+1)-flavor QCD
    Mugdha Sarkar (National Taiwan University)
    06/06/2024, 11:00

    We analyze the variation of the chiral phase transition temperature as a function of the baryon number and strangeness chemical potentials by calculating the leading order curvature coefficients in the light and strange quark flavor basis as well as in the conserved charge ($B, S$) basis. Making use of scaling properties of the magnetic equation of state (MEoS) and including diagonal as well...

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  4. 28. Quark flavor violation and axion-like particles from top-quark decays at the LHC
    Fei-Tung Chung (National Tsing Hua University)
    06/06/2024, 16:00

    We study axion-like particles (ALPs) with quark-flavor-violating couplings at the LHC.
    Specifically, we focus on the theoretical scenario with ALP-top-up and ALP-top-charm interactions, in addition to the more common quark-flavor-diagonal couplings.
    The ALPs can thus originate from decays of top quarks which are pair produced in large numbers at the LHC, and then decay to jets.
    If these...

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