Quantum Matter and Quantum Information with Holography
August 23 (Sun), 2020 ~ August 31 (Mon), 2020
■ Program

    file
    - The name of the chair of the each talk is written in (     ).


    a) Lecture (total, three hours):
    - 50 minutes talk + 10 minutes official Q/A + up to 15 minutes free discussion
    b) Regular Seminar:
    - 30 minutes talk + 10 minutes official Q/A + up to 20 minutes free discussion
    c) TED-style shot talk:
    - 15 minutes talk + 5 minutes official Q/A + up to 20 minutes free discussion


    Lecture

    

    Masazumi Honda: Introduction to Quantum Computation for Particle Physicists (8/23,30) [QC_APCTP (2).pdf]

    Matteo Baggioli: Phases of Matter & Collective Excitations in the eyes of a high energy theorist (8/26,27,28) [lectures-matteo.pdf]

    Gustavo Joaquin Turiaci: Quantum aspects of 2D gravity and applications to higher dimensions (8/30,31) [Turiaci.pdf]

    Pei-Ming Ho: Dynamical black holes and information loss paradox (8/30,31) [InformationLossParadox-APCTP.pdf]

    Bartlomiej CzechThe many uses of the modular Berry phase (8/30,31)


    Seminar

    

    ------8.23------

    Norihiro Iizuka : ANEC !? ---  No! It's CANEC !



    ------8.24------


    Sung-Sik Lee : A model of quantum gravity with emergent spacetime [QG_2020_APCTP_new.pdf]

    Gil Young Cho : Novel Non-Fermi Liquids in Conducting 2d Networks [NFL-in-Network.pdf]

    Eun-Gook Moon : Topological Phase Transitions in Kitaev Quantum Spin Liquids

    Ki-Seok Kim : Emergent holographic description for strongly correlated systems

    Koenraad SchalmDetecting chaos in hydrodynamics 


    ------8.25------


    Nakwoo Kim : Hamilton-Jacobi Formulation of Holographic Renormalization and Supersymmetry [qmqi2020nkim.pdf]

    Shin Nakamura : Current-driven tricritical point in large-Nc gauge theory [APCTP-Focus-20200825_forPostv1.pdf]

    Ioannis Papadimitriou : Complex SYK model from AdS3 gravity

    Chong-Sun Chu : Weyl Anomaly, Casmir Effects and Condensate [talk.pdf]

    Dongmin GangWrapped M5-branes : From topological matters to blackholes [APCTP-2020-08-2.pdf]


    ------8.26------


    Sera Cremonini : Constraining Non-Relativistic RG Flows with Holography [QuantumMatterConference_Cremonini.pdf]

    Sang-Jin Sin : Ginzberg-Landau-Wilson theory for Flat band,  Fermi-arc and pseudo gap for Strongly interacting system [2008.focus.pdf]

    Yi Ling : Holographic superconductor induced by CDW [YiLingholo2020.pdf]

    Li Li : Magnetophonon and Magnetotransport in Holography [APCTP_LiLi.pdf]

    ------8.27------


    Yunseok Seo : Thermodynamics of non-Dirac materials from holography [2008_Focus_yseo0.pdf]

    Chanyong Park : Time-dependent entanglement entropy in FLRW cosmologies [2020.08.27_Time-dependent entanglement entropy in FLRW cosmologies.pdf]

    Kyung Kiu Kim : Hysteric Magnetoconductance [Focus_2020_08_KyungKiuKim.pptx]

    Jung-gi YoonEntanglement Islands (and Janus Black Holes) [APCTP_Yoon.pdf]

    Ya-Wen Sun : Topological modes in relativistic hydrodynamics [topohydroapctp.pdf]

    Xian-Hui Ge : Hyperscaling violating black hole solutions and transports of quantum critical points [XianHuiGeholo2020.pdf]

    ------8.28------


    Bohm Jung Yang : Quantum distance and anomalous Landau levels of flat bands

    Yan Liu : Quantum chaos in topologically massive gravity [qcTMG-APCTP.pdf]

    Keun-Young Kim : Chaos, Diffusion and Pole-skipping 

    Viktor Jahnke : Scrambling and Pole-skipping in Hyperbolic Black Holes [seminarAPCTP2020_VJ.pdf]

    Mitsuhiro Nishida : Pole-skipping phenomena in CFTs [APCTP0828_MitsuhiroNishida.pdf]

    ------8.29------


    Vijay Balasubramanian : Quantum complexity of time evolution with chaotic Hamiltonians

    Run-Qiu Yang : Upper bound of cross-section inside black holes and complexity growth rate [APCTP2020.pdf]

    Arpan Bhattacharyya : Probing Inverted Harmonic Oscillator using Circuit Complexity [Quantum Matter and Quantum Information With Holography - Talk.pdf]

    Koji HashimotoBuilding Bulk from Wilson Loops [Hashimoto.pdf]
    René Meyer : Strongly Correlated Dirac Materials, Electron Hydrodynamics & AdS/CFT [ReneMeyer.pdf]