Multifaceted aspects of flat Bands

Synopsis

Theories and experiments for the flat band physics.

Schedule

  • Time: 2021. Dec. 18 (Sat) ~ Dec. 21 (Tue)
  • Space: zoom

Program


Dec 18
  • 10 am 신상진 A new horizon of strong correlation physics through flat band physics
  • 11 am 김기훈 Current status of kagome metal growth efforts in CeNSCMR
  • 12 am 김재용 Recent studies on synthesis and characterization of Kagome metals
  • 3 pm 최재윤 Ferromagnetism of Fermi gas in flat bands
  • 4 pm 신용일 Floquet engineering of topological flat bands in optical lattices
    • 5 pm 서정필 Measurement of flat bands using tunneling spectroscopy



Dec 19

    • 10 am 문순재 Optical characterization of flat band strange metal
    • 11 am 김용관 Electronic structure study on possible unconventional phases in the flat band system
    • 12 am 천상모 Fate of flat bands under strong correlation
    • 3 pm 조준형 Flat and Dirac bands in kagome lattices Fe3Sn2 and FeSn.
    • 4 pm 한명준 Recent progress on the many-body electronic structure calculation methods
    • 5 pm 김근영 Holographic perspective on flat band


Dec 20
    • 10 am 신상진 Flat band instability and quantum phase transitions
    • 11 am 김기훈 High pressure tuning of localized to itinerant ferromagnetism in electrides and 2D layered honeycomp lattice
    • 12 am 김재용 Application of pressure on transports of Kagome metals
    • 3 pm 최재윤 Spin imbalanced pairing of Fermi gas in flat bands
    • 4 pm 신용일 Bose-Einstein condensation in flat bands
    • 5 pm 서정필 Flat bands in heterostructures

Dec 21
    • 10 am 문순재 Density wave formation in Kagome metals
    • 11 am 김용관 Methodology to make the flat band flat
    • 12 am 천상모 Correlation-induced phase transition of flat bands
    • 3 pm 한명준 Real material simulation and design from first principles
    • 4 pm 조준형 Design of flat bands in electrides
    • 5 pm 김근영 Holographic perspective on QCP

Organizer

  • Sang-Jin Sin
  • Soonjae Moon
  • Keun-Young Kim

Sponsor