How Bilayer Graphene Got a Bandgap

(2:1econd)

Josh Folk: Novel electronic states in twisted double bilayer graphene

(37:36)

Transport in bilayer graphene -- Glenn Wagner (Oxford)

(9:46)

James Hone: Hydrodynamic Conductivity and Viscosity in Bilayer and Monolayer Graphene

(49:48)

TWISTED BILAYER GRAPHENE

(17:25)

Twistronics: building moiré superlattices from 2D materials

(3:18)

Spontaneous Symmetry Breaking in Few-Layer Graphene: An Introduction to Graphene Research

(10:50)

Jian Kang | Continuum field theory of graphene bilayer system

(1:3:51)

Vladimir Falko - Electronic Properties of Bilayer Graphene, from High to Low Energies

(1:18:32)

Jin Shu Li about collective modes of twisted bilayer graphene

(3:6)

[Research Paper] Observation of a flat band in millimeter-scale magic-angle twisted bilayer graphene

(8:33)

Quantum Lattice example showing the electronic structure of near magic twisted bilayer graphene

(26)

Strange symmetry of Moiré Patterns in bilayer graphene |7.34| Quantum Materials

(11:56)

Known knowns and known unknowns in magic angle twisted bilayer graphene - Allan MacDonald

(33:23)

Lin Lin - Interacting models for twisted bilayer graphene: quantum chemistry approach - IPAM at UCLA

(58:26)

Magnetic field driven quantum phases in magic-angle twisted bilayer graphene | Ipsita Das, ICFO

(1:6:17)

Glenn Wagner - Hydrodynamic Transport in Bilayer Graphene

(1:6:)

The Miracle Material: Graphene

(5:59)

Steering the current flow in twisted bilayer graphene

(53:43)

Domain wall competition in the Chern insulating regime of twisted bilayer graphene

(10:11)

Allan MacDonald - Twisted Bilayer Graphene: Fractional Quantum Hall Effect Reprise?

(33:59)