Space-resolved quantum metric evaluation on a disordered graphene tight-binding model with vacancy defects; numerical diagonalization of finite open-boundary lattices and projector-based evaluation of the quantum metric marker.
Settings
modelnearest-neighbor tight-binding on honeycomb lattice
analysisquantum metric decomposition into vacancy-pair and residual contributions
simulation tight bindingtopic Topological Materials and Phenomenatopic Quantum and electron transport phenomenatopic Graphene research and applications
Space-resolved quantum metric evaluation on a disordered graphene tight-binding model with vacancy defects; numerical diagonalization of finite open-boundary lattices and projector-based evaluation of the quantum metric marker.
Settings
modelnearest-neighbor tight-binding on honeycomb lattice
analysisquantum metric decomposition into vacancy-pair and residual contributions
simulation tight bindingtopic Topological Materials and Phenomenatopic Quantum and electron transport phenomenatopic Graphene research and applications
Space-resolved quantum metric evaluation on a disordered graphene tight-binding model with vacancy defects; numerical diagonalization of finite open-boundary lattices and projector-based evaluation of the quantum metric marker.
Settings
modelnearest-neighbor tight-binding on honeycomb lattice
analysisquantum metric decomposition into vacancy-pair and residual contributions
simulation tight bindingtopic Topological Materials and Phenomenatopic Quantum and electron transport phenomenatopic Graphene research and applications
Space-resolved quantum metric evaluation on a disordered graphene tight-binding model with vacancy defects; numerical diagonalization of finite open-boundary lattices and projector-based evaluation of the quantum metric marker.
Settings
modelnearest-neighbor tight-binding on honeycomb lattice
analysisquantum metric decomposition into vacancy-pair and residual contributions
simulation tight bindingtopic Topological Materials and Phenomenatopic Quantum and electron transport phenomenatopic Graphene research and applications
