ARPES has a wide range of applications that includes:

1. carbon based materials:
     graphene, molecular electronics (HR-ARPES),
     carbon nanotubes, BN nanostructure (nano-ARPES);
2. transition metal oxides:
     quantitative analysis of electron interactions,
     Fermi surfaces, renormalisation, energy gaps;
3. heavy Fermions:
     ultra small bandwidth dispersions;
4. new materials:
     ARPES as soon as single crystals are grown,
     nano-ARPES from inclusions and samples that are difficult to cleave;
5. surfaces & interfaces:
     molecular adsorbates, ultrathin films,
     stepped surfaces, epitaxially grown nano-wires,
     topological insulators.