1. Theory of induced superconductivity in graphene
Mikhail A. Skvortsov
Mikhail V. Feigel’man
Konstantin S. Tikhonov
Landau Institute, Moscow
Pis'ma v ZhETF 88, 780 (2008) [JETP Lett. 88, 747 (2008)]

2. Graphene + superconducting islands

3. Graphene

4. Superconductive proximity effect in graphene

5. Usadel equation in graphene

6. Josephson coupling via disordered graphene

7. Thermal phase transition

8. Transition temperature vs GT

9. Superfluid density below Tc?

10. Spectral gap

11. Spectral gap vs GT

12. Spectral gap

13. Spectral gap in an irregular system

14. Two-energy-scale superconductivity

15. Magnetic field effect (low T, low H)

16. Magnetic field effect (low T, high H)

17. Phase diagram ?

18. Experiment: Tin islands on graphene

19. Experiment: Tin islands on graphene

20. Summary