This is a planning site for the upcoming video calendar project. For inquirys and material submission, please us info@qmat.fi.

1. Graphene – the thinnest material in the world
2. Superconductivity (discovered OTD in 1911) 
3. High-temperature superconductors
4. Topological insulators
5. Quantum dots – artificial atoms
6. Magnetic monopole analogues in spin ice
7. The quantum Hall effect
8. Majorana fermions in materials
9. Magic-angle twisted bilayer graphene
10. Van der Waals heterostructures
11. Skyrmions in magnetic materials
12. Heavy-fermion materials
13. Mott insulators and the electron “traffic jam”
14. Quantum phase transitions
15. Spintronics – harnessing spin
16. Superconducting qubits
17. Topological qubits – hope for stability
18. 2D materials beyond graphene
19. Quantum materials in sensors
20. Room-temperature superconductivity – hype and reality
21. Quantum materials and light
22. Bose–Einstein condensate in materials
23. A Finnish perspective: QMAT, what is that?
24. Future vision: quantum materials in everyday lifea