School program

Summer School program. The final program, including minor shifts in the schedule, will be set once all the speakers have confirmed their participation and their exact availability. 


Confirmed speakers:


 

Monday, July 10

08:3009:00 Students registration

09:0009:30 Official Opening of the School (Scientific Coordinators speeches)

09:3011:00 Lecture: Prof. Aharon Kapitulnik

“Time reversal symmetry breaking effects in 2D topological materials"

11:0011:30 Coffee Break

11:3013:00 Lecture: Prof. Pablo Jarillo-Herrero

Next Generation Moiré Quantum Matter"

13:0014:30 Lunch

14:3016:00 Lecture: Prof. Marco Polini,

“Twisted 2D materials as structurally-chiral plasmonic cavities"

16:0016:30 Coffee Break

16:3018:00 Lecture: Prof. Sergio Pezzini,

“Twisted devices from CVD graphene"

18:0021:00 Poster session & aperitivo

 

Tuesday, July 11

09:0010:30 Lecture: Prof. Janina Maultzsch

"Optical spectroscopy for understanding 2D materials"

10:3011:00 Coffee Break

11:0012:30 Lecture: Prof. Walter de Heer,

"Epigraphene electronics: the exceptional edge state and high mobility semiconducting graphene"

12:3014:00 Lunch

14:0015:30 Lecture: Prof. Floriana Lombardi

"Understanding cuprate HTS phases and local order by tuning beyond oxygen doping"

15:3016:00 Coffee Break

16:0017:30 Lecture: Prof. Zeila Zanolli

"Quantum Materials by design"


Wednesday, July 12

08:3010:00 Lecture: Prof. Peter Boggild

"Superlattices: new set of knobs to turn for 2D materials"

10:0010:30 Coffee Break

10:3012:00 Lecture: Prof. Alessandro Tredicucci 

"Confined graphene plasmons for few-electron strongly-coupled systems"

12:00 – 13.30 Lecture: Prof. Carmen Munuera

"2D complex oxides: a new piece on the flatland board "

13:3015:00 Lunch

15:0018:00   Social activity

20:3023:00 Social Dinner 

 

Thursday, July 13

09:00 – 10:30 Lecture: Prof. Amalia Patane

"Two-Dimensional Semiconductors for quantum science and technologies" 

10:3011:00 Coffee Break

11:0012:30 Lecture: Prof. Mario Amado Montero

"Orbital Hall Effect: Generating and controlling nonlocal currents in monolayer graphene superlattices"

12:3013:00 Conclusion of the School