

11/7 
12/7 
13/7 
14/7 
15/7 
16/7 


Sunday 
Monday 
Tuesday 
Wednesday 
Thursday 
Friday 

8:30 
Registration 





"Theory" Lectures 
9:00 
Cond.Mat. 101 J.L.Santos 
S. Hartnoll 
G.Sierra 
N. Peres 
M. Fogler 
N. Peres 
Coffee 
10:15 
Registration 





"Applied" Lectures 
10:45 
Cond.Mat 101 V.Pereira 
G. Sierra 
P.Vieira 
M. Fogler 
J.L.Santos 
J.L.Santos 
"Applied" Lectures 
11:45 
Mathematica 101 J.Harris 
P.Vieira 
S. Hartnoll 
E. Castro (50min) 
E. Castro 
V. Pereira 
Comments 
12:45 
J Harris 
N. Gromov 
J Harris 
N. Gromov (50min) 
J Harris 
J Harris 
Lunch 
13:00 






Lecture/Problem solving 
14:30 
Mathematica 101 N.Gromov 
Exercises 
Exercises 
Exercises 
Exercises 
Exercises 
Problem solving 
15:30 
Mathematica 101 Exercises 
Exercises 
Exercises 
Exercises 
Exercises 
Exercises 
Coffee 
16:30 






Problem solving 
17:00 
Mathematica 101 Exercises 
Exercises 
Exercises 
Exercises 
Exercises 

Dinner 
18:30 












Dinner 









Michael Fogler Lecture 1 : Hopping transport in disordered nanowires
Michael Fogler Lecture 2 : Graphene nanoscrolls
Jason Harris: Mathematica
Sean Hartnoll Lecture 1: Introduction to holography for condensed matter theorists
Sean Hartnoll Lecture 2:Computing response functions with holography and mathematica
Nuno Peres Lecture 1: Transport problems in graphene using transfer matrices
Nuno Peres Lecture 2: The optical conductivity of graphene: variations on a theme
German Sierra Lecture 1: Entanglement entropy in spin chains
German Sierra Lecture 2: Density Matrix Renormalization Group Method
Lopes dos Santos Lecture 1: Condensed Matter 101
Lopes dos Santos Lectures 2 and 3: Graphene
Vitor Pereira, Eduardo Castro: Applied lectures on Graphene
Nikolay Gromov: Perturbation theory and Hubbard model
Pedro Vieira: Thermalization