@ MIT

SPRING 2015:

Networks, Information, and the evolution of complex systems (MAS.581)
The Media Lab, Massachusetts Institute of Technology
Course Webpage

FALL 2015:

Complexity Seminiar: From Bits, To People, To Societies (MAS. S70)
The Media Lab, Massachusetts Institute of Technology
Course Webpage

SPRING 2015:

Introduction to Network Science (MAS-581)
The Media Lab, Massachusetts Institute of Technology

SPRING 2014:

Introduction to Network Science (MAS-581)
The Media Lab, Massachusetts Institute of Technology

SPRING 2013:

Introduction to Network Science (MAS-581)
The Media Lab, Massachusetts Institute of Technology
Course Webpage

FALL 2012:

Data Centric Projetcs (MAS-S62)
Together with: Catherina Havasi, Sepandar Kamvar and Ethan Zuckerman.

The Media Lab, Massachusetts Institute of Technology
Course Webpage

SPRING 2012:

Networks and its Applications (MAS-961)
The Media Lab, Massachusetts Institute of Technology
Course Webpage

FALL 2011:

Fractals, Chaos and Evolution (MAS-960)
The Media Lab, Massachusetts Institute of Technology

SPRING 2011:

Networks, Complexity and its Applications (MAS-961)
The Media Lab, Massachusetts Institute of Technology
Course Webpage

@ Harvard

SPRING 2010:

Networks, Complexity and its Applications (API-309)
Harvard Kennedy School
Course Webpage

@ Universidad Politecnica de Madrid

FALL 2009 & FALL 2010:

Ciencia de Redes
Course Webpage

@ Harvard

FALL 2008:

Networks, Complexity and Economic Development
Harvard Kennedy School
Course Webpage (Syllabus, Slides, References)


@ Notre Dame

as Teaching Assistant

2007

Physics 87025 Special Topics: Complex Networks

2005

Physics 222 Help and Grading.
Physics 192 Grading
Physics 110 Observatory

2004

Physics 221 Grading.
Physics 221 Help.
Physics 115 Help.

@ PUC

as Teaching Assistant

2004

-Statistical Mechanics. Physics and Astronomy. Theoretical.
- Electricity and Magnetism. Physics and Astronomy. Lab.

2003

-Physics for Science. Agronomy and Biology. Theoretical.
-Classical Mechanics. Physics and Astronomy. Lab.

-Physics for Science. Agronomy and Biology. Theoretical.
- Classical Mechanics. Physics and Astronomy Lab

2002

-Classical Mechanics. Civil Construction. Lab.

-Heat & Waves. Physics and Astronomy. Lab.
- Classical Mechanics. Civil Enginering. Theoretical.

2001

- Heat & Waves. Civil Construccion. Theoretical.
- Physics 1. Agronomy, Biology and Forest Enginering. Lab.

- Heat & Waves. Civil Construction. Theoretical.
- Heat & Waves. Civil Construction. Lab.

2000

- Heat & Waves. Civil Construction. Theoretical.

 


Material:

Statistical Mechanics:
Solutions to various problems prepared during the Fall of 2004.

(In Spanish)

1 .pdf Probabilities and Random Walks.
2 .pdf Entropy and Ideal Gases.
3 .pdf Canonical Ensemble.
4 .pdf Thermodynamic Potentials and Clausius-Clayperon
5 .pdf Chemical Potential and Quantum Statistics.
6 .pdf Saha Law and Grand Canonical Ensemble.

LaTeX:

Brief Example of how to use this language. It presents a .pdf file together with its code.

.zip

Networks:

Network Tutorial Norwich 2007.
Using Perl, Matlab and Cytoscape to Analyze and Visualize Networks.

.rar (80 Mb)