GPA: 9.7/10.0

Courses included:

• Astrophysics and Cosmology (10.0, Excellent)
• Communication of Astrophysics (9.9, Excellent)
• Cosmology and Galaxies (9.5, Excellent)
• Detector Physics (9.0, Very good pass)
• Observational Techniques in Astrophysics (9.5, Excellent)
• Radioastronomy (9.8, Excellent)
• Stellar Physics (9.8, Excellent)
• The Physics of Galaxies (9.5, Excellent)

Master’s Dissertation:

• “Chemical abundances in nearby galaxies from the Palomar Survey”, supervied by Dr. Josefa Masegosa and Dr. Isabel Márquez (10.0, Very good pass)

GPA: 9.5/10.0

Courses included:

• Linear Algebra (9.5, Very good pass)
• Diferential and Integral Calculus (9.8, Very good pass)
• Fundamentals of Electromagnetism (8.0, Good pass)
• Fundamentals of Modern Physics (9.8, Very good pass)
• Fundamentals of Mechanics (9.2, Very good pass)
• Fundamentals of Chemistry (9.9, Excellent)
• Introduction to Computational Physics (9.8, Very good pass)
• Experimental Techniques I (9.4, Excellent)
• Relativity Theory and Physical Laws (9.4, Excellent)
• Differential Equations applied to Physics I (9.5, Excellent)
• Differential Equations applied to Physics II (9.4, Excellent)
• Electromagnetism (10.0, Excellent)
• Quantum Physics (9.9, Excellent)
• Mechanics and Waves (9.0, Excellent)
• Mathematical Methods I (9.4, Excellent)
• Experimental Techniques II (9.0, Very good pass)
• Thermodynamics (10.0, Very good pass)
• Electronics (9.0, Excellent)
• Statistical Physics (9.0, Very good pass)
• Quantum Mechanics (10.0, Excellent)
• Mathematical Methods II (9.0, Very good pass)
• Numerical Methods and their Applications in Physics (9.7, Excellent)
• Optics (8.1, Good pass)
• Experimental Techniques III (9.7, Excellent)
• Astrophysics and Cosmology (9.7, Excellent)
• Atomic and Molecular Physics (10.0, Excellent)
• Solid State Physics (9.3, Excellent)
• Elemental particle and nuclear physics (9.3, Very good pass)
• Differential Equations II (9.2, Very good pass)
• Mathematical Models (10.0, Excellent)
• Mathematical Programation (10.0, Excellent)

Bachelor’s Dissertation:

• “The nature of the co-evolution of host galaxies and their active galactic nuclei”, supervised by Prof. Luigi Toffolatti (9.8, Excellent)

GPA: 9.2/10.0

Courses included:

• Diferential and Integral Calculus (9.8, Very good pass)
• Fundamentals of Mechanics (9.2, Very good pass)
• Algebra I (8.5, Good pass)
• Geometry of Curves and Surfaces (9.0, Very good pass)
• Network Optimization Models (8.5, Good pass)
• Probability and Statistics (9.0, Very good pass)
• Topology I (8.6, Good pass)
• Algebra II (9.1, Very good pass)
• Mathematical Analysis III (7.7, Good pass)
• Differential Equations II (9.2, Very good pass)
• Statistical Inference (8.4, Good pass)
• Mathematical Models (10.0, Excellent)
• Mathematical Programation (10.0, Excellent)
• Complex Variable (8.5, Good pass)
• Functional Analysis (5.7, Pass)
• Finite Difference Methods for Partial Differential Equations (8.3, Good pass)
• Topology II (8.0, Good pass)

Courses recognized from BSc Physics:

• Linear Algebra (9.5, Very good pass)
• Fundamentals of Electromagnetism (8.0, Good pass)
• Fundamentals of Modern Physics (9.8, Very good pass)
• Fundamentals of Chemistry (9.9, Excellent)
• Introduction to Computational Physics (9.8, Very good pass)
• Experimental Techniques I (9.4, Excellent)
• Relativity Theory and Physical Laws (9.4, Excellent)
• Differential Equations applied to Physics I (9.5, Excellent)
• Differential Equations applied to Physics II (9.4, Excellent)
• Mathematical Methods I (9.4, Excellent)
• Mathematical Methods II (9.0, Very good pass)
• Numerical Methods and their Applications in Physics (9.7, Excellent)
• Electromagnetism (10.0, Excellent)
• Quantum Mechanics (10.0, Excellent)

Bachelor’s Dissertation:

• “Some statistical methods applied to astrophysics”, supervised by Prof. María T. López-García (10.0, Excellent)