3000

Teaching practice performed by lecturing a series of problems corresponding to the master class of Physics I, Ii, Waves and Fluids or Modern Physics, under the guidance of the professor appointed by the department.

Schrödinger’s theory of quantum mechanics. Solutions to Schrodinger time-independent equations. One-dimensional potentials (transmission and reflection by a barrier, tunnel effect). Harmonic one-dimensional-quantum oscillator. Step operators. Quantum mechanics formalisms, Hilbert´s space and Dirac´s notation. Spherical-symmetrical potentials. Orbital-angular momentum of the spin. Hydrogen atom. Addition of angular momentum.

Every week, this seminar covers a recent topic of research in theoretical physics, whether analyzing studies published, or presenting local project progress. The seminar serves as convergence point for the group and also to connect students with the current scientific research.

Identical-particles systems. WKB method. Theory of time-independent interferences. Zeeman effect. Stark effect. Dispersion theory. Born approach. Partial waves. Dispersion section. Theory of time-dependent interferences. Absorption and emission of radiation.

Macroscopic systems. Statistical models. Statistical description of a system of particles. Thermal interactions. Experimental parameters. Methods and results of classic statistics. Applications. Equilibrium between phases. Quantum statistics and applications. Elemental kinetic theory and the phenomenon of transportation.

Under the guidance of a professor of the department, the student writes a monograph or a degree project on a research topic. This implies bibliographical search, reading and summary of scientific articles, it may also include experimental or computer-related works.

This seminar discusses weekly a recent topic related to research in the field of physics of elemental particles, or accelerator technology, by the study of published studies, or by presenting advances in local projects. The seminar also works as the venue for the students to be in contact with current scientific research.

Experimental methods to study the atomic nuclei and subatomic particles. Historical perspective: Experiments and findings. Radioactivity, decays, collisions and working sections. Properties of the atomic nuclei and nuclear models. Decays and nuclear reactions. Fission and fusion. Particles and interactions: Historical development. Quarks´ static model: eightfold way, magnetic momentum and mass formulas. QED. The standard model of the particles physics. QFD and QCD.

This seminar discusses weekly a recent topic related to research in the field of physics of condensed matter by the study of published studies, or by presenting advances in local projects. The seminar also works as the venue where the group meets, and get in contact with the current scientific research.

Crystalline structure. Network vibrations. Electrons theory in metals and semiconductors. Topics selected from magnetic properties, superconductivity and defects.

This seminar discusses weekly a recent topic related to research on biophysics by studying published studies, or by presenting advances in local projects. The seminar also works as the venue where the group meets and get it contact with the current scientific research.

This seminar discusses weekly a recent topic related to research on biophysics by studying published studies, or by presenting advances in local projects. The seminar also works as the venue where the group meets and gets it contact with the current scientific research.

This seminar discusses weekly a recent topic related to research on biophysics by studying published studies, or by presenting advances in local projects. The seminar also works as the venue where the group meets and gets it contact with the current scientific research.

This is a non-class course. It provides help to identify the students who should graduate in the upcoming semester.