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BSc Physics

Universidad de Córdoba

My formative years in physics. A deep dive into classical mechanics, electromagnetism, thermodynamics, and quantum physics. Here I highlight some of the most interesting projects and laboratories I worked on.

$\square \bar{h}_{\mu\nu} = -\frac{16\pi G}{c^4} T_{\mu\nu}$
Highest HonorsFinal Degree Project

Gravitational Waves: Theory & Simulations

Derived wave equations from the weak-field approximation and calculated radiation powers for binary systems, merging deep theoretical tensor calculus with numerical simulations.

Relatividad GeneralCálculo TensorialSimulación Numérica

Other Featured Coursework

Electric Circuits & Differential Equations

Physics of a Pacemaker

Study of the RC circuit behind a pacemaker. Modeled the charging and discharging of a capacitor to simulate heartbeat stimulation, solving the governing differential equations of the system.

Circuitos RCEcuaciones DiferencialesBiofísica
History of Physics

History of Gravitational Waves

Exploration of the history and discovery of gravitational waves, from Einstein's predictions to the first direct detection by LIGO.

Historia de la FísicaFísica ModernaOndas Gravitacionales
Classical Mechanics I

Lagrange's Top

Study of Lagrange's top, a classic problem in classical mechanics. Analyzed the motion of a spinning top under the influence of gravity, solving the equations of motion for the system.

Mecánica ClásicaMecánica Analítica
Electromagnetism I

Dielectric Constant

Study of the dielectric constant in various materials. Analyzed the behavior of electric fields in dielectric media, solving the governing equations for the system.

ElectromagnetismoFísica Experimental
Quantum Physics I

Infinite Potential Well

Study of the behavior of particles in an infinite potential well. Solved the Schrödinger equation for the system and analyzed the resulting wave functions and energy eigenvalues.

Mecánica CuánticaFísica Teórica