Together with a group of high-school physics teachers, physics students, and physics education researchers, we coordinated the elaboration of short 1-min animated videos (in Spanish) and educational resources

The YouTube playlist (7 videos) can be dowloaded here:

• Miroscopio 2 in Youtube

The complementary material with proposed in-classroom uses (in Spanish) can be downloaded for each video here.

Quantum Education

Together with physics education researchers, our group developed a low-cost demonstration of quantum entanglement based on a role-playing game that engages the audience and was proven with survey data to be an effective tool for learning basic quantum mechanical concepts and their modern use in secure communication. The experience and the data was published here:

• An Instrument-Free Demonstration of Quantum Key Distribution for High-School Students

  Demonstration Slides "Protecting your Data with Quantum Physics" (in Spanish)

Group Dissertations

Doctoral

• M. Arias, Infrared cavity quantum electrodynamics with anharmonic oscillators in nanophotonics, PhD Physics (2023)

Masters

• S. Paiva, Entangled photon generation with metal-organic frameworks, MSc Physics (2022)
• F. Recabal, Electron Transport in Driven Nanojunctions, MSc Physics (2021)
• G. González, Langevin Dynamics for Gas Transport in Carbon Nanotubes, MSc Physics (2021)
• J. Sepúlveda, Macroscopic cavity QED approach using the Finite Difference Time Domain method, MSc Physics (2020).
• V. Olaya, van der Waals interaction between Rydberg atoms and polar molecules v, MSc Physics (2020).

Undergraduate

• B. Martínez, Diseño Inverso de cavidades Fabry-Perot utilizando redes neuronales , Computer Science (2024).
• F. Véliz, Predicción de materiales bioplásticos por medio de aprendizaje no supervisado, Computer Science (2023).
• F. Osorio, Identificación óptica de compuestos orgánicos usando clasificación Random Forest, Computer Science (2022).
• S. Paiva, Regresión de datos en elipsometría de Mueller usando inteligencia artificial, Engineering Physics (2020).
• I. Jara, Simulación computacional de la eficiencia óptica de estructuras OLED, Engineering Physics (2019).
• G. González, Simulación computacional de la eficiencia de recombinación OLED con el método Drift-Diffusion, Engineering Physics (2019).
• D. Carvajal, Oscilador armónico cuántico amortiguado bajo forzamiento periódico, Engineering Mathematics (2018).
• F. Recabal, Estudio de eficiencia de Celdas Solares Orgánicas, Engineering Physics (2018).
• J. Sepúlveda, Estudio computacional de plasmones localizados ennanoparticulas de plata, Engineering Physics (2017).