Scientific Experience► Quantum Biology► Open Quantum Systems Theory► Quantum InformationI studied a photosynthetic organism called green sulfur bacteria, which possesses a pigment-protein complex known as FMO. This complex maintains quantum coherence and quantum correlations between its pigments, enabling energy transfer with nearly 100% quantum efficiency. I developed a novel method to measure these quantum correlations and identified the pigments that enhance energy transport efficiency within the FMO complex. My research revealed the essential role of these quantum correlations in energy transfer.► Molecular cloning► Viral transduction techniques► Nucleocytoplasmic transportI investigated the nuclear accumulation of Gpn1 in human cells. Gpn1 is a protein conserved across various species and crucial for cell growth. By fusing the Gpn1 gene with a fluorescent protein (Gpn1-EYFP) and integrating it into the cellular genome using a retroviral vector, I observed its accumulation in the nucleus under a confocal microscope after treatment with Leptomycin B. This highlighted that Gpn1 accumulates in the nucleus via simple diffusion rather than active transport mechanisms.Programming Experience► NumPy • Matplotlib • Scikit-learn • Pandas • SciPy • SymPy • QuTipI have developed proficiency in scientific programming and data analysis, leveraging Python to create computational solutions for quantum dynamics projects involving ordinary differential equations and linear algebra. I have also received recent training in Machine Learning techniques, including classification and regression models.Teaching Experience► I have instructed 9 different physics courses across 10 academic programs, leading instructional activities for approximately 1000 students over 7.5 years► The success of my efforts is reflected in my students' academic performance, as well as in my quarterly evaluations, where I consistently achieve an average score above the university mean of 4.83 out of 5.► Undergraduate-level Academic Programs: Bachelor's in Physics • Nanotechnology and Molecular Engineering • Mechanical Engineering • Industrial Engineering • Robotics and Telecommunications Engineering • Food Industries Engineering • Mechatronics Engineering • Civil Engineering► Graduate-level Academic Programs: Master's in Materials Physics► Theoretical Courses: Mechanics • Electromagnetism • Modern Physics • Quantum Mechanics • Quantum Biology► Experimental Courses: Mechanics • Electromagnetism • Heat-Waves-Fluids • Modern Physics