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Joacop16/README.md

Hello there 👋

My name is Joaquín Peñuela-Parra. I am a colombian Physicist graduated from Universidad de los Andes (Uniandes) with experience in areas such as Theoretical Condensed Matter, Phenomenology Particle Physics, Mathematics, and Computer Science. I am currently doing a Ph.D. in Materials Science in the group of Dr. Juan José Mendoza Arenas at the the University of Pittsburgh (Pitt). In this group we use tensor networks to investigate quantum materials, quantum computing, quantum transport and fluid turbulence. My current work consists of using tensor network algorithms to study fermionic transport in one-dimensional chains. The transport is induced by thermal/chemical potential biases and time-dependent external driving. The aim is to optimize electric and thermal rectifying behavior. I use the Mesoscopic Leads formalism; a recent method capable of tackling many-body systems at finite temperature, non-quadratic interactions, and strong system reservoir coupling.

You cand find my CV and other information about me in my personal website: https://sites.google.com/view/jpenuela.

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  1. Tensor_Networks_with_Julia Tensor_Networks_with_Julia Public

    This repository contains the notes that I wrote while I was learning how to manage Tensor networks with ITensor in Julia.

    Jupyter Notebook 2 1

  2. QME_Boundary_Driven_Open_Quantum_Systems QME_Boundary_Driven_Open_Quantum_Systems Public

    This repository contains the code that I create during the final project of Quantum Mechanics for Engineers.

    Jupyter Notebook 1

  3. TN_Time_Evolution_Long_Range_Interactions TN_Time_Evolution_Long_Range_Interactions Public

    This repository contains the code that I create during the final project of Tensor Networks class at Pitt.

    Jupyter Notebook 1

  4. Heatmap_Utilities Heatmap_Utilities Public

    Forked from Phenomenology-group-uniandes/Heatmap_Utilities

    This repository contains a notebook (Main_Functions.ipynb) where there are python functions that facilitate the analysis of heatmaps associated with DataFrames stored in Excel files.

    Jupyter Notebook 1

  5. SSH_Model_Loschmidt_Echo_Dynamics SSH_Model_Loschmidt_Echo_Dynamics Public

    This repository contains the code used to study the Loschmidt Echo Dynamics during my Bachelor's thesis.

    Jupyter Notebook 5

  6. Phenomenology_Leptoquarks_Searches Phenomenology_Leptoquarks_Searches Public

    Forked from Phenomenology-group-uniandes/Leptoquarks_Searches_2023

    The current repository presents the code used for our study of LQ production at the LHC.

    Jupyter Notebook 1