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  1. QTG-QAOA_for_QKP QTG-QAOA_for_QKP Public

    A quantum algorithm for solving the Quadratic Knapsack Problem (QKP) using the QAOA. The approach introduces a Quantum Tree Generator (QTG) as the initial state. By Andres Valencia

    Jupyter Notebook 2

  2. Quantum-entanglement-growth Quantum-entanglement-growth Public

    In this work, an algorithm inspired by graph theory is developed to calculate the minimum number of cuts in a quantum circuit, with the aim of analyzing unitary quantum circuits with a random archi…

    Python 2

  3. Minimal-cut-in-a-Quantum-Circuit Minimal-cut-in-a-Quantum-Circuit Public

    The geometric properties of a quantum circuit can be transpolated to a graph, in which it is easier to make minimum cut calculations, using algorithms like Karger's algorithm.

    Jupyter Notebook 1

  4. chanakyaVBSL/quantum-portfolio-qaoa chanakyaVBSL/quantum-portfolio-qaoa Public

    QAMP 2025 : Quantum Portfolio Selection with QAOA

    Jupyter Notebook 4

  5. Teleportation-Protocol Teleportation-Protocol Public

    Implementación de teleportación cuántica en Qiskit

    Jupyter Notebook 1

  6. OTOCs-Random-Circuits OTOCs-Random-Circuits Public

    Jupyter Notebook