Senior Undergraduate Student – Quantum Computing & Superconducting Quantum Circuits
I'm a dedicated electronic enginer researcher with a strong interest in Quantum Computing and Applications. I'm also passionate about teaching and currently focused on Superconducting Circuits and quantum circuit simulation to prepare for Quantum Information Science PhD programs, driven by my enthusiasm for exploring quantum technology's frontiers and its boundless potential.
Jan '23 - Dec '23.
The main idea is to describe the state of the art of the quantum computing nowadays. Explain the main circuits and algorithms and the physical architectures with a focus in superconducting circuits. Explaining the main concepts such as Josephson Junction, circuit quantization, transmon qubit, transmon regime, dispersitve readout, one qubit gates and two qubits gates.
Link: DRAFT
Jun '22 - Dec '22.
Supervised by Prof. Swati Singh to simulate an open quantum system for ultralight dark matter detection using QuTiP.
Quantum Prisoner’s Dilemma: Explored the dynamics of entanglement in the quantum prisoner’s dilemma through comprehensive study and analysis.
Sep '21 - Feb '22.
Noise on Quantum Machine Learning: Under the guidance of Prof. Sabre Kais, conducted a comparative study on the performance of a quantum machine learning algorithm with respect to decoherence times.
Web-page for Quantum Education: Created and executed the development of Quantum Computing INAN, an educational website dedicated to teaching quantum computing concepts.
Apr '23 - Jul '23.
In this mentorship, I study the impact of entanglement on quantum circuits optimization of the circuit. I found that taken into account the entanglement to interconnect the qubit increase the performance of the quantum circuit. Also, using Qiskit Metal, I implemented an NxN circuit chip design for superconducting circuits based on honey architecture.
Link: CODES
Jun '21 - Jun '22.
Computational Framework for Solar Cell Design: Supervised by Prof. Jaime Velasco, I developed a comprehensive framework for simulating solar cells using QuantumATK.
Toffoli Quantum Processor: Developed a Toffoli quantum processor to efficiently emulate quantum circuits on FPGA.
Created a comprehensive set of tutorial videos showcasing the theory of superconducting circuits using scQubits as part of the UnitaryHackathon 2023.
Link: VIDEOS
Apr '23.
Awarded first place at the ICTP-Quantinuum Hackathon for designing a Filtering-Variational Quantum Eigensolver (F-VQE), which applied noise models and scalability approaches to solve complex optimization problems.
Link: CODES
Feb '23.
Achieved the second place in the QHack Visualization Challenge and successfully designed a different approach to visualize the probabilities outcomes of a quantum circuit.
Link: CODES
Since Aug '23.
Actively promoted quantum computing awareness as a Qiskit advocate, delivering presentations, contributing content, and collaborating with peers to inspire and educate.
Link: WEBPAGE
Since Jun '20.
Co-founder of a global NPO dedicated to promoting open-source learning materials for quantum information science.
Link: WEBPAGE