Hello! I'm Kevin Jofroit Joven

Undergraduate Thesis: Principles of Superconducting Quantum Circuit

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

University of Delaware

Research Assistant

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.

Purdue University

Research Assistant

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.

Quantum Programming Meentee

Quantum Open Source Fundation

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

Universidad del Valle

Research Assistant

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.

Contribution to scQubits UnitaryHack 2023

Created a comprehensive set of tutorial videos showcasing the theory of superconducting circuits using scQubits as part of the UnitaryHackathon 2023.

Link: VIDEOS

ICTP - Quantinuum Quantum Hackathon 1st Place

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

Quantum Hackathon QHack - Xanadu 2nd Place

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