Javier Andres Orduz-Ducuara
Dr. Orduz is originally from Colombia. He moved to Mexico to pursue a graduate degree in doctor of sciences, which focused on particle physics. After completing his Ph.D., He worked as a postdoctoral fellow at UNAM, and he was an associate professor (tenure track) at UNAM (FES Acatlán, Mexico). His background is in High Energy Physics (HEP), particularly in developing phenomenological models and extensions to the Standard Model (SM) of particle physics involving the Higgs boson.
He is currently a Research Scholar at Baylor University (Texas, USA) in the Department of Computer Science. Dr. Orduz research interests include quantum computing, quantum machine learning, and computing applications to different areas. Over the last couple of years, Javier has served as an organizer in several machine learning workshops such as ICML and NeuRIPS. Dr. Orduz goals in the long term include enabling access to state-of-the-art information technologies to researchers in LatinAmerica through training and educational development activities. Some communities that he promotes are qmexico.org and latinxinai.org.
Bruno E. Ramírez Galindo
Originally from Queretaro, Mexico. Bruno is currently in the last semester of his Physics BSc at UNAM, Mexico’s leading university. After being introduced to Quantum Computing in his Quantum Mechanics course, he decided to enroll in a more advanced QC course and later participated in IBM’s Qiskit Global Summer School where he met other founding members of QMexico. In 2021 Bruno took part in the USEQIP program, organized by the Institute of Quantum Computing (University of Waterloo). He also started collaborating at the ultracold matter laboratory at the UNAM Institute of Physics. These experiences allowed him to gain more advanced knowledge on the theoretical and experimental aspects of all things quantum and are a stepping stone in his pursuit of a quantum-focused graduate degree. In the following years, he hopes to gain valuable experience in what he acknowledges to be his passions, scientific research, and tech-related enterprises. While he is not studying quantum mechanics or programming quantum computers, Bruno enjoys music, reading, and laughing with friends and family. He also loves dogs.
Diego Aguilar Muñoz
Originally from Mexico City, Diego is currently an undergraduate physics student at UNAM, where he has developed a growing interest in quantum computing, solid state physics and computational physics.
In the near future, Diego’s goal is to pursue a graduate degree in quantum technology where he will gain a deeper comprehension of quantum mechanics and will contribute to the implementation of quantum technology as a tool for scientific development.
Alejandra is originally from Mexico City. She studied her undergraduate degree on Computer Systems at ESCOM, IPN. After going into industry for a couple of years, she decided to go back into academia and study a master’s degree on Computer Techologies in Pattern Recognition at CIDETEC, IPN. That is where she had her first approach to the area of Quantum Computing Recognition and this motivated her to study a Ph.D. in Computer Science at CIC, IPN. Currently her thesis is focused on Quantum Machine Learning for the development of a Quantum Associative Memory and the design of quantum algorithms that will be used in the area of Quantum Pattern Recognition.
Pablo is originally from Tampico, Tamaulipas. His love for invention and science was discovered at an early age as he created for himself a laboratory made from old electronics and his imagination. Pablo is currently an undergraduate student at the Instituto Tecnologico de Ciudad Madero in the career of electronic engineering. Pablo starred in various projects such as entrepreneurship, technological education and scientific dissemination. His passion for quantum programming arises from his work on machine learning and deep learning for robotics projects to improve intelligence in robots and software.
Amadeo De La Vega
Originally from Mexico City, Amadeo is profoundly interested in Quantum Computing. Specifically, he would like to understand the limits of quantum computation, develop cryptographic protocols, and help other scientists build affordable and scalable quantum computers, ideally at room temperature.
Currently, he is researching the quantum PCP conjecture for his master’s thesis. This problem has outstanding implications in condensed matter physics. For instance, a solution may allow us to understand superconductivity at room temperature.
Furthermore, he would love to contribute to the inauguration of an institute devoted to fomenting, studying, researching, and building quantum computers in Mexico. In particular, he plans to collaborate with quantum enterprises.
Siddartha E. Morales Guzmán
MSc. Siddhartha Morales was born in San Luis Potosí. He moved to Mexico City to do his bachelor’s degree in physics. Currently, he is writing his dissertation for his second bachelors in math. He won a scholarship to do a joint master’s degree in theoretical physics between the ICTP-SAIFR and the PERIMETER INSTITUTE. He has done several projects in high-energy physics and quantum computing. He is interested in science communication and of course theoretical physics. Today, he works as Data Scientist while finishing the second part of his master’s. He hopes to find a good interplay between industry, science, high and low energy physics.
Claudia, originally from Toluca, México, studied her second bachelor’s degree in Physics at UNAM after developing a professional career as Software Engineer. After an introductory course on Quantum Mechanics, Claudia discovered Quantum Computing and from that moment her two passions were perfectly combined.
Claudia’s interest in QC and QI has kept growing after taking several courses and participated in USEQIP at the University of Waterloo. Currently, collaborate to provide more educational resources in this new disruptive technology to Latin American students, and she was part of the Quantum Computing Mentorship Program from QOSF collaborating with The Matter Lab from Toronto University while continuing her path to pursue a graduate degree in Quantum Computation. Claudia is certified by IBM as Associate Developer – Quantum Computation using Qiskit v0.2X. She is also part of the Qiskit Advocate Program.
Johan Katherine Noreña Bahamon
Katherine, originally from Bogotá, Colombia, is currently finishing her bachelor in physics at Universidad Nacional de Colombia. Since she was a child, she has been passionate about understanding the world and his laws, and that is the reason why she decided to study physics. She has worked on different researching projects in quantum optics and material’s sciences which led her to travel abroad funded by DAAD scholarships, among others. Her interest in Quantum Computing began with the Qiskit Global Summer School hosted by IBM, since then she has participated in different workshops and communities. Katherine’s curiosity is so huge that, when she is not researching in physics, she makes research in human sciences on topics like gender studies and Dance.
Originally from Mexico City, Ricardo studied a degree in applied mathematics and computer science at UNAM where he developed multidisciplinary skills within the scientific field. Among those skills are economics, finance, machine learning, optimization models and quality systems. However, among his greatest passions is understanding the world. For this reason he has dedicated a couple of years to understand physics and where he found a subject that caught him: quantum mechanics. Since then, he has strived to perfect his programming skills, as well as his understanding of the mathematical concepts behind quantum mechanics.
His dream is to develop quantum algorithms that will allow improved optimization systems to be used by enterprises/governments to improve their finances and economies. His hobbies include reading popular science and art history books, listening to music, and playing video games.
He was born in Guadalajara, Jalisco. His passion for science and technology motivated him to study a Ph.D. in Physics at the University of Sonora. His research focused on Solid State, Quantum Mechanics, Many-Body Theory, and Quantum Computation. The objective of this research was to theoretically design and characterize a spin system of a Nitrogen-Vacancy (NV) center in diamond to be used as a solid-state qubit. During this career, the passion for quantum information processing was awakened in him.