Important links on how to apply and what you need to provide.
New Position available - Start day Fall 2024, Spring 2025:
A Ph.D. student position with a strong background in theory or experimental of Quantum optical. Students with bachelor's and Master's in Physics, ECE, Optics, and quantum computing are highly encouraged to apply.
If you are interested in joining our team - please send your CV and an unofficial transcript to s.sh@ou.edu.
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Our mission: QNETS group is dedicated to fostering an inclusive and forward-thinking environment that embraces and celebrates diversity, including individuals from minorities and underrepresented backgrounds. QNETS group strives to create an environment where everyone feels welcome and Future-Focused.
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Our Vision: By championing diversity in STEM, we aim to build a brighter future where all individuals, regardless of their background, have equal opportunities to contribute to and benefit from the exciting developments in science and technology. Together, we can shape a future where innovation knows no boundaries and where the STEM community truly reflects the world in which we live.
Our team
PI: Sarah Sharif, Ph.D.
Assistant Professor
Gallogly College of Engineering,
School of Electrical and Computer Engineering
The University of Oklahoma
Office: 110 W. Boyd St., Devon Energy Hall, Office 331
Email: s.sh at ou.edu
Graduate Students
Masoumeh Nazari
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Masoumeh is pursuing her Ph.D. degree in Electrical Engineering. She is working on designing nanophotonic multilayer structures in IR and RF range using computational analysis and machine learning algorithms.
Sara Aminpour
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Sara is pursuing her Ph.D. degree in Electrical Engineering. Her research work focus on modeling CNN algorithm using Quantum Machine Learning algorithms.
Dustin Arellano
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Dustin is pursuing his Master in Electrical Engineering; His project is focused on designing an optical communication line using Orbital Angular Momentum of the light
Yuichi Isashi
Yuichi is pursuing his Master's degree in physics with a minor in Electrical Engineering. His work is focused on modeling aerosol scattering effects caused by rain, snow, and fog on the performance of free-space optical communication systems.
Alumni
Trinity Famuliner
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Trinity is pursuing her master's degree in Electrical Engineering. Her research work on QNETS was focus on designing, implementing, and measuring an on-chip micro-size beam splitter.
Boncal, Walter J
Walter received his Master's degree in Data Science and Analysis. His research work with QNETs was to design a new algorithm to increase accuracy detection in quantum communications lines using a machine learning algorithm.
Industry Partners / Fellow Collaborators: QNET always welcomes new industry partners and fellow collaborators.
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Undergraduate Positions:
Do you want to be involved in a cutting-edge and hands-on experiences projects? We have fun projects to be involved. So, send your CV and tell us what you wish to learn.
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