Maria Solyanik
About Maria Solyanik
Maria Solyanik is a PhD graduate student at George Washington University, specializing in theoretical physics and computational modeling. Her research focuses on particle-wave duality, spin, and quantum entanglement, and she actively contributes to the university's physics community.
Work at The George Washington University
Maria Solyanik has been a PhD Graduate Student at George Washington University since 2013. Over the course of her 11 years at the institution, she has engaged in various research activities and contributed to the academic community. Her involvement includes participation in initiatives, conferences, and events organized by the GWU CCAS Physics community.
Education and Expertise
Maria Solyanik participated in the Lattice QCD group during her early graduate studies, where she gained expertise in computational modeling and high-performance computing. Her research focuses on fundamental concepts in physics, including particle-wave duality, spin, and quantum entanglement. She is currently developing a theoretical framework for topological effects in light and matter waves with orbital angular momentum (OAM).
Background
Maria Solyanik is based in Washington, District of Columbia, United States. She has dedicated her academic career to advancing her knowledge and understanding of complex physical theories and computational methods. Her background in physics has equipped her with the skills necessary to contribute to significant research in her field.
Research Focus
Maria Solyanik's research explores key concepts in quantum physics, particularly focusing on particle-wave duality, spin, and quantum entanglement. She is currently working on developing a theoretical framework that addresses topological effects in light and matter waves, specifically those involving orbital angular momentum (OAM). This research aims to deepen the understanding of wave behavior in various physical contexts.