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Lexter Savio Rodriguez
Lexter Savio is a Ph.D. student in experimental atomic physics, working at the intersection of laser cooling, optical tweezers, and ultrafast spectroscopy. He studies how atoms behave when they are cooled to near absolute zero, using magneto-optical traps (MOTs) and highly focused laser beams to capture and control tiny ensembles of rubidium atoms. Alongside this, He uses two-dimensional coherent spectroscopy (2DCS) to probe the nonlinear dynamics of atoms, revealing how they interact with light in ways that open up new possibilities for quantum simulation and information processing. His work combines hands-on experimental techniques with laser systems to explore how coherence and many-body interactions emerge in these quantum systems. His research reflects a curiosity-driven approach: building tools, solving technical challenges, and pushing the limits of what can be observed in the lab.
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Alejandra Zavala
Alejandra is a Ph.D. student working in experimental atomic, molecular, and optical (AMO) physics. Her research centers on the coherent control of quantum systems in atomic vapor, with a focus on using optical two-dimensional coherent spectroscopy (2DCS) to probe and manipulate the collective dynamics of rubidium atoms. Alejandra also received her B.S. in Physics from the University of Miami in 2020 and now focuses on advancing spectroscopic methods for controlling and understanding strongly driven atomic systems. Outside of the lab, Alejandra enjoys practicing yoga and running. |
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Adolfo Misiara Lincheta |
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Ashmita Shah |
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Adolfo Menendez Rua |
