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American physicist From Wikipedia, the free encyclopedia
Monika Schleier-Smith is an American experimental physicist studying many-body quantum physics by precisely assembling systems of ultracold atoms. Her research helps connect the world of theoretical and experimental physics.[2] These atomic, molecular, and optical physics (AMO) engineered systems have applications in quantum sensing, coherent control, and quantum computing.[3] Schleier-Smith is an associate professor of physics at Stanford University,[4] a Sloan Research Fellow,[1] and a National Science Foundation CAREER Award recipient.[5] Schleier-Smith also serves on the board of directors for the Hertz Foundation[6] and also works to improve education through speaking and serving on panels.[7]
This article may rely excessively on sources too closely associated with the subject, potentially preventing the article from being verifiable and neutral. (May 2019) |
Monika H. Schleier-Smith | |
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Institutions | Stanford University |
Doctoral advisor | Vladan Vuletić |
Schleier-Smith attended Thomas Jefferson High School for Science and Technology in Alexandria, Virginia,[8] where she had an opportunity to conduct nanotechnology research at the MITRE Corporation. She went on to attend Harvard University as an undergraduate where she received a B.A. in Chemistry and Physics and (secondarily) Mathematics in 2005.[1] Afterwards, Schleier-Smith pursued graduate studies with the supervision of Vladan Vuletić at MIT on a National Science Foundation Graduate Research Fellowship.[1] Her Ph.D. thesis introduced a quantum-enhanced atomic clock[9] and was recognized by the Hertz Foundation with a Doctoral Thesis Prize.[6] During her time in Boston, Schleier-Smith also completed the Boston Marathon six times.[10] Subsequently, Schleier-Smith conducted postdoctoral research at LMU Munich with Professor Immanuel Bloch's group at Max Planck Institute of Quantum Optics.[11]
In the fall of 2013, Schleier-Smith joined the Stanford faculty as an assistant professor of physics. The Schleier-Smith Lab exploits precise hybrid light-matter interactions to demonstrate engineered dynamics in cold atom systems. According to Schleier-Smith, "Hybrid systems are likely to harbor surprises that will fuel quantum science for decades to come".[12] An important regime under investigation is the entanglement frontier.[13]
Her recent publications include:[19]
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