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DTSTART:20191103T020000
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UID:calendar.386546.field_event_date.0@www.wright.edu
DTSTAMP:20260219T180526Z
CREATED:20200212T210634Z
DESCRIPTION:Dr. Imran M. MirzaPhysics DepartmentMiami University\, OhioAbst
 ractQuantum optics studies how light interacts with matter at the quantum 
 level. The field has witnessed tremendous activity in the past two to thre
 e decades due to promising applications in quantum information sciences. I
 n this talk\, I will discuss how architectures based on emitters\, optical
  cavities and waveguides are used to observe and utilize quantum optical e
 ffects. In particular\, I’ll focus on two examples of my recent work: (1) 
 Non-reciprocal light propagation in spinning optomechanical resonators\, a
 nd (2) single-photon localization using atomic dimers coupled to 1D chiral
  waveguides. Specific applications of these effects in quantum computing w
 ill be highlighted.BioDr. Imran Mirza is currently an Assistant Professor 
 at the Macklin Quantum Information Sciences\, Department of Physics at Mia
 mi University. Before joining Miami\, he was a postdoctoral fellow at the 
 University of Michigan Ann Arbor. He holds a physics Ph.D. from the Univer
 sity of Oregon.Dr. Mirza's research interest lies in the area of theoretic
 al quantum optics and many-body physics with primary applications in quant
 um information processing and quantum computation. At Miami\, his research
  focuses on developing theoretical models to describe how light interacts 
 with matter at a very small (atomic/quantum) scale in realistic situations
  where the system is allowed to interact with their surroundings (environm
 ent). In particular\, his group studies how some of the key aspects of lig
 ht-matter interactions can be utilized to build novel quantum technologies
  and to understand the underlying fundamental physics.
DTSTART;TZID=America/New_York:20200219T122000
DTEND;TZID=America/New_York:20200219T131500
LAST-MODIFIED:20200212T221226Z
LOCATION:132 Oelman Hall
SUMMARY:Physics Seminar: Localization and non-reciprocity of light in the q
 uantum regime with cavities\, emitters and waveguides
URL;TYPE=URI:/events/physics-seminar-localization-non
 -reciprocity-light-quantum-regime-cavities-emitters
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