JQI Logos

2-Line Black on White Background

Name	Type	Colorspace	Size
Low Res	.png	RGB	21 KB	Download
Med Res	.png	RGB	28 KB	Download
High Res	.png	RGB	59 KB	Download
High Res	.jpg	RGB	133 KB	Download
High Res	.jpg	CMYK	204 KB	Download
High Res	.tif	CMYK	6.5 MB	Download

2-Line Black on Transparent Background

Name	Type	Colorspace	Size
Low Res	.png	RGB	5 KB	Download
Med Res	.png	RGB	10 KB	Download
High Res	.png	RGB	39 KB	Download

2-Line White on Transparent Background

Name	Type	Colorspace	Size
Low Res	.png	RGB	5 KB	Download
Med Res	.png	RGB	9 KB	Download
High Res	.png	RGB	37 KB	Download

3-Line Black on White Background

Name	Type	Colorspace	Size
Low Res	.png	RGB	21 KB	Download
Med Res	.png	RGB	28 KB	Download
High Res	.png	RGB	71 KB	Download
High Res	.jpg	RGB	191 KB	Download
High Res	.jpg	CMYK	303 KB	Download
High Res	.tif	CMYK	9.4 MB	Download

3-Line Black on Transparent Background

Name	Type	Colorspace	Size
Low Res	.png	RGB	6 KB	Download
Med Res	.png	RGB	13 KB	Download
High Res	.png	RGB	56 KB	Download

3-Line White on Transparent Background

Name	Type	Colorspace	Size
Low Res	.png	RGB	6 KB	Download
Med Res	.png	RGB	12 KB	Download
High Res	.png	RGB	51 KB	Download

People Profiles

Ryan Barnett

Ryan Barnett, a former JQI postdoctoral fellow at the Condensed Matter Theory Center (CMTC), is now a ‘Lecturer in Condensed Matter Theory’ (UK equivalent of assistant professor) at Imperial College in London. Ryan is a theoretical physicist interested in collective effects in ultracold atomic gases. While at the JQI his research focused on spinor condensates, non-equilibrium dynamics, and synthetic gauge fields. Much of his recent work at CMTC was motivated by ongoing experimental activities at the JQI.
Mohammad Hafezi

Hafezi is JQI fellow and works at the interface of condensed matter theory and quantum optics. The focus of his research is on theoretical and experimental investigations of artificial gauge fields and topological order in photonics systems. Such systems can be exploited as robust optical devices insensitive to disorder, which is the subject of his NSF Physics Frontier Center’s seed funding program. Moreover, in the presence of strong optical nonlinearity, such systems are expected to exhibit fractional quantum Hall physics, providing a platform for potentially observing anoynic statistics. He received his Ph.D. from Harvard in 2009 where he worked with Mikhail Lukin and Eugene Demler. There, he studied strongly correlated physics in AMO systems. In particular, he worked on the topological characterization of ultracold atoms in 2D and also non-equilibrium dynamics of strongly interacting photons in 1D.
Steven Olmshenck

Former NRC postdoctoral fellow Steven Olmschenk is currently faculty at Denison University located in Granville, Ohio. Steve was a graduate student in Chris Monroe’s Trapped Ion Quantum Information group and then a postdoc in the NIST Laser Cooling and Trapping Group. While at NIST he worked on Trey Porto’s double-well optical lattice experiment. At Dension he has a group researching physics at the interface of quantum optics and trapped atomic ions.
David Hucul

David Hucul is a graduate student in Professor Chris Monroe's trapped ion quantum information lab at the Joint Quantum Institute. He earned undergraduate degrees in physics and chemistry in 2006 from the University of Michigan and a master's degree at MIT in 2009 under Wolfgang Ketterle. David started his PhD work with Chris Monroe in 2009 working on using frequency combs to entangle trapped ions. He now works on entangling trapped atoms within and between ion traps using both phonons and photons to create quantum networks. He expects to finish his graduate studies sometime in 2015 and hopes to find a postdoctoral position after that.
Mary Lyon

Mary Lyon is originally from Princeton, New Jersey. She attended Bryn Mawr College, where she earned both her undergraduate degree in physics and a high school teaching certificate. Lyon originally planned to be a high school physics teacher, but discovered a love for research during a summer program at MIT the summer after her junior year. She briefly taught high school in Columbus, GA before going to graduate school at Brigham Young University, where she worked with Scott Bergeson on strongly coupled ultracold neutral plasmas. She is currently a JQI postdoctoral researcher in the group of Trey Porto and Steve Rolston where she is building a new quantum information experiment that will use an ensemble of cold Rydberg atoms.
Michael Foss-Feig

Michael Foss-Feig is a JQI postdoctoral scientist. As an undergraduate at Amherst College, Michael performed some experimental work in solid-state physics with professor Jonathan Friedman. He, then, went to University of Colorado where he received a physics PhD in October 2012. His thesis, prepared under the supervision of Ana Maria Rey, was entitled “Quantum simulation of many-body physics with neutral atoms, molecules and ions.” This work earned him the DAMOP Thesis Prize in June 2013. Now a NRC postdoctoral fellow at NIST working under Charles Clark, Michael’s interests are centered around many-body physics with ultracold atomic, molecular, and optical systems. He also studies long-range interacting systems, such as trapped ions, ultracold dipolar molecules, and Rydberg atoms.

JQI Logos

Ryan Barnett

Mohammad Hafezi

Steven Olmshenck

David Hucul

Mary Lyon

Michael Foss-Feig

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JQI Logos

Ryan Barnett

Mohammad Hafezi

Steven Olmshenck

David Hucul

Mary Lyon

Michael Foss-Feig

About JQI

Contact

Questions?