It's time again for JILA's annual brat cookout! But this time, it will be back at JILA, outside under the A-tower! The instrument shop staff will be grilling up brats, and there will be a variety of lawn games to play. All JILAns are welcome!
Past Events
Hamiltonian Learning of classical and quantum field theories
When
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Talk may be moved to JILA Auditorium if X590 is not large enough to accomodate all attendees.
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Abstract:
Popsicles and Lawn Games
When
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It's summertime, and it's hot out! Come join us for ice cold popsicles and to play lawn games with your fellow JILAns!
Watermelon Day
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It's watermelon day! Join us for some refreshing watermelon for snack time. All JILAns are welcome!
Condensed Phase Isomerization through Tunneling Gateways
When
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Abstract: Superconducting nanowire single-photon detectors (SNSPDs) provide sufficient sensitivity to enable laser induced fluorescence (LIF) experiments in the mid-infrared, an exciting technical development for studying molecule-surface interactions. In this talk, I will present results of experiments on the vibrational dynamics of monolayers and multilayers of solid CO adsorbed at the surface of a NaCl crystal that provide observations of quantum state resolved dynamics.
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Snacks from Regal Group
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The Regal group will be providing snacks for JILA on 7/27. Come join us for a special snack time, thanks to the Regal group!
Amelia Earhart Day
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Come celebrate Amelia Earhart's birthday a few days early with birthday cake and a paper airplane flying contest! We'll meet in the h-bar for cake and to launch paper airplanes off the h-bar patio. Judges will select winners in different categories, and paper will be provided!
Multi-Modal Tabletop Extreme Ultraviolet Reflectometer for Imaging and Metrology of Nanostructures
When
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Meeting ID: 941 8240 9828
Passcode: nano
Exploring New Quantum Horizons
When
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Abstract: Quantum computers, machines that harness the power of quantum physics and have the potential to outperform their classical counterparts, have recently captured the public's imagination. Amidst the waves of hype and skepticism in the media, what is at the origin of the excitement and what is the real progress of this quest at the frontiers of quantum science and engineering?
Exploring New Quantum Horizons
When
-
Abstract: Quantum computers, machines that harness the power of quantum physics and have the potential to outperform their classical counterparts, have recently captured the public's imagination. Amidst the waves of hype and skepticism in the media, what is at the origin of the excitement and what is the real progress of this quest at the frontiers of quantum science and engineering?
Theory and Application of Strong Field ionization in Atomic Systems
When
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Abstract:
We explore ionization processes ranging from the single photon x-ray and ultraviolet limit to the opposite adiabatic infrared limit where large numbers of photons are required for ionization. The breakdown of perturbation theory and key aspects of the non-perturbative theory will be discussed.
JILA Science Trivia
When
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Come join a history of science themed trivia game and win a fun JILA-themed prize!
Kinetic and Two-Temperature Plasma Physics of Black Hole Accretion Disks and X-ray Coronae
When
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Kinetic and Two-Temperature Plasma Physics of Black Hole Accretion Disks and X-ray Coronae
Quantum many-body dynamics of atomic platforms for quantum simulation and metrology
When
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A key goal in modern quantum science is to harness the complex behavior of quantum systems to develop new technologies. While precisely engineered platforms featuring ultracold atoms and trapped ions have emerged as powerful tools for this task, the limited ability to theoretically probe these systems poses challenges for improved control and characterization. In this thesis, I focus on the development of new computational tools, utilizing tensor networks and phase space methods, for studying the far-from-equilibrium dynamics of quantum many-body systems.