If you are interested in attending, please contact Jeremy Averyt (firstname.lastname at lasp.colorado.edu) to be added to the mailing list.
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Abstract:
Abstract:
X-ray microscopes are undergoing a revolution, driven by the availability of laser-like X-ray beams, fast X-ray detectors, as well as image advanced algorithms. Until recently, the spatial resolution of X-ray microscopes was 10x the theoretical (diffraction) limit. This talk will highlight recent advances in building near-perfect X-ray microscopes that can see better, and moreover, stroboscopically image the fastest motions in materials in real time.
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Zoom info will be sent out in the JILA email announcement.
Abstract:My group studies the extremes of excitonic absorption and emission in condensed phase chemical/semiconductor systems. We have two primary themes: 1) The use of self-organized nanoscale systems that have controlled light absorption and energy propagation; 2) Development of molecular/inorganic materials which absorb and emit from 1-2 microns, the Short-Wavelength Infrared (SWIR). In this talk, I will discuss some of our recent research projects in the group.
Denise Ruffer is the founder of the global non-profit organization Women in Quantum. She will be giving a talk about the organization and its support for students in the quantum industry. A happy hour will follow for students who pre-registered for the event/
Solar and stellar flares are the most intense emitters of X-rays and extreme ultraviolet radiation in planetary systems. On the Sun, strong flares are usually found in newly emerging sunspot regions. The emergence of these magnetic sunspot groups leads to the accumulation of magnetic energy in the corona.
Seminar Abstract:
Colloquia are Wednesdays at 4:40 p.m. unless otherwise noted and will be in person at DUAN G1B20, as well as online via Zoom and Youtube. If you are not a student/faculty member in physics, pre-register with Veronica Lingo (veronica.lingo@colorado.edu) to attend a lecture.
Masks are required for all colloquium attendees, regardless of vaccination status.
Abstract: We introduce averaged circuit eigenvalue sampling (ACES), a method for scalable noise metrology of quantum circuits that stands for Averaged Circuit Eigenvalue Sampling. It simultaneously estimates the individual error rates of all the gates in collections of quantum circuits, and can even account for space and time correlations between these gates. ACES strictly generalizes randomized benchmarking (RB), interleaved RB, simultaneous RB and several other related techniques.
Abstract: The gravitational pull of a black hole attracts gas and forms a physical laboratory whose extreme conditions cannot be replicated on Earth. The infalling gas forms an accretion disk where the interplay between hydromagnetic processes and the warping of space-time releases gravitational energy in the form of radiation, relativistic jets, and winds. It is likely that most gas falls into black holes when the accretion rate approaches the Eddington limit, at which point radiation pressure overcomes gravity.
This meeting is both in-person and Zoom.
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If you are interested in attending, please contact Jeremy Averyt (firstname.lastname at lasp.colorado.edu) to be added to the mailing list.
**********
Abstract:
Abstract:
I will look inside a cesium clock and describe what I see. I will describe how clocks are calibrated. If I have time at the end, I will describe how clocks communicate with each other.
Zoom info will be sent out in the JILA email announcement.
JILA colloquia are available on a YouTube playlist
https://www.youtube.com/playlist?list=PLupSU3PE5is1Te1Ua94NMh3NLA55DCNCO
