Past Events

TBA

When
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Butcher Auditorium, A115, JSCBB 3415 Colorado Ave, Boulder, CO 80303

Heralded Spectroscopy - a new probe for nanocrystal multiexciton photophysics

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Abstract:

Emitters of quantum light are at the core of quantum optic science and a key resource for emerging classical and quantum technologies. Yet, to date, the tools available to study multiple-photon quantum light sources, specifically temporally and spectrally in parallel, have been limited. A prominent example is multiply-excited semiconductor quantum dots - an intriguing system that features rich physics and technological potential but lacks direct observation techniques. 

Condensed Phase Isomerization through Tunneling Gateways

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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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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!

Exploring New Quantum Horizons

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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?