JILA X317

Abstract

Crosstalk mitigation and in-sequence detection in a dual-isotope trapped ion register

Abstract: This tutorial will introduce computational imaging as a broad range of techniques in which algorithms play a major role in the final image formation process. The basic recipe for computational imaging involves coming up with a forward model that can simulate/predict what your imaging system measures. This model is computationally inverted to reconstruct the object under investigation.

Presenters and Abstracts: 
 

Bryce Bullock: Mode Resolved Protocol for Measuring the In-Plane Mode Temperatures in a 2D Ion Crystal in a Penning Trap

The Exploring Social Identities workshop is an hour long workshop designed for participants to recognize their own intersecting identities and those of others, while learning to be empathetic and open-minded to the experiences of others. This workshop will include in-depth conversations as well as tasty snacks. Hope to see you all there! 

The development of structured ultrafast laser sources is a key ingredient to advance our knowledge about the fundamental dynamics of electronic and spin processes in matter.

Ultracold magnetic atoms exhibit short-range contact interactions together with longrange
dipole-dipole interactions. The competition between these two interactions
gives rise to various quantum phases [1], where the usually dominant mean-field
interactions are small and the system is governed by quantum fluctuations [2].
In this talk, I will first report on the study of a supersolid state and its excitation
spectrum [3]. In such a state, two symmetries are spontaneously broken: the gauge

In the past decades, ultracold atomic gases revealed to be an ideal platform for simulating quantum phenomena thanks to the ability to tune the inter-particle interactions, the geometry of the system, and the possibility of adding complexity in a controlled way. Recently, ultracold gases made of magnetic atoms brought the discovery of exotic states of matter arising from long-range and anisotropic dipole-dipole interactions, such as liquid-like self-bound droplets and supersolid states [1].

Abstract: Dimensional and materials scaling are two key drivers for advancing computational capabilities beyond the conventional scaling trends of the last several decades. Future device metrology solutions must be developed now without clarity as to which combinations of proposed architecture(s) and novel materials will prove best suited for integration into high-volume manufacturing. This presentation briefly reviews these possible pairings and the near-term and long-term metrology challenges as identified in the IEEE International Roadmap for Devices and Systems.

Abstract: The advent of femtosecond Ti:Sapphire lasers has enabled transformative advances in high field nonlinear optics and intense laser-matter interaction physics. Theories predict that many high field phenomena such as high harmonic generation favor middle IR laser wavelengths in terms of extending the high energy cutoff. The invention of middle IR Cr2+-doped ZnS and ZnSe lasers in the 1996s by the research team of William Krupke at the Lawrence Livermore National Laboratory has coincided with an explosive progress of ultrafast Ti:Sapphire laser technology.