James Kingston headshot (updated)

James Kingston

Postdoctoral Associate
Physics

Biographical Sketch: 

I have 4 passions in my life: The first is my wonderful wife Melissa. The second is my work: what a gift it is to unravel the mysteries of the universe through building extraordinary instruments! The third is physical fitness: I am highly dedicated to powerlifting, bodybuilding, calisthenics, and being vegan. The fourth is competitive speedcubing: I am particularly skilled at solving the 3x3x3, 4x4x4, 5x5x5, and multiple 3x3x3 Rubik’s cubes blindfolded.

Research: 

What is the nature of dark matter? I dedicated my Ph.D. to this effort by building the world’s first percent-level xenon-doped dual phase argon time projection chamber (TPC) called CHILLAX (CoHerent Ionization Limit in Liquid Argon and Xenon) at Lawrence Livermore National Laboratory. While CHILLAX was a prototype, a future xenon-doped argon TPC has the potential to search for low-mass Weakly-Interacting Massive Particle (WIMP) dark matter at thresholds inaccessible to undoped argon. At Yale, I continue the pursuit for dark matter through both a different experimental lens and different theoretical models. Specifically, I aim to construct a large (>100) array of levitated microspheres to search for dark matter that couples to normal matter via a long-range (i.e. much larger than atomic spacings) “fifth force”— a regime inaccessible to detectors sensitive to individual nuclear or electron recoils.

Education: 

  • Ph.D. Physics, UC Davis, 2026
  • M.S. Physics, University of Chicago, 2019
  • B.A. Physics and Applied Mathematics, UC Berkeley, 2017

Honors & Awards:

  • “Professor Emerita Ling-Lie Chau Prize for Excellence in Graduate Studies,” UC Davis, June 2025
  • Best National Laboratory Collaboration, UPR, June 2024
  • Laboratory Collaboration, UPR, June 2024
  • HEPCAT Fellowship, UC Davis, December 2022

Selected Publications: https://inspirehep.net/authors/3196135

WL 209

PI: David Moore

Research Website 

Research Areas: Quantum Science & Sensing, Neutrinos & Fundamental Symmetries

Research Type: Experimentalist

Experiments

LinkedIn

Experiments

SIMPLE/QuIPS

Moore

Science goal: Study interactions involving neutrinos; to test gravity; & to search for dark matter, quantum phenomenon, sterile neutrinos, and new forces.

WL involvement: The Moore group has developed the world’s most sensitive micron-sized force sensors. Both the SIMPLE and QuIPS experiments are located at Wright Lab.

SIMPLE

BeEST

Moore

Science goal: Search for sterile neutrinos by reconstructing nuclear recoils from the decay of Be-7 implanted in superconducting sensors. 

WL involvement: Yale is working to analyze BeEST data to search for sterile neutrinos or other massive, invisible particles that may be emitted in nuclear decays.

BeEST experiment

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