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Jeremy Schultz (Fed)

Physical Scientist

Jeremy Schultz is a Physical Scientist in the International and Academic Affairs Office (IAAO) at the National Institute of Standards and Technology (NIST) in Gaithersburg, MD. In this role he provides technical expertise and assistance in the areas of safeguarding international science and engagement in support of the CHIPS and Science Act. He serves as a liaison for IAAO, supporting both the CHIPS R&D and Incentives Offices and the NIST Research Security Office.

He was previously an NRC Postdoctoral Fellow in the Nanoscale Device Characterization Division at NIST, where he worked to develop atomic-scale resolution spectroscopy to characterize defects and impurities of new materials (2D, quantum, wide bandgap) and devices. This method can be used to probe fundamental light-matter and electron-correlation effects at length scales relevant to emerging nanoelectronics and quantum devices (typically, 1 nm to 1000 nm).

He received his Ph.D. in Chemistry in 2021 from the University of Illinois Chicago where he worked to develop and apply a tandem technique that uses fundamental light-matter interactions to probe and excite materials and chemistry with atomic-scale resolution. He also holds a bachelor’s degree in chemistry with a concentration in materials and nanotechnology and a minor in English literature from Northwestern University.

Awards

Early Career Professional Contributing to the Advancement of Thin Films, Surfaces, Interfaces, and Plasmas – Journal of Vacuum Science & Technology A - 2022

Emerging Leader – Journal of Physics: Condensed Matter – 2021

Barbara Stull Graduate Student Award – Society for Applied Spectroscopy – 2021

Wayne B. Nottingham Prize – 81st Physical Electronics Conference – 2021

Publications

Borophene: Synthesis, Chemistry, and Electronic Properties

Author(s)
Kai Wang, Shilpa Choyal, Jeremy Schultz, James McKenzie, Linfei Li, Xiaolong Liu, Nan Jiang
As a neighbor of carbon in the periodic table, boron exhibits versatile structural and electronic configurations, with its allotropes predicted to possess

Isotopic effects on in-plane hyperbolic phonon polaritons in MoO3

Author(s)
Jeremy Schultz, Sergiy Krylyuk, Jeffrey Schwartz, Albert Davydov, Andrea Centrone
Hyperbolic phonon polaritons (HPhPs), hybrids of light and lattice vibrations in polar dielectric crystals, empower nano-photonic applications by enabling the
Created November 9, 2021, Updated February 28, 2025