Senior researcher

Project
PREP0003116
Overview

We are seeking a physicist to lead development of state-of-the-art methods for radiofrequency and mm-wave electric field strength calibrations. The associate will work with various existing and novel field probes, anechoic chambers, transverse electromagnetic (TEM) cells, vector network analyzers, power amplifiers, oscilloscopes, and other RF equipment. The associate will also need a background in atomic sensors to help develop a standard field strength probe based on Rydberg atoms. This work will include designing experiments, carrying out calibrations of RF equipment, performing uncertainty analysis, and automating data acquisition. The associate will strengthen their experimental laboratory skills, understanding of metrology, and knowledge of fundamental radio frequency measurements.

RF Field Strength Calibration Research

Qualifications
  • Doctoral degree in Physics, Atomic Physics, or a related field.
  • Minimum 5 years of hands-on experience in relevant fields. 
  • Experience with atomic/optical systems.
  • Proven experience with the stabilization, alignment, and operation of frequency doubled and diode laser systems. 
  • Experience with data acquisition, robotic control, or electronic equipment.
  • Familiarity with RF equipment.
  • Familiarity with remote instrument communication (MATLAB, Python, or LabView proficiency preferred). 
  • Ability to develop data analysis software (MATLAB or Python proficiency preferred). 
  • Ability to independently develop and conceptualize research initiatives. 
  • Excellent oral and written communication skills in English. 
Research Proposal

Key responsibilities will include but are not limited to:

  • Plan, design, and conduct cutting-edge research to advance Rydberg atom-based sensors.
  • Lead experimental efforts in measuring blackbody radiation (BBR) using sensitive state population transfer in Rydberg atoms.
  • Develop and refine theoretical models of atomic systems and atomic sensors.
  • Maintain comprehensive and accurate experimental logs.
  • Communicate research findings through peer-reviewed publications, conference presentations, and with stakeholders.
NIST Sponsor
Matt Simons
Group
Electromagnetic Fields Group
Schedule of Appointment
Full time
Start Date
Sponsor email
Work Location
Onsite NIST
Salary / Hourly rate {Max}
$120,000.00
Total Hours per week
40
End Date