Researcher in Integrated Photonic Sensors and Standards

Overview

The Quantum Measurement Division’s Applied Electrical Metrology Group at NIST is seeking
for a highly motivated researcher to support the development of next-generation integrated
photonics-based thermal transfer standards. At NIST, you will gain research experience and
measurement skills that are highly valuable for a career in academia, industry, or a national
laboratory.
PROJECT DETAILS:
We are developing the next-generation photonic integrated circuit (PIC) based ac-dc voltage
transfer standard (PTTS). This chip-scale device combines a conventional ac-dc transfer standard
technology and ultra-sensitive nanophotonic thermometry. By leveraging recent advances in
nanofabrication, photonics, optical frequency metrology, and ac-dc difference measurements, the
PTTS chip aims to exceed the metrological performance of conventional thermal transfer
standards and overcome fundamental limitations of legacy technology.
Our research spans two complementary domains,

• Integrated photonics: Design, fabrication, and characterization of novel PIC-based devices for sensing applications
• Optical frequency metrology: Development of new optical read-out strategies based on laser locking, spectroscopy, and frequency comb-based techniques for high-resolution optical readout and robust measurement solutions for the field

we encourage applicants with expertise in either domain to apply. The position will be tailored to the candidate’s strengths and interests.

Qualifications

• Ph.D. or equivalent experience in natural sciences, engineering, or related fields
• Innovative thinking and the ability to conduct research both independently and collaboratively
• Hands-on experimental skills and a desire to develop new research capabilities
• Effective written and oral communication skills
• Prior hands-on experience in one or more of the following areas: o Laser spectroscopy o Frequency combs o Integrated photonics o Micro-/nanofabrication

Research Proposal

• Development of new photonic readout methods for sensing applications
• Laser spectroscopy and frequency locking to nanophotonic systems
• Optical frequency metrology for nanophotonic applications
• Design, nanofabrication, and characterization of integrated photonic devices THE CANDIDATE WILL HAVE THE OPPORTUNITY:
• Work on cutting-edge nanophotonics science and technology projects
• Play an active role in defining new research directions and programs
• Be a member of a multidisciplinary collaborative team of scientists
• Submit project-related invention disclosures and patent applications
• Publish in prestigious scientific journals and present at technical conferences