Research Fellows, Computational or Experimental X-ray/EUV Nanophotonics
Core
Lead computational, theoretical, or experimental research in free-electron-driven X-ray/EUV nanophotonics to develop chip-scale high-power EUV sources and table-top X-ray phase-contrast imaging systems.
Role type
Research Fellow (Computational/Theoretical/Experimental)
Builds
Theoretical frameworks, numerical simulations, and experimental setups for X-ray/EUV nanophotonics
Domain
Physics, Electrical Engineering, Nanophotonics, X-ray/EUV Lithography
Deliverable
production ML models | research
Required skills
Electrodynamics, Electromagnetism, Scientific programming (C, C++, Python), Vacuum electronics, Free-electron equipment operation (SEM, TEM)
Preferred skills
Quantum physics, Quantum electrodynamics, Free-electron-driven nanophotonics background
Technologies
C, C++, Python, SEM, TEM
Responsibilities
Develop theoretical and numerical frameworks for free-electron-driven X-ray/EUV nanophotonics; Program software tools; Spearhead experiments on free-electron-driven X-ray nanophotonics and phase-contrast imaging; Characterize material samples and equipment; Lead papers and publish in high-impact journals; Present at top-tier international conferences; Supervise graduate and undergraduate students; Assist PI in writing grants and project logistics
Seniority
Entry-level to Senior, hands-on IC
