Academic Careers at IU Postdoctoral Fellow in Quantum Physics Indiana University is an equal opportunity employer and provider of ADA services and prohibits discrimination in hiring. See Indiana University’s Notice of Non-Discrimination here which includes contact information. The Annual Security and Fire Safety Report, containing policy statements, crime and fire statistics for all Indiana University campuses, is
available online. You may also request a physical copy by emailing IU Public Safety at iups@iu.edu Bookmark this Posting Print Preview | Apply for this Job Posting Details Position Details Title Postdoctoral Fellow in Quantum Physics Appointment Status Non-Tenure Track Department IU Bloomington Physics Location Bloomington Position Summary A Postdoctoral Fellow Position in Quantum Optical Physics: Theoretical,
Simulation, Modeling for Experimental Design Title: Postdoctoral Fellow, physics Appointment Status: Non-tenure track Department: Department of Physics, Indiana University Bloomington Location: Bloomington, Indiana, U.S.A. Position Summary: The Department of Physics at Indiana University Bloomington invites applications for a Postdoctoral Fellow position. This position is designed for a researcher who sits at the
intersection of theoretical and experimental physics. The successful candidate will lead the architectural design/modeling/simulation of a groundbreaking experiment: the direct harvesting and extraction of quantum entanglement from the electromagnetic vacuum states. This is a design-phase experiment of the project, which requires simulations, modeling, calculation based on experimentally feasible and practical
constrains and conditions to deliver an experiment-ready blueprint and architecture.Key Research Responsibilities include: (1) Theoretical Modeling: Develop and refine models for entanglement harvesting using continuous-variable quantum information theory and Gaussian quantum states steering. (2) Experimental Simulation: Simulate the detection of vacuum fluctuations via electro-optic sampling, incorporating realistic
parameters for femtosecond few-cycle laser pulses, terahertz bandwidths, and detector electronics. (3) System Architecture: Define the critical engineering requirements (optical pulse duration, terahertz crystal materials in cryogenetic environments, signal-to-noise ratio optimization, entanglement witnesses and verification) necessary to resolve the entangled vacuum variance.Relevant keywords of this project in
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