Resources
Job Opportunities
Join the Chicago Quantum Exchange community to advance research efforts and developments in quantum science and engineering. Information about each CQE member institution and select job postings can be found below. For Internship opportunities at CQE member and partner institutions, visit our Internships page.
If you are a CQE member or partner - or an employer in the region - and have a specific job opportunity you would like us to include here, please contact quantum@uchicago.edu.
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Job Opportunities
Description: The InterQnet project at Argonne National Laboratory invites applications for a postdoctoral position to conduct research in the field of experimental quantum communication and networking. InterQnet aims to demonstrate quantum communications between heterogeneous qubit platforms in Argonne’s campus network and across the Chicago metropolitan area, by taking a systems approach on the fundamental building blocks for experimental platforms and quantum network architectural choices. The focus of this position is the development of a networking node based on neutral ytterbium atoms trapped in re-configurable optical tweezer arrays with a goal of demonstrating several key protocols necessary for practical, robust, and scalable quantum communication. The successful candidate will work in the Fundamental Symmetries group of Argonne’s Physics Division while also collaborating with a diverse set of researchers spanning a broad spectrum of fields relevant to achieving the goals of the InterQnet project.
How to apply: Learn more
Description: The Physics Division at Argonne National Laboratory invites interested applicants to apply for a postdoctoral position to conduct experimental Fundamental Symmetries research at the intersection of nuclear and atomic, molecular, and optical (AMO) physics. The successful candidate will play a significant role in the experimental search for the permanent electric dipole moment (EDM) of the radium-225 atom. The focus of this position is to implement improvements to the experimental systems for laser cooling, trapping, and detection of radium atoms and to perform an improved measurement of the EDM of radium-225.
How to apply: Learn more
Description: The Chicago Quantum Exchange is seeking a Manager of Digital Communications to develop, plan, and disseminate timely and informative content (website, social media, video, graphic, and other) that clearly communicates the mission, accomplishments, and activities of the CQE and its members. Reporting to the Director of Communications, the Manager of Digital Communications works on both content and technical matters and collaborates on creating and executing a robust strategy for digital storytelling.
How to apply: Learn more
Description: Infleqtion (ColdquantaLabs/Super.tech) is a global quantum technology company solving the world’s most challenging problems. The company harnesses quantum mechanics to build and integrate quantum computers, sensors, and networks. From fundamental physics to leading edge commercial products, Infleqtion enables “quantum everywhere” through our ecosystem of devices and platforms. They are currently recruiting for a Quantum Error Correction Theorist (QECT). The newly hired QECT is responsible for designing and optimizing error correcting codes (QECs) for experimental quantum computing devices, modeling and analyzing QEC schemes, and advancing the understanding of QEC.
How to apply: Learn more
Description: The Midwest Integrated Center for Computational Materials is looking for two postdoctoral researchers to join the development teams located at Argonne National Laboratory and University of California, Davis. Excellent candidates are sought with experience in the development of complex scientific software architectures to support algorithmic development for GPU programming and code development/optimization for high performance architectures. The codes to be ported to GPUs are the WEST code for electronic structure calculations, and the Qbox code for molecular dynamics. The postdoctoral researchers will work with a team of 10+ PhDs/postdocs contributing to the development of codes currently supported by MICCoM.
How to apply: Learn more
Description: The Midwest Integrated Center for Computational Materials at Argonne National Laboratory is looking for a postdoctoral candidate to perform research on the use of machine learning in electronic structure calculations. The postdoctoral researcher will work within the groups of Professor Giulia Galli and Dr. Maria Chan on developing and applying algorithms and software for the use of machine learning techniques to accelerate the computation of electronic structure and phonon properties. Applicants should have expertise in some of the following: Density functional theory modeling of materials, use of machine learning approaches for computational materials problems, development and implementation of algorithms and software for materials modeling, and high-performance and parallel computing.
How to apply: Learn more
Description: The Department of Physics and Astronomy at Northwestern University and the Center for Superconducting Quantum Materials and Systems (SQMS), invite applications for a Postdoctoral Associate in Quantum Information Science. The successful candidate will be principally responsible for and lead SQMS research activities in a new low-temperature laboratory at Northwestern University. Experience with the operation of dilution refrigerators and familiarity with microwave control and measurement techniques at millikelvin temperatures with superconducting quantum circuits are important. There will be ample opportunities for collaboration with other members of the SQMS team focused on optimizing materials and devices for superconducting quantum computing and sensing. The position is potentially renewable and will be supervised by Jens Koch, Deputy Director of SQMS.
How to apply: Learn more
Description: qBraid is on the lookout for a Quantum Research Scientist who possesses a substantial understanding of quantum algorithms and is enthusiastic about implementing key quantum algorithms to address critical challenges in the field. Your inventive approach to coding will be instrumental in building hardware-optimized quantum circuits, thereby contributing significantly to our core mission. A collaborative spirit and the capability to work autonomously as well as harmoniously within a team is value immensely. As a Quantum Research Scientist at qBraid, you’ll play a vital role in a collaborative, user-centric approach towards goal-setting and product timelines. Even if you don’t meet all the criteria, you are encouraged to apply.
How to apply: Learn more
Description: Your work as a Quantum Software Engineer at qBraid will focus on development of the qBraid SDK, their Python toolkit for building and executing quantum programs. You will have a paramount role in this project, and be hands-on from day one helping them design, build, test, and deploy modules for quantum algorithms and applications. qBraid are looking for engineers who are critical thinkers, analytical, and passionate about building practical solutions. You will also need to be flexible, adaptable, and a persistent problem-solver.
How to apply: Learn more
Description: Quantopticon is a British-American software start-up developing an automated simulation platform for the design and optimisation of quantum-photonic components, systems and devices. Quantopticon was founded in 2017 by Dr Gaby Slavcheva, a renowned international leader in the theory and modelling of light-matter interactions in quantum nanostructures, and Dr Mirella Koleva, an optics and photonics scientist and entrepreneur. The overarching goal at Quantopticon is to accelerate the design cycle of quantum-photonic devices, maximize their performance, and unlock the path to large-volume manufacturing. Quantopticon is seeking a Business Development Director with a strong commercial, technical and enterprise scale-up background to lead Quantopticon into the next phase of growth. The ideal candidate should have a strong knowledge and understanding of photonics and/or quantum. This position is located in Chicago, IL.
How to apply: Submit a CV/resumé and cover letter to Dr Mirella Koleva at info@quantopticon.co.uk. Learn more here
Description: The Pritzker Nanofabrication Facility (PNF) is the Pritzker School of Molecular Engineering’s (PME) central shared-use nanofabrication facility with over 10,000 sq ft. of clean room space, housing a large complement of tools dedicated to thin film deposition, photolithography, e-beam lithography, etching, soft materials and microfluidics, and processing from meso-scale to nanometer scales. The facility interfaces with researchers from academia and industry and plays a critical role in the PME’s research and educational missions. Reporting to the Faculty Director of the PNF, the Executive Director serves as the primary scientific and operational leader, managing the daily activities of the PNF and communicating with facility stakeholders. Responsibilities include hiring and oversight of technical staff, safety, user training, equipment maintenance, tool acquisition and installation, lab-based training and educational programs, and other aspects of facilities operations. Successful candidates are expected to have experience in the operations of an academic cleanroom. The candidate will be committed to leading a diverse cleanroom community composed of faculty, users, and staff, combined with an interest in helping develop research and educational support within the School and with local industry. Qualified candidates will have the opportunity to contribute to the education mission, including teaching undergraduate and graduate courses.
How to apply: Learn more
Description: The Pritzker School of Molecular Engineering (PME), a unique interdisciplinary school launched by the University of Chicago in 2011, is seeking applications at the ranks of Assistant Professor, Associate Professor, and Professor. Before the start of employment, qualified applicants must hold a doctoral degree or equivalent in a field related to theoretical and/or computational quantum engineering, or related disciplines. They must also have a strong record of independent research in theoretical quantum science and engineering. Areas of interest include (but are not limited to) quantum information, quantum communication, quantum sensing, quantum error correction, quantum mechanical materials modeling, quantum optics and quantum simulation (including simulation on classical and quantum computers).
How to apply: Learn more
Description: A position is available in the group of Giulia Galli at the University of Chicago for a postdoctoral scholar focusing on the study of quantum materials for energy efficient neuromorphic computing. The DOE-funded project, which is part of the Energy Frontier Research Center QMEENC (https://qmeenc.ucsd.edu/), will be under the direction of Prof. Giulia Galli and will be in close collaboration with experimental colleagues at the University of California, San Diego and with other QMEENC participants. Further information on related research activities in the group is available at https://galligroup.uchicago.edu/Research/quantum.php. Excellent candidates with a background in solid-state chemistry/physics and first-principles simulations of materials are invited to apply. Major duties and responsibilities include the use of advanced electronic structure methods and quantum simulations to model the properties of complex oxides.
How to apply: Interested candidates should submit: 1) A full CV, including list of publications and contacts for at least two references. 2) A cover letter of intent to Giulia Galli at gagalli@uchicago.edu, with “Postdoctoral application: Neurom.” in the subject line (PDF attachments only). More information can be found here.
Description: The Anderson lab is seeking for thoughtful, motivated, and diverse graduate students to join and help build a vibrant research effort and inclusive group culture at Illinois. Prof. Chris Anderson has openings for PhD graduate research assistants and postdoctoral fellows in Materials Science and Engineering, Physics, and Electrical Engineering with interest in quantum science and technology. The Anderson lab is a new group at the University of Illinois Urbana-Champaign and works towards building the world’s first quantum internet by harnessing the properties of emerging materials, single photons, and electron spins. Chris also values thoughtfully mentoring and supporting students from all backgrounds. No previous quantum research experience is required.
How to apply: To apply, contact cpand@illinois.edu.
Description: The Illinois Quantum Information Science and Technology Center (IQUIST) at the University of Illinois Urbana-Champaign (UIUC) invites applications for postdoctoral scholar positions in quantum science. IQUIST research addresses a wide variety of experimental and theoretical research topics spanned by UIUC's departments of physics, materials science, electrical engineering, mechanical engineering, computer science, mathematics, and chemistry. These topics include, but are not limited to, quantum information science, quantum many-body physics in condensed matter and atomic systems, applications of quantum information to high energy physics, topological states of matter, quantum optics and light-matter interactions at the quantum level, quantum cavity-optomechanics, quantum chemistry, and quantum metrology. IQUIST also has active visitor, seminar, and outreach programs.
Deadline to apply: December 15, 2023
How to apply: Learn more
Description: The Anderson lab is seeking for thoughtful, motivated, and diverse postdocs to join and help build a vibrant research effort and inclusive group culture at Illinois. The Anderson lab is a new group at the University of Illinois Urbana-Champaign and works towards building the world’s first quantum internet by harnessing the properties of emerging materials, single photons, and electron spins. This new internet has the potential to scale-up quantum computers, provide unhackable communications, and to build powerful, distributed quantum sensors. No previous quantum research experience is required.
How to apply: To apply, contact cpand@illinois.edu.
Description: The KouBit Lab at the University of Illinois at Urbana-Champaign has multiple postdoc positions available for experimental research on novel superconducting qubits. We have positions available for developing protected qubits using Al-based superconducting devices, investigating semiconductor-superconductor hybrid qubits, and developing scanning probes using superconducting devices. Experience with microwave frequency and/or cold-temperature measurements is beneficial for this position.
How to apply: To apply, email Angela Kou at akou@illinois.edu.
Description: The Illinois Quantum Information Science and Technology Center at the University of Illinois at Urbana-Champaign has an immediate postdoc opening for ion trap testbed experiments. This project aims to develop a distributed ion trap quantum processor using 88Sr+ ions. There is also an opportunity to work part-time on a Yb optical tweezer experiment. Candidates with experience in experimental AMO physics are encouraged to apply by contacting Brian DeMarco. IQUIST researcher Mikael Backlund is also interested in hiring postdocs for research in quantum science.
How to apply: For the ion trap test bed postdoc position, contact Brian Demarco at bdemarco@illinois.edu. For the postdoc position in quantum science, contact Mikael Backlund at mikaelb@illinois.edu.
Description: The Department of Physics at the University of Wisconsin-Madison invites applications for a tenure-track faculty position in the area of experimental atomic, molecular, and optical (AMO) physics beginning fall 2024. The successful candidate will have the opportunity to collaborate with existing quantum and AMO research at UW-Madison, within the Wisconsin Quantum Institute (WQI) and the HQAN and Q-NEXT quantum centers, and with external research centers. The Department of Physics has a strong experimental AMO physics group with experiments on quantum manipulations of neutral atoms, quantum sensors, and quantum optics, plus closely related theoretical and experimental efforts in quantum devices including quantum dots and superconductors. Candidates must have a proven track record of innovation and high-impact research and are expected to build a vigorous, well-funded research program with an international profile. The successful candidate will contribute to an inclusive, fair, and equitable environment that fosters engagement and a sense of belonging for faculty, staff, students and members of the broader community.
How to apply: Learn more
Description: The Department of Physics at the University of Wisconsin-Madison invites applications for a tenure-track faculty position in the area of theoretical high energy physics. University of Wisconsin–Madison encourage applicants who are doing relevant research in theoretical high energy physics, including particle theory and phenomenology in and beyond the standard model, as well as string theory and quantum gravity and their connections to other areas of physics. Candidates must have a proven track record of innovation and are expected to build a high-impact research program with an international profile. The successful candidate will contribute to an inclusive, fair, and equitable environment that fosters engagement and a sense of belonging for faculty, staff, students, and members of the broader community.
How to apply: Learn more
Description: Applications are invited for a postdoctoral research position in condensed matter theory at the University of Wisconsin – Madison. The appointment will be for two years, with possibility of renewal for a third year contingent on funding and progress made. The start date is expected to be Fall 2023 but is negotiable. The successful candidate will work under the joint supervision of Prof. Alex Levchenko and Prof. Ilya Esterlis. Topics of current interest include (but are not limited to): (1) superconductivity in both conventional and unconventional systems, including the interplay between anomalous metallic behavior and superconductivity; (2) properties of the two-dimensional electron gas at intermediate and strong coupling, including Wigner crystal and related phases; (3) optical probes of condensed matter systems; e.g., exciton response in transition metal dichalcogenide heterostructures, nitrogen-vacancy (NV) center sensing, etc. Applicants are also encouraged to interact with other members of the condensed matter theory group and conduct independent research. Minimal expectations include completion of the PhD by the start date of the appointment and demonstration of proficiency in carrying out research in theoretical condensed matter physics through research publications and/or presentations. To apply, please submit a CV with publication list and a brief research statement (not more than 2 pages in length) to the application form. Applicants should also arrange for at least two letters of reference sent to the same address. The review of applications will start in late December and continue until the position is filled.
How to apply: Learn more
Description: The Goldsmith Group at University of Wisconsin-Madison is whirring for multiple Postdoctoral positions. Research Scientist position are currently available for scientists interested in: Molecular Quantum Optics, Photonics-Enhanced Molecular Spectroscopy, and Single-Molecule Spectroscopy.
How to apply: Learn more
Description: The Saffman Lab at the University of Wisconsin-Madison has an immediate postdoctoral position available for experimental studies of quantum error correction with neutral atom qubit arrays.
How to apply: To apply, email Mark Saffman at msaffman@wisc.edu.
Description: Applied’s CTO group we focuses on solid-state solutions for quantum technology, i.e. superconducting qubits and optical quantum computing. Their primary objective is to collaborate with system companies and universities to develop quantum devices with significantly lower error rates compared to current standards. This approach centers on harnessing state of the art materials engineering and semiconductor processing, as well as using their expertise in advanced (metasurface-based) optics to enhance device performance. To achieve this goal, they are seeking individuals with a strong background in quantum technology to join their expanding team. As a Photonic Quantum Process Engineer at Applied Materials you will create quantum devices with record low error rates using state of the art semiconductor technologies, work with process + hardware +metrology teams to develop new thin film materials and processes for quantum devices, collaborate with customers, start-ups, or universities to measure material properties, design and conduct experiment, metrology data collection and analysis, and explore new growth area leveraging Applied’s expertise in precision material engineering.
How to apply: Learn more
Location: Santa Clara, CA
Description: Applied’s CTO group we focuses on solid-state solutions for quantum technology, i.e. superconducting qubits and optical quantum computing. Their primary objective is to collaborate with system companies and universities to develop quantum devices with significantly lower error rates compared to current standards. This approach centers on harnessing state of the art materials engineering and semiconductor processing, as well as using their expertise in advanced (metasurface-based) optics to enhance device performance. To achieve this goal, they are seeking individuals with a strong background in quantum technology to join their expanding team. As a Quantum Device and Integration Engineer at Applied Materials you will create quantum devices with record low error rates using state of the art semiconductor technologies, work with process + hardware + metrology teams to develop new thin film materials and processes for quantum devices, collaborate with customers + start-ups + universities to measure material properties, and design + conduct experiment metrology data collection and analysis.
How to apply: Learn more
Location: Santa Clara, CA
Description: Applied’s CTO group we focuses on solid-state solutions for quantum technology, i.e. superconducting qubits and optical quantum computing. Their primary objective is to collaborate with system companies and universities to develop quantum devices with significantly lower error rates compared to current standards. This approach centers on harnessing state of the art materials engineering and semiconductor processing, as well as using their expertise in advanced (metasurface-based) optics to enhance device performance. To achieve this goal, they are seeking individuals with a strong background in quantum technology to join their expanding team. The Superconducting Quantum Process Engineer will create quantum devices with record low error rates using state of the art semiconductor technologies, work with process + hardware + metrology teams to develop new thin film materials and processes for quantum devices, collaborate with customers, start-ups, or universities to measure material properties, design and conduct experiment, metrology data collection and analysis, and explore new growth areas leveraging Applied’s expertise in precision material engineering.
How to apply: Learn more
Location: Santa Clara, CA
Description: The Equipment/Hardware Engineer reports to the Director of Production and provides hands-on assistance in designing, assembling, and modifying equipment used in the development, use, and maintenance of the company’s R&D laboratory and its pilot manufacturing line for making semiconductor grade diamond materials and for carrying out the tasks associated within the company’s federal R&D projects. This position can be part-time or full-time.
How to apply: Learn more
Location: East Lansing or Lansing, MI
Description: The Process Engineer reports to the Chief Scientist and provides hands-on assistance in designing and carrying out processes used in the development, use, and maintenance of the company’s pilot manufacturing line for making semiconductor grade diamond materials and for carrying out the tasks associated within the company’s federal R&D projects. This position can be part-time or full-time.
How to apply: Learn more
Location: East Lansing or Lansing, MI
Description: The Process Technician provides hands-on assistance in carrying out one or more processes used to fabricate current and develop new high-performance crystalline diamond materials. This position can be part-time or full-time.
How to apply: Learn more
Location: East Lansing or Lansing, MI
Description: HRL Laboratories, LLC in Malibu, CA is recruiting outstanding scientists and engineers for exciting long-term projects at the frontier of quantum science and technology. In particular, HRL seeks candidates who want to work in an industrial laboratory setting on research and development of spin-qubit devices operated at cryogenic temperatures for quantum computing applications, and in the fields of cavity optomechanics, atomic physics, or quantum optics for the design and prototype of the next generation of sensing and timing instruments. Individuals at the Bachelor’s, Master’s, and Ph.D. level who have completed rigorous training in physics, applied physics, computer science, electrical engineering, or related fields are encouraged to apply to join the team at HRL. Multiple positions for experimentalists and engineers are available across architecture, design, and execution in both spin-qubit and quantum optics areas. Specific areas include developing cryogenic hardware for signal delivery and developing characterization techniques for arrays of spin qubits. Previous experience with low noise signals, quantum devices, and cryogenics is desirable, but good scientific communication skills, a team mentality, and a natural scientific curiosity are required.
How to apply: Visit https://quantum.hrl.com/ for more information and follow links to open positions.
Location: Malibu, CA
Description: HRL Laboratories, LLC in Malibu, CA is recruiting outstanding scientists and engineers for exciting long-term projects at the frontier of quantum science and technology. In particular, HRL seeks candidates who want to work in an industrial laboratory setting on research and development of spin-qubit devices operated at cryogenic temperatures for quantum computing applications, and in the fields of cavity optomechanics, atomic physics, or quantum optics for the design and prototype of the next generation of sensing and timing instruments. Individuals at the Bachelor’s, Master’s, and Ph.D. level who have completed rigorous training in physics, applied physics, computer science, electrical engineering, or related fields are encouraged to apply to join the team at HRL. A variety of positions are available in areas including CAD layout, semiconductor device design, electron microscopy and failure analysis, and data-driven yield engineering. Experience with semiconductor nanofabrication processes and data analysis is desired.
How to apply: Visit https://quantum.hrl.com/ for more information and follow links to open positions.
Location: Malibu, CA
Description: HRL is seeking a Ph.D.-level theoretical/computational staff scientist to evaluate the potential performance and application viability of quantum networks, in the contexts of distributed quantum computation, quantum communication, and/or quantum sensing. This will involve significant computational work, as well as mathematical analysis, for the numerical evaluation of systems intended to distribute photonic and microwave entanglement. We are looking for candidates keen to work collaboratively, both with our partners (e.g. Q-NEXT) as well as internally with experimentalists. This is in addition to other open roles for theorists, experimentalists, software developers, and engineers available at http://quantum.hrl.com/careers.
How to apply: Learn more and apply
Location: Malibu, CA
Description: HRL seeks Ph.D. or post-doctoral-level candidates ready to apply their knowledge of theoretical solid-state physics and quantum/many-body system simulations to solid-state multiqubit devices, and/or to apply quantum information theory to realistic qubit arrays. Background in materials or device modeling, especially electronic structure or multiphysics simulations, and/or experience developing and running complex scientific codes in quantum or other contexts is desired. Internships in this area will also be considered for highly motivated candidates at any time.
How to apply: Visit https://quantum.hrl.com/ for more information and follow links to open positions.
Location: Malibu, CA
Description: HRL is hiring software engineers of all disciplines, including compiler developers, scientific programmers, data architects, web developers, and low-level firmware developers. Programming skill is our highest priority, regardless of academic or industrial background. Experience with different programming languages and paradigms preferred, and knowledge of theoretical computer science is a plus.
How to apply: Candidates should write to Robert Smith at rssmith@hrl.com with an introductory letter and resume to be fast-tracked.
Location: Malibu, CA
Description: The Department of Physics at The Ohio State University announces an opening for a tenure-line faculty hire in quantum information science. The appointment is effective in Autumn 2024 at the rank of Assistant or Associate Professor and is open to candidates using experimental and/or theoretical approaches in quantum information science. We envision a candidate with strong potential for excellence in all aspects of scholarship. Applicants should demonstrate the potential to be a recognized leader in the field who will develop a productive, well-funded, and internationally prominent research program. Successful candidates will be expected to: collaborate with other quantum information science faculty across campus and be an active member of The Ohio State Center for Quantum Information Science and Engineering (https://quantum.osu.edu); develop and maintain an extramurally funded research program; foster cross-disciplinary research with sustained impact; have a strong commitment to excellence in teaching and mentoring; and contribute to the teaching (graduate and undergraduate) and service missions of the University. Candidates must hold a PhD in Physics or a closely related field. Candidates should demonstrate a commitment to building a culturally diverse intellectual community, in line with OSU’s Shared Values. Review of applications will begin on December 1, 2023 and will continue until the position is filled.
How to Apply: Learn more
Location: Columbus, OH