Research Internship (Theory)

nano-qt· R&D Department
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🌍 Remote📍 TokyoIntern

About this role

Project Examples

  • Fault-tolerant quantum computation(FTQC), quantum error correction(QEC):

    • Develop and implement a high-performance decoding algorithm for QEC and FTQC.

    • Survey and develop quantum (or classical) error-correcting codes.

    • Design architectural frameworks for FTQC tailored to specific physical systems (such as cavity QED and neutral atoms).

    • Explore fundamental properties of QEC and FTQC.

    Applications of quantum information processing and quantum networks:

    • Research and develop promising algorithms and protocols that leverage the advantages of quantum information processing in fields like quantum algorithms, communication, cryptography, and sensing.

    • Design efficient algorithms or protocols optimized for fault-tolerant quantum computation or error-corrected quantum repeaters, adapted to the constraints of physical quantum systems.

    Quantum state engineering in cavity QED and neutral-atom systems:

    • Contribute to the development of simulator library and hardware API for cQED-based quantum computer and quantum repeater.

    • Develop and/or optimize gate operations, entangled state generation and other qubit operations in cQED system.

    • Fundamental research into light-matter interaction and quantum many-body dynamics in cQED systems.

    • .. and more.

Qualifications

  • Must be currently enrolled in a university, graduate program, or an equivalent academic institution.

Requirements

  • Background in physics, mathematics, computer science, engineering, or related fields.

  • Basic understanding of quantum computation and quantum communication.

How to stand out in the crowd

  • Knowledge of quantum error-correcting codes and fault-tolerant quantum computation.

  • Knowledge in theoretical computer science such as coding theory, cryptography.

  • Research experience in the field of atomic, molecular and optical (AMO) physics.

  • Coding experience in Python or Julia.

  • Extensive experience with simulation libraries for quantum systems, such as qutip, quantumoptics.jl, qulacs, pennylane, stim, etc.

Compensation

  • Competitive salary + full or partial travel/lodging support

Work Detail

  • Format: On site (Tokyo, Japan) or remote.

  • Frequency: Full time or 2+ days / week.

  • Duration: 1+ month.

Frequently Asked Questions

Is the salary disclosed for the Research Internship (Theory) position at nano-qt?
The salary for this Research Internship (Theory) role at nano-qt is not publicly listed. Click "Apply Now" to learn more about the compensation package on their official careers page.
Is the Research Internship (Theory) job at nano-qt remote?
Yes, this Research Internship (Theory) position at nano-qt is remote, with team members based in Tokyo. You can work from home or anywhere in the supported regions.
Is the Research Internship (Theory) role at nano-qt full-time or part-time?
This is listed as a Intern position. It is posted as a Research Internship (Theory) role in the R&D Department department at nano-qt.
Which team or department does the Research Internship (Theory) at nano-qt belong to?
This Research Internship (Theory) position is part of the R&D Department department at nano-qt. See the full job description for more information about the team structure and responsibilities.
How do I apply for the Research Internship (Theory) position at nano-qt?
Click the "Apply Now" button on this page. You will be redirected to nano-qt's official application portal hosted on ashby where you can submit your application directly.
When was the Research Internship (Theory) job at nano-qt posted?
This Research Internship (Theory) position at nano-qt was posted on Jul 24, 2025. Apply as soon as possible — early applications are often reviewed first.
Research Internship (Theory)
nano-qt
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