Job Title: Quantum Researchers/ Experimental and Theoretical

1st type: Experimental Quantum researchers:

Location:

• Qubitcore Okinawa R&D Center, OIC2-207, Innovation Core 2

Work style:

• Remote work is negotiable depending on responsibilities
• Domestic and international travel may be required

Benefits:

• Full social insurance coverage (health, pension, employment, and workers' compensation)
• Annual health checkups

Job Summary:

Lead the development of the next-generation ion trap quantum computers and foundational technologies that will enable truly scalable and practical quantum computing. We are looking for AMO experimentalists with skills in operating lasers, optics, UHV systems and electronics, and with knowledge in cavity QED and quantum optics theory. In addition, researchers with expertise in microfabrication, integrated photonics and MEMS are highly valued.

Job Description (Responsibilities):

• Propose novel approaches to quantum error correction and quantum algorithms
• Analyse and optimize their application to real quantum hardware
• Conduct numerical simulations of quantum systems
• Develop new theoretical frameworks for foundational technologies
• Analyse experimental results from hardware teams
• Contribute to publications and intellectual property development

‍

Required Qualifications:

• PhD (or expected completion by March 2026) in Physics, Electrical Engineering, Optical Engineering, or a related field
• Proven experience in experimental research

Required skills:

• Foundational knowledge of quantum physics or quantum optics
• Basic understanding of quantum computing principles
• Hands-on experience in experimental research especially in the fields of lasers operations and and optics, cavity QED theory and experiments, UHV system, and electronics controls.
• Microfabrication research in MEMs design and fabrication.
• Proficiency in data analysis and programming using Python, MATLAB, or equivalent tools

Preferred Skills:

• Experience conducting experiments with quantum hardware
• Track record of academic publications and leading research projects
• Exposure to interdisciplinary collaboration and participation in international conferences
• Knowledge and experience in atomic physics
• Familiarity with ultra-high vacuum systems
• Expertise in laser systems
• Understanding of ion trap technologies
• Experience with cryogenic experiments using cryostats
• Proficiency with development tools such as Git

Experience:

• Management experience appropriate to the level of the position

Education:

• PhD (completed or expected
  completion by March 2026
  ) in a relevant field

2nd type: Theoretical Quantum researchers:

Location:

• Anywhere (Full remote is OK).

Work style:

• Remote work is negotiable depending on responsibilities
• Domestic and international travel may be required

Benefits:

• Full social insurance coverage (health, pension, employment, and workers' compensation)
• Annual health checkups

Job Summary:

Conduct theoretical research regarding ion trap quantum computing while working closely with hardware experts. The topics include qubit gate design and optimization, quantum error correction and quantum algorithms for near-term applications. We are specifically looking for quantum information experts who can develop, analyze and benchmark quantum error correction protocols that are optimized for distributed quantum computing using trapped ions.

Job Description (Responsibilities):

• Propose novel approaches to quantum error correction and quantum algorithms
• Analyse and optimize their application to real quantum hardware
• Conduct numerical simulations of quantum systems
• Develop new theoretical frameworks for foundational technologies
• Analyse experimental results from hardware teams
• Contribute to publications and intellectual property development

‍

Required Qualifications:

• PhD (or expected completion by March 2026) in Physics, Electrical Engineering, Optical Engineering, or a related field
• Proven experience in theoretical research

Required skills:

• Foundational knowledge in quantum physics, computer science, or information engineering
• Basic understanding of quantum computing principles
• Experience in theoretical research
• Proficiency in data analysis and programming using Python, MATLAB, or equivalent tools

Preferred Skills:

• Knowledge of quantum error correction theory
• Familiarity with quantum algorithms
• Understanding of atomic physics and quantum computer implementation
• Experience with ion trap technologies
• Background in numerical simulations of physical systems
• Hands-on experience with quantum SDKs (e.g., Qiskit, Cirq)
• Proficiency in C++
• Familiarity with development tools such as Git

Experience:

• Management experience appropriate to the level of the position

Education:

• PhD (completed or expected by March 2026) in a relevant field (A Master's degree may also be considered depending on qualifications and experience.)

Industry

Computer Hardware Manufacturing

Employment Type

Full-time