仕事内容 Role
About 同社
同社 is a deep-tech startup spun out of the University of Tokyo, founded with the mission of achieving the social implementation and commercialization of "optical quantum computers."
While multiple modalities exist in the quantum computing landscape, we focus on the optical quantum approach. We are confident that this method is the most suitable for practical application and widespread adoption due to its inherent scalability and seamless integration with optical communications. Through continuous research and development, we aim to balance energy efficiency with high computing power, overcome the limits of human information processing, and contribute to a sustainable society.
Background
Many unresolved challenges remain in the research and development of photonic quantum computers. In particular, achieving error correction and non-linear operations requires a special type of quantum light known as "non-Gaussian states." Our mission is to accelerate the realization of fault-tolerant photonic quantum computers by conducting fundamental research on the efficient generation, manipulation, and measurement of these non-Gaussian states. To further accelerate our R&D, we are newly seeking a "Junior Quantum Scientist" to work alongside our senior scientists, driving the team's momentum through experimental execution and data analysis. Regardless of age, we welcome individuals with a strong curiosity for unexplored technological domains who will enjoy taking on this academic challenge together with us.
Key Responsibilities
This position is a crucial role where you will work alongside senior scientists to engage in cutting-edge fundamental research aimed at realizing a fault-tolerant universal photonic quantum computer.
You will provide hands-on support in the daily execution of experiments and data collection, as well as assist in the construction and maintenance of complex optical setups utilizing optical fibers, free-space optics, and optical waveguides.
The research topics are as follows:
- Experimental generation of GKP states (complex non-Gaussian states)
- Implementation of cubic phase gates
- Realization of low-loss, high-speed optical switches
- Theoretical and experimental research toward the realization of high-purity non-Gaussian states
The Role & Impact
The implementation of "non-Gaussian quantum gates" and "error correction operations"—the very foundation of photonic quantum computers—are unresolved challenges that the world has yet to overcome. In this position, armed with cutting-edge experimental facilities and technical expertise, you will be able to tackle these global challenges at the forefront. We also welcome academic outreach, including publishing papers, presenting at international conferences, and acquiring patents.
給与・待遇 Compensation
10 million JPY or more (Determined based on experience and skills)
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