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Company Name

QunaSys Co., Ltd.

Job Type

Chemical Researcher

Work Detail

QunaSys is recruiting a new Researcher for its Chemical Research Team! Chemical Research Team Mission - Our team aims to accelerate innovation in materials and chemistry by dramatically increasing the accuracy and scale of predictions for electronic structures, reactions, and physical properties that were previously difficult to calculate, through the fusion of quantum computing and quantum chemistry. - To achieve this, we are developing innovative computational techniques that integrate quantum chemistry (wave function theory), quantum algorithms (FTQC/Early-FTQC/NISQ), error tolerance/error mitigation, classical quantum chemical calculations (DFT/wave function theory/MD), and materials informatics, and connecting research results to real-world problems (materials discovery, catalysts, batteries, drug discovery, etc.). Specific Job Responsibilities (Flexible approach based on skills and interests) • Research and development of quantum algorithms for quantum chemistry (FTQC/Early-FTQC/NISQ) Design and improvement of quantum algorithms for electronic structure calculations (ground state and excited state) and reaction pathway evaluation Algorithm design based on the FTQC environment (development of new algorithms and reduction of resources for existing algorithms, etc.) Exploration of computationally valuable problems • Hybrid integration with classical computation (computational chemistry workflow) Integrating DFT/wave function theory/molecular dynamics with quantum computation and translating it into real-world research flows Clarifying the value of quantum computation intervention in areas difficult with existing methods (strong correlations, transition metals, open-shell systems, excitation/charge transfer, etc.) Providing computation results as indicators that can be connected to experiments and material exploration (energy difference, spectrum, reaction barrier, etc.) • Problem solving with customers and collaborative partners (PoC, (Joint Development) We listen to the challenges of customers and researchers and propose solutions from the perspective of quantum chemistry and quantum computing. PoC design, regular reporting, and iterative improvement through feedback. Publication of results through joint research (publications, benchmark/demonstration PR). - Balancing field-leading innovative research with social implementation in industrial settings. We grasp the latest papers and trends and propose and promote research themes that balance implementability and impact. Through joint research with universities and companies, we create new technologies that are applicable globally and advance their application to real-world problems. Collaborating with other teams accelerates the productization of technology and the social implementation of results.

Ideal Profile

Required Skills * Specialized knowledge in the fields of chemistry and physics * Basic knowledge of quantum computing, or a willingness to learn it * Ability to keep up with the latest research trends and reproduce them as needed * Ability to code to verify research ideas using programming languages ​​such as Python and C++ * Experience in writing papers, submitting to academic journals, and handling peer review * Business-level Japanese communication skills * A proactive attitude toward improving skills while working Preferred Skills * While it is not necessary to possess all of the skills and experience listed below, they are particularly welcome. • PhD in Chemistry or Physics • Experience in theoretical development in computational chemistry: Experience in wave function theory (Coupled cluster, CAS, DMRG, etc.) is particularly welcome • Deep knowledge and research experience in quantum computing • Experience in code implementation and research using libraries such as PySCF, Block2, and ASE • Experience in simulations using computational chemistry software: Electronic state calculation software such as Gaussian, GAMESS, ORCA, and VASP, and molecular dynamics software such as GROMACS, LAMMPS, and GENESIS • Experience in research project management. Practical experience in the computational chemistry field is particularly welcome • Research and development experience in chemistry using machine learning, such as materials informatics • Ability to appropriately conduct research using generative AI • Experience and achievements in computer-based contests such as competitive programming, and general programming skills • Experience presenting at international conferences

What we especially look for in a PhD or postdoctoral fellow

Preferred Skills • PhD in Chemistry or Physics

Work Location

113-0001 1-13-7 Hakusan, Bunkyo-ku, Tokyo, Aqua Hakusan Building 9F Remote work (You can work from home or the office) [Head Office Access] 6-minute walk from Hakusan Station on the Toei Mita Line 10-minute walk from Kasuga Station on the Toei Oedo Line

Phd. Stating Salary

Annual salary: ¥6,000,000 - ¥10,000,000 *Salary will be determined based on previous work experience and skills. (2-month probationary period)

Selection Flow

Selection Process The process consists of 6 steps (including 4 interviews). ① Document Screening → ② Casual Interview (with selection elements) → ③ Assignment (initial selection based on submitted assignment) → ④ Assignment Interview → ⑤ Executive Interview → ⑥ CEO Interview The assignment interview provides a valuable opportunity to discuss with our researchers. We look forward to receiving your application!

External Site

https://hrmos.co/pages/qunasys/jobs/0010_02

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