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to advanced Electrical and Electronics Engineering., for example; power engineering, control engineering, artificial intelligence, network engineering, and electrical/electronic circuits and devices, as
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of the project] * Background of the recruitment and description of the project [Research Field] We are working on the ultrafast shaping of free-electron beams and the application to the ultrafast imaging
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.) involved in these processes, based on the control and detection of electronic coherence in semiconductor quantum dots. In order to promote experimental research on the physics and fundamental technology of
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of the recruitment and description of the project [Research Field] Our Team provides research support using X-ray crystal structure analysis, electron microscopy, and elemental analysis. In addition to supporting
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to design and develop a Quantum-HPC Hybrid platform, which will serve as a new computational infrastructure to extend the computable domain by highly linking a Quantum Computer (QC) and a supercomputer (HPC
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of the following: ・Development of thin disk laser and/or other high repetition rate lasers ・Research into the use of single-cycle lasers in attosecond science ・Research on relativistic laser science using computer
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the areas of the above topics. Subjects: [Doctor course] Advanced Seminar on Electrical Engineering, Advanced Researches on Electric Power [Master course] Applied Systems Engineering, Modern Control Theory
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energy/magnetic energy engineering, such as (1) electric machinery, power electronics, and industrial applications, (2) design and development of electric machinery with electromagnetic analysis, and
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computational infrastructure to extend the computable domain by highly linking a Quantum Computer (QC) and a supercomputer (HPC). The missions of the Quantum-HPC PF Div. include the development of software stacks
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computational infrastructure to extend the computable domain by highly linking a Quantum Computer (QC) and a supercomputer (HPC). The missions of the Quantum-HPC PF Div. include the development of software stacks