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Wing&
Area -
Functional
Materials
Wing-
Functional Materials Wing
LeaderSASAKI Takahiko, PhD
Institute for Materials Research
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Spintronics and Quantum
Physics AreaMIZUKAMI Shigemi, PhD
AIMR
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Spintronics and Quantum
Conversion AreaSATO Takafumi, PhD
IMRAM/AIMR
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Energy and Material
Conversion AreaNISHIHARA Hirotomo, PhD
AIMR/Graduate School of Science
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Energy and Material
Conversion AreaTOMISHIGE Keiichi, PhD
Graduate School of Engineering
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Structural
Materials
Wing-
Structural Materials Wing
LeaderFUKUYAMA Hiroyuki, PhD
Institute of Multidisciplinary Research for Advanced Materials
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Structure and Environmental
Conversion AreaKATO Hidemi, PhD
Institute for Materials Research
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Structure and Environmental
Resistant AreaSATO S. Yutaka, PhD
Graduate School of Engineering
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Soft Matter and Biomaterial
AreaNANGO Eriko, PhD
IMRAM
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Soft Matter and Biomaterial
AreaTAKIMIYA Kazuo, PhD
Graduate School of Science/AIMR
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Innovation
Creation
Wing
New Faculty Members at CRCMS
Related Area: Spintronics and Quantum Physics Area
ELYASI Mehrdad, PhD
Assistant Professor, AIMR(CRCMS)
Nonlinearity of spin waves and its implications in quantum and stochastic information paradigms
MESSAGE
Nonlinearity of spin waves and its implications in quantum and stochastic information paradigms
My research interests span a wide range of topics in condensed matter physics, including magnetism, spintronics, metamaterials, topology, and quantum matter. My current research focus has been on nonlinearity of spin waves and its implications in quantum and stochastic information paradigms.
Recent Research Findings
My recent works have pushed the boundaries of quantum magnonics in the direction of many-body effects by theoretically discovering quantum entanglement between different spin wave (magnon) modes, explaining probabilistic operation of parametrically excited magnons, as well as long lasting coherence of uniform magnetization dynamics.
I also collaborate with experimentalists pursuing magnon many-body effects in different configurations with high potential for quantum applications, for example in heterostructures of magnetic materials and nitrogen vacancy center spin ensembles.
- Related Area: Spintronics and Quantum Physics Area
- ELYASI Mehrdad, PhD
- Assistant Professor, AIMR(CRCMS)
- Tohoku Univ researchers researchmap
- mehrdad.elyasi.b2[at]tohoku.ac.jp
(Please replace [at] with "@" in the email address.)