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of the recruitment and description of the project We aim to create novel molecular materials based on original synthetic methodologies and to uncover new functionalities. Our current research focuses on fluorinated
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physics (biophotonics, thermodynamics). With such investigations, we aim to developed new bio-inspired and sustainable materials. https://www.oist.jp/careers/postdoctoral-scholar-biological-design-unit
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Industrial Technology Development Organization. The successful candidate will engage in either research theme (A) or (B), as well as common tasks 3 and 4 described below. https://www.jamstec.go.jp/sugar/e
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, and to explore unexplored areas. Focusing mainly on molecular nanocarbons, we are promoting integrated material creation research based on three pillars: the development of innovative molecular editing
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to classical—aiming to identify universal laws and phenomena underlying their physical properties. Our research covers topics ranging from material-oriented studies to the development of theoretical frameworks
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organization for basic and applied science. [Work content and job description] We perform atomic-level or coarse-grained modeling of various polymeric functional materials and conduct efficient molecular
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, for creating innovative light– and energy–related technologies. 【Keywords】organic semiconductor,light emitting material,semiconductor nanoparticle,semiconductor nanocrystal,colloidal quantum dot * details
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page) - 3 reference letters [How to Apply] Interested candidates should send the following application materials by email: Tomoyuki.arakawa@oist.jp [Starting Date] April 1, 2026, or as soon as possible
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of these materials. In particular, we are tackling fundamental questions such as how the functions and properties observed in the crystalline and thin-film states of molecular assemblies correlate with the structures
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these powerful tools to quantitatively characterize the nanometric magnetic and electric fields in topological materials to exploit emergent phenomena. [keywords] Focused-ion-beam (FIB),transmission electron