Develop a program utilizing the phase-field method to replicate the nanostructure formation process in FePt-based magnetic recording media, supporting the research and development of novel magnetic recording media.Duties are subject to change within the scope of the Employee’s position.
Construction of a machine learning model for the nano-scale structure of FePt-based magnetic recording media.Duties are subject to change within the scope of the Employee’s position.
The successful candidate will work on the design and analysis of all-solid-state battery materials by high-throughput density functional theory calculations and machine learning methods. For more information, please visit our group website.Duties are subject to change within the scope of the Employe...
Fabrication and evaluation of spintronics-based neuromorphic devices.Duties are subject to change within the scope of the Employee’s position.
Elucidation of bioelectron transfer mechanisms through electrochemical experiments using microorganismsDuties are subject to change within the scope of the Employee’s position.
Elucidation of the coercivity mechanism by employing statistical physical approaches. The coercivity mechanism, closely related to the relaxation process from metastable states at finite temperatures, is a very important subject in non-equilibrium science. Theoretical research on permanent magnets h...
Preparation and characterizations of organic-inorganic hybrid or ceramic membrane materials for Hydrogen separation applications.Duties are subject to change within the scope of the Employee’s position.
Theoretical analysis and design of semiconductors and structural materials based on first-principles calculations and first-principles-based model calculation without empirical parameter. Duties are subject to change within the scope of the Employee’s position.
Development of carbon nanotube (CNT) based nanoelectromechanical systems (NEMS) and sensors, such as: growth and fabrication of CNT NEMS devices. characterization, manipulation and measurements by in situ TEM. applications of CNT NEMS sensors for mass and force detection.Duties are subject ...
Data-driven approach for synthesis of water-splitting electrocatalysts or data-driven characterization of water-splitting electrode processes by using in-situ electrochemical techniquesDuties are subject to change within the scope of the Employee’s position.
Experimental research on thermoelectric properties of inorganic compounds and/or TEG module developmentDuties are subject to change within the scope of the Employee’s position.
Development of thermal conductivity measurements and analysisDuties are subject to change within the scope of the Employee’s position.
Theoretical study on topological phenomena and topological quantum materials.Duties are subject to change within the scope of the Employee’s position.
Research on biogas measurements using olfactory sensors.Duties are subject to change within the scope of the Employee’s position.
A post doc position on the characterization of magnetic properties and magnetization dynamics of FePt-based HAMR media. Background on magnetism and magnetic materials is required. Experiences on measurements and characterization of magnetic properties and magnetic dynamics are desirable. The candida...
A post doc position on the development of Sm-Fe based permanent magnetic thin film and their magnetic and structural characterization for high performance. Background on magnetism and magnetic materials is required. Experiences on thin film processing and magnetic measurements are desirable. The can...
“Synthesis Process and Thermal Property Evaluation of Silica Insulation Material”This project aims at development of refined material and process for the next-generation insulation products through fundamental research. Primarily, analysis of porous structures and evaluation of thermal c...
The postdoctoral researcher is expected to mainly contribute to design and synthesis of new NIR-light responsive compounds. He/she will develop functional soft and/or polymer materials related to circular economy. This position is supported by SIP. Environmental Restoration and Conserva...
Exploring quantum properties of two-dimensional materials through 1. Preparation of two-dimensional materials and heterostructures / 2. Optical properties characterization / 3. device fabrications
The postdoctoral researcher is expected to study material science by using machine learning and ab-initio simulation.
The plastic deformation behavior of metals has not yet been fully clarified. In particular, the interaction between slip systems has yet to be quantitatively determined, and techniques for predicting macroscopic plastic deformation behavior are still in their infancy. In this study, we are engaged i...
The postdoctoral researcher is expected to mainly contribute to design and development of new polymer materials.He/she will develop functional polymer materials related to circular economy.The designed polymers are expected to have a direct and positive impact on the industry and society.This positi...
Research and development of functional materials based on the synthesis and precise arrangement of novel nanosheets
Characterization of Na-ion battery Development of Na-ion full cell Characterization of thermal stability of Na-ion battery materials
Research and development of advanced Li batteries. Li metal negative electrode Si-based negative electrode
Development and characterization of novel electrolyte and electrode materials for multivalent-metal based batteries.
Fabrication of highly efficient perovskite solar cells Develop high-band-gap perovskite materials and improve performance
R&D for JST-START (Program for Creating STart-ups from Advanced Research and Technology) "CO2 recovery from methane/CO2 mixtures containing high-concentration CO2 using polymer sorbents" (November 2022 to March 2025)Job is related to Development of polymer-based CO2 sorbent Devel...
The Yamauchi Materials Space Tectonics JST-ERATO project invite applications for one postdoctoral researcher in the fields of Additive Manufacturing, Supramolecular Chemistry, and/or Electrochemistry. The successful candidate will join a multidisciplinary and multinational team of organic/phy...
JST-ERATO Yamauchi’s Materials Space-Tectonics Project In this ERATO, we will create novel “inorganic nanosolids” containing internal nanospaces, as unprecedented nanospace materials, and develop several methodologies for their effective integration with the aim of explo...
Theoretical study of complex nano-scale materials (Si, Ge, GaN, ..) using large-scale DFT and machine-learning techniques
Characterization of Zn-ion battery Study of metal deposition/dissolution
Organic synthesis and preparation of organic thin films Organic single crystal growth Other necessary research-related work and work under the direction of superiors
Synthesis and development of solid-state battery materials. Liquid-phase processes for developing solid-state batteries. Development of operando techniques for solid-state battery characterization.
The successful candidate will work on on-surface chemistry with high-resolution atomic force microscope/scanning tunneling microscope system, operating in ultra-high vacuum at low temperature.
Theoretical study on topological phenomena and topological quantum materials.
Solid-state battery materials and ion dynamics analysis using NMR and secondary ion mass spectrometry (SIMS). Development of an operando analysis method using SIMS.
Materials informatics for fuel cell catalysts and/or Surface measurements under vac & spectroscopy for electrocatalysts
For the information of permanent employed research position, please see the "Permanent Employed Research Position" page.
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