sdgs

Approaches to the SDGs at the IFS

The 17 Goals

SDGs and Research Themes

2. Zero hunger

「Molecular Study for Controlling Intracellular Protein Function Using Artificial Phase-Separated Structures and Selective Transmembrane Ion Channels」／Tokumasu Laboratory
「Biological Interference with Plasma Flow at Atmospheric Pressure」／Sato Laboratory
「Bubble Generation and Collapse Processes and Functionalization of Water by Gas-liquid Plasma Flow」／Sato Laboratory
「Liquid-liquid phase separation using artificial polypeptides」／Mabuchi Laboratory

3. Good health and well-being

「Reproduction of in vivo microenvironments using microfluidic devices」／Funamoto Laboratory
「Elucidation and control of cellular responses to hypoxic stresses」／Funamoto Laboratory
「Hemodynamic analysis by integration of medical measurement and numerical simulation」／Funamoto Laboratory
「Development of PVA-H 3D printer」／Ohta Laboratory
「Visualization of flow in model」／Ohta Laboratory
「Hemodynamic analysis using CFD」／Ohta Laboratory
「Development of standard cerebral artery coordinate」／Ohta Laboratory
「Prediction of 3D hemodynamics by deep learning technique」／Ohta Laboratory
「Evaluation of protein mass transfer and active control of mass diffusion process」／Komiya Laboratory
「Study on Shock Wave Propagation Phenomena for Human Body Tissue Protection」／Complex Shock Wave Laboratory
「Molecular Study for Controlling Intracellular Protein Function Using Artificial Phase-Separated Structures and Selective Transmembrane Ion Channels」／Tokumasu Laboratory
「Activation and Inactivation Processes of Cell Viability by Atmospheric Pressure Plasma Flow」／Sato Laboratory
「Biological Interference with Plasma Flow at Atmospheric Pressure」／Sato Laboratory
「Bubble Generation and Collapse Processes and Functionalization of Water by Gas-liquid Plasma Flow」／Sato Laboratory
「Development of artificial ion channels with selective permeability」／Mabuchi Laboratory
「Liquid-liquid phase separation using artificial polypeptides」／Mabuchi Laboratory
「Research on thermal management and thermal control for electric vehicles, electric motorization technology for motor efficiency improvement」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
「Research on high heat flux cooling systems for electric vehicles」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
「Research on visualization and accurate prediction of thermal flow and optimization of compact and low load air conditioning units」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ

4. Quality education

「Understanding of aerodynamic characteristics and aerodynamic heating phenomena when a spacecraft enters a planetary atmosphere」／Nagai Laboratory
「Thermal control devices for spacecraft using vapor-liquid two-phase flow」／Nagai Laboratory
「Thermo-fluid measurement technology for extreme environments using functional molecular sensors」／Nagai Laboratory
「A New Planetary Exploration System Using Aircraft」／Nagai Laboratory
「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory

6. Clean water and sanitation

「Innovative Cellulose Material Fabrication by Electrostatic Fibril Alignment」／Takana Laboratory
「Thermal transport in two-phase flow with phase change and its application」／Iga Laboratory
「Establishment of Shock Wave Pressure Active Control Method」／Complex Shock Wave Laboratory
「Study on Fluid and Soft Matter Structure and Transport Characteristics of Energy and Momentum」／Ohara Laboratory
「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara Laboratory
「Activation and Inactivation Processes of Cell Viability by Atmospheric Pressure Plasma Flow」／Sato Laboratory
「Biological Interference with Plasma Flow at Atmospheric Pressure」／Sato Laboratory
「Bubble Generation and Collapse Processes and Functionalization of Water by Gas-liquid Plasma Flow」／Sato Laboratory
「Development of artificial ion channels with selective permeability」／Mabuchi Laboratory
「Multiphase fluid dynamic approach for natural disaster damage mitigation due to tsunami or flooding」／Ishimoto Laboratory

7. Affordable and clean energy

- 「Advanced Applications of Ionic Liquids in Energy and Environmental Fields」／Takana Laboratory
- 「Development of Electromagnetic Energy Conversion Device for Advanced Utilization of Wind Energy」／Takana Laboratory
- 「Computation Simulation on Ignition Enhancement by Nano second Pulsed Discharge」／Takana Laboratory
- 「Aerospace fluid phenomena and advanced computational fluid dynamics using data science」／Obayashi & Yakeno Laboratory
- 「Improvement of time and accuracy of flow computation by the reduced order modeling and the observation」／Obayashi & Yakeno Laboratory
- 「Wind tunnel experiments with the magnetic suspension and balance system (MSBS) ・ Flow investigation by highly-resolved unsteady numerical simulation」／Obayashi & Yakeno Laboratory
- 「Thermal control devices for spacecraft using vapor-liquid two-phase flow」／Nagai Laboratory
- 「Topological data analysis for rock structures and structure-controlled flow experiments」／Ito & Suzuki Laboratory
- 「Design of sustainable geo-energy systems」／Ito & Suzuki Laboratory
- 「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory
- 「Combustion Science and Highly Efficient Energy Technology」／Kobayashi & Hayakawa Laboratory
- 「Flame Holding and Flame Structure in Supersonic Flow」／Kobayashi & Hayakawa Laboratory
- 「Combustion Science of Carbon-free Ammonia」／Kobayashi & Hayakawa Laboratory
- 「Experimental evaluation of advective heat/mass transfer」／Komiya Laboratory
- 「Study of Cavitation Instabilities in Liquid Propellant Rocket Turbopump」／Iga Laboratory
- 「Clarification of Thermodynamic Suppression Effect of Cavitation」／Iga Laboratory
- 「Thermal transport in two-phase flow with phase change and its application」／Iga Laboratory
- 「Vortex Dynamics and Applied Mathematical Fluid Dynamics」／Hattori & Hirota Laboratory
- 「Molecular Gas Dynamics Study of Nanoscale Gas Lubrication」／Non-Equilibrium Molecular Gas Flow Laboratory
- 「Development of Numerical Solution for Gas Flow in complicated and Micro-Nanoscale Channel」／Non-Equilibrium Molecular Gas Flow Laboratory
- 「Research of Non-Equilibrium Plasma」／Non-Equilibrium Molecular Gas Flow Laboratory
- 「Study on Fluid and Soft Matter Structure and Transport Characteristics of Energy and Momentum」／Ohara Laboratory
- 「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara Laboratory
- 「Design of Novel Thermal Fluids Based on the Thermal Energy Transfer Data of Liquid Molecules」／Ohara Laboratory
- 「Construction of proton hopping model to analyze the transport phenomena of proton」／Tokumasu Laboratory
- 「Development of artificial ion channels with selective permeability」／Mabuchi Laboratory
- 「Research on thermal management and thermal control for electric vehicles, electric motorization technology for motor efficiency improvement」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
- 「Research on high heat flux cooling systems for electric vehicles」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
- 「Research on visualization and accurate prediction of thermal flow and optimization of compact and low load air conditioning units」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
- 「High-mobility Semiconductor Device for Phonon Field Control by Defect-free Nano Periodic Structure」／Endo Laboratory
- 「Designable Quantum Dot Fabrication Technique by Bio-template Ultimate Technique」／Endo Laboratory
- 「Study of Hydraulic Fracturing in Unconsolidated Formation for Oil and Methane Hydrate Development」／Ito & Mukuhira Laboratory
- 「Diametrical core deformation analysis (DCDA) for in-situ stress measurements」／Ito & Mukuhira Laboratory
- 「Mitigation of seismic hazard risk associated with broad subsurface development」／Ito & Mukuhira Laboratory
- 「Study on Ignition and Low-Temperature Oxidation by Micro Reactor」／Maruta & Morii Laboratory, Nakamura Laboratory
- 「Swissroll Microcombustors for Heat Sources」／Maruta & Morii Laboratory, Nakamura Laboratory
- 「Super Lean Burn and Knock Suppression for Automotive Gasoline Engines」／Maruta & Morii Laboratory, Nakamura Laboratory
- 「Ultra low-Stretched Counterflow Flames under Microgravity Environnment in “Kibo” Japanese Experimental Module and Airplane」／Maruta & Morii Laboratory, Nakamura Laboratory

「Development of Integrated Multiscale Multiphase Flow Energy Systems」／Ishimoto Laboratory
「Numerical analysis of contamination removal using megasonic cavitation bubble」／Ishimoto Laboratory
「Quantum/molecular dynamics studies of transport phenomena of substances in polymer electrolyte fuel cell」／Tokumasu Laboratory
「Quantum/molecular dynamics studies of transport phenomena of Li ions in all solid state battery」／Tokumasu Laboratory
「Evaluation of Degradation and Damage in Rocket Engine Combustion Chamber by Electromagnetic Nondestructive Testing」／Uchimoto Laboratory
「Development of high temperature sensors and their application to online monitoring」／Uchimoto Laboratory
「Nondestructive Evaluation of Degradation of Structural Materials Using Electromagnetic Testing」／Uchimoto Laboratory

8. Decent work and economic growth

「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory

9. Industry, innovation, infrastructure

- 「Advanced Applications of Ionic Liquids in Energy and Environmental Fields」／Takana Laboratory
- 「Innovative Cellulose Material Fabrication by Electrostatic Fibril Alignment」／Takana Laboratory
- 「Development of Electromagnetic Energy Conversion Device for Advanced Utilization of Wind Energy」／Takana Laboratory
- 「Computation Simulation on Ignition Enhancement by Nano second Pulsed Discharge」／Takana Laboratory
- 「Reproduction of in vivo microenvironments using microfluidic devices」／Funamoto Laboratory
- 「Hemodynamic analysis by integration of medical measurement and numerical simulation」／Funamoto Laboratory
- 「Aerospace fluid phenomena and advanced computational fluid dynamics using data science」／Obayashi & Yakeno Laboratory
- 「Improvement of time and accuracy of flow computation by the reduced order modeling and the observation」／Obayashi & Yakeno Laboratory
- 「Wind tunnel experiments with the magnetic suspension and balance system (MSBS) ・ Flow investigation by highly-resolved unsteady numerical simulation」／Obayashi & Yakeno Laboratory
- 「Understanding of aerodynamic characteristics and aerodynamic heating phenomena when a spacecraft enters a planetary atmosphere」／Nagai Laboratory
- 「Thermal control devices for spacecraft using vapor-liquid two-phase flow」／Nagai Laboratory
- 「Thermo-fluid measurement technology for extreme environments using functional molecular sensors」／Nagai Laboratory
- 「A New Planetary Exploration System Using Aircraft」／Nagai Laboratory
- 「Combustion Science and Highly Efficient Energy Technology」／Kobayashi & Hayakawa Laboratory
- 「Flame Holding and Flame Structure in Supersonic Flow」／Kobayashi & Hayakawa Laboratory
- 「Combustion Science of Carbon-free Ammonia」／Kobayashi & Hayakawa Laboratory
- 「Evaluation of protein mass transfer and active control of mass diffusion process」／Komiya Laboratory
- 「Experimental evaluation of advective heat/mass transfer」／Komiya Laboratory
- 「Visualization of heat and mass transfer in supercritical fluid」／Komiya Laboratory
- 「Thermal transport in two-phase flow with phase change and its application」／Iga Laboratory
- 「Direct Numerical Simulation of Complex Flow Phenomena」／Hattori & Hirota Laboratory
- 「Development of Highly-Accurate Method for Numerical Simulation of Complex Flow Phenomena」／Hattori & Hirota Laboratory
- 「Vortex Dynamics and Applied Mathematical Fluid Dynamics」／Hattori & Hirota Laboratory
- 「Molecular Gas Dynamics Study of Nanoscale Gas Lubrication」／Non-Equilibrium Molecular Gas Flow Laboratory
- 「Development of Numerical Solution for Gas Flow in complicated and Micro-Nanoscale Channel」／Non-Equilibrium Molecular Gas Flow Laboratory
- 「Research of Non-Equilibrium Plasma」／Non-Equilibrium Molecular Gas Flow Laboratory
- 「Study on Fluid and Soft Matter Structure and Transport Characteristics of Energy and Momentum」／Ohara Laboratory
- 「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara Laboratory
- 「Design of Novel Thermal Fluids Based on the Thermal Energy Transfer Data of Liquid Molecules」／Ohara Laboratory
- 「Reactive Force-Field Molecular Dynamics Study of deposition mechanism on the atomic layer deposition and chemical vapor deposition methods」／Tokumasu Laboratory
- 「Bubble Generation and Collapse Processes and Functionalization of Water by Gas-liquid Plasma Flow」／Sato Laboratory
- 「Surface Modification Using Organic Molecular Films」／Kikugawa Laboratory
- 「Thermal and Mechanical Properties of Polymeric Materials」／Kikugawa Laboratory
- 「Transport Phenomena in Heterogeneous Media and Confined Liquids」／Kikugawa Laboratory
- 「Reactive transport mechanisms of protons in nanopores」／Mabuchi Laboratory
- 「Development of artificial ion channels with selective permeability」／Mabuchi Laboratory
- 「Liquid-liquid phase separation using artificial polypeptides」／Mabuchi Laboratory
- 「Research on thermal management and thermal control for electric vehicles, electric motorization technology for motor efficiency improvement」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
- 「Research on high heat flux cooling systems for electric vehicles」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
- 「Research on visualization and accurate prediction of thermal flow and optimization of compact and low load air conditioning units」／Fundamental research of advanced vehicle technology (Hitachi Astemo)Ⅲ
- 「Building Integrated Platform of Si/Ge Heterogeneous CMOS for 2 nm Generation」／Endo Laboratory
- 「Nano device and System on Chip (SoC) Achievement」／Endo Laboratory
- 「High-mobility Semiconductor Device for Phonon Field Control by Defect-free Nano Periodic Structure」／Endo Laboratory
- 「Designable Quantum Dot Fabrication Technique by Bio-template Ultimate Technique」／Endo Laboratory
- 「Study on Ignition and Low-Temperature Oxidation by Micro Reactor」／Maruta & Morii Laboratory, Nakamura Laboratory
- 「Swissroll Microcombustors for Heat Sources」／Maruta & Morii Laboratory, Nakamura Laboratory
- 「Super Lean Burn and Knock Suppression for Automotive Gasoline Engines」／Maruta & Morii Laboratory, Nakamura Laboratory
- 「Ultra low-Stretched Counterflow Flames under Microgravity Environnment in “Kibo” Japanese Experimental Module and Airplane」／Maruta & Morii Laboratory, Nakamura Laboratory

「Development of Integrated Multiscale Multiphase Flow Energy Systems」／Ishimoto Laboratory
「Numerical analysis of contamination removal using megasonic cavitation bubble」／Ishimoto Laboratory
「Development of high temperature sensors and their application to online monitoring」／Uchimoto Laboratory
「Nondestructive Evaluation of Degradation of Structural Materials Using Electromagnetic Testing」／Uchimoto Laboratory
「Optimal design using data-driven method for solving multiphysics problems」／Multi-Physics Design Laboratory
「Numerical study of aircraft manufacturing process using a generalized SPH」／Multi-Physics Design Laboratory

10. Reduced inequalities

「Understanding of aerodynamic characteristics and aerodynamic heating phenomena when a spacecraft enters a planetary atmosphere」／Nagai Laboratory
「A New Planetary Exploration System Using Aircraft」／Nagai Laboratory

11. Sustainable cities and communities

「Advanced Applications of Ionic Liquids in Energy and Environmental Fields」／Takana Laboratory
「Aerospace fluid phenomena and advanced computational fluid dynamics using data science」／Obayashi & Yakeno Laboratory
「Improvement of time and accuracy of flow computation by the reduced order modeling and the observation」／Obayashi & Yakeno Laboratory
「Wind tunnel experiments with the magnetic suspension and balance system (MSBS) ・ Flow investigation by highly-resolved unsteady numerical simulation」／Obayashi & Yakeno Laboratory
「A New Planetary Exploration System Using Aircraft」／Nagai Laboratory
「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory
「Visualization of heat and mass transfer in supercritical fluid」／Komiya Laboratory
「Study on Supersonic Free-flight Projectile for Aerodynamics」／Complex Shock Wave Laboratory
「Diametrical core deformation analysis (DCDA) for in-situ stress measurements」／　Ito & Mukuhira Laboratory
「Mitigation of seismic hazard risk associated with broad subsurface development」／　Ito & Mukuhira Laboratory
「Development of Integrated Multiscale Multiphase Flow Energy Systems」／Ishimoto Laboratory
「Multiphase fluid dynamic approach for natural disaster damage mitigation due to tsunami or flooding」／Ishimoto Laboratory
「Nondestructive Evaluation of Degradation of Structural Materials Using Electromagnetic Testing」／Uchimoto Laboratory

12. Responsible consumption, production

- 「Innovative Cellulose Material Fabrication by Electrostatic Fibril Alignment」／Takana Laboratory
- 「Thermo-fluid measurement technology for extreme environments using functional molecular sensors」／Nagai Laboratory
- 「Design of sustainable geo-energy systems」／Ito & Suzuki Laboratory
- 「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory

13. Climate action

「Advanced Applications of Ionic Liquids in Energy and Environmental Fields」／Takana Laboratory
「Innovative Cellulose Material Fabrication by Electrostatic Fibril Alignment」／Takana Laboratory
「Development of Electromagnetic Energy Conversion Device for Advanced Utilization of Wind Energy」／Takana Laboratory
「Computation Simulation on Ignition Enhancement by Nano second Pulsed Discharge」／Takana Laboratory
「Thermal control devices for spacecraft using vapor-liquid two-phase flow」／Nagai Laboratory
「Thermo-fluid measurement technology for extreme environments using functional molecular sensors」／Nagai Laboratory
「Study on Fluid and Soft Matter Structure and Transport Characteristics of Energy and Momentum」／Ohara Laboratory
「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara Laboratory
「Design of Novel Thermal Fluids Based on the Thermal Energy Transfer Data of Liquid Molecules」／Ohara Laboratory
「Study of Hydraulic Fracturing in Unconsolidated Formation for Oil and Methane Hydrate Development」／　Ito & Mukuhira Laboratory
「Diametrical core deformation analysis (DCDA) for in-situ stress measurements」／　Ito & Mukuhira Laboratory
「Mitigation of seismic hazard risk associated with broad subsurface development」／　Ito & Mukuhira Laboratory
「Multiphase fluid dynamic approach for natural disaster damage mitigation due to tsunami or flooding」／Ishimoto Laboratory
「Optimal design using data-driven method for solving multiphysics problems」／Multi-Physics Design Laboratory
「Numerical study of aircraft manufacturing process using a generalized SPH」／Multi-Physics Design Laboratory

14. Life below water

「Thermo-fluid measurement technology for extreme environments using functional molecular sensors」／Nagai Laboratory
「Establishment of Shock Wave Pressure Active Control Method」／Complex Shock Wave Laboratory
「Study of Hydraulic Fracturing in Unconsolidated Formation for Oil and Methane Hydrate Development」／　Ito & Mukuhira Laboratory
「Diametrical core deformation analysis (DCDA) for in-situ stress measurements」／　Ito & Mukuhira Laboratory

15. Life on land

「Innovative Cellulose Material Fabrication by Electrostatic Fibril Alignment」／Takana Laboratory
「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory
「Visualization of heat and mass transfer in supercritical fluid」／Komiya Laboratory

16. Peace, justice and strong institutions

「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory

17. Partnerships for the goals

「Optimization of resource utilization through dialogue and data visualization」／Ito & Suzuki Laboratory
「Building Integrated Platform of Si/Ge Heterogeneous CMOS for 2 nm Generation」／Endo Laboratory
「Nano device and System on Chip (SoC) Achievement」／Endo Laboratory
「High-mobility Semiconductor Device for Phonon Field Control by Defect-free Nano Periodic Structure」／Endo Laboratory
「Designable Quantum Dot Fabrication Technique by Bio-template Ultimate Technique」／Endo Laboratory
「Study on Ignition and Low-Temperature Oxidation by Micro Reactor」／Maruta & Morii Laboratory, Nakamura Laboratory
「Swissroll Microcombustors for Heat Sources」／Maruta & Morii Laboratory, Nakamura Laboratory
「Super Lean Burn and Knock Suppression for Automotive Gasoline Engines」／Maruta & Morii Laboratory, Nakamura Laboratory
「Ultra low-Stretched Counterflow Flames under Microgravity Environnment in “Kibo” Japanese Experimental Module and Airplane」／Maruta & Morii Laboratory, Nakamura Laboratory