2. Zero hunger

• 「Molecular Study for Controlling Intracellular Protein Function Using Artificial Phase-Separated Structures and Selective Transmembrane Ion Channels」／Tokumasu Laboratory
• 「Innovative Water Use with High-Speed Nanodroplets: A Technology for Cleaning and Sterilizing at Low Temperatures with Minimal Water and No Wetting」／Sato Laboratory
• 「Elucidating the Generation and Dynamics of Charged Cavitation Bubbles and Their Cutting-Edge Applications」／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
• 「Cutting-Edge Plasma Medicine: Regulating Cellular Responses through Plasma Complex Stimulation」／Sato Laboratory
• 「Innovative Water Use with High-Speed Nanodroplets: A Technology for Cleaning and Sterilizing at Low Temperatures with Minimal Water and No Wetting」／Sato Laboratory
• 「Elucidating the Generation and Dynamics of Charged Cavitation Bubbles and Their Cutting-Edge Applications」／Sato Laboratory
• 「Development of artificial ion channels with selective permeability」／Mabuchi Laboratory
• 「Liquid-liquid phase separation using artificial polypeptides」／Mabuchi Laboratory

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」／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 & Okajima 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 & Surblys Laboratory
• 「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara & Surblys Laboratory
• 「Cutting-Edge Plasma Medicine: Regulating Cellular Responses through Plasma Complex Stimulation」／Sato Laboratory
• 「Innovative Water Use with High-Speed Nanodroplets: A Technology for Cleaning and Sterilizing at Low Temperatures with Minimal Water and No Wetting」／Sato Laboratory
• 「Elucidating the Generation and Dynamics of Charged Cavitation Bubbles and Their Cutting-Edge Applications」／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」／Yakeno Laboratory
• 「Improvement of time and accuracy of flow computation by the reduced order modeling and the observation」／Yakeno Laboratory
• 「Wind tunnel experiments with the magnetic suspension and balance system (MSBS) ・ Flow investigation by highly-resolved unsteady numerical simulation」／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」／Suzuki Laboratory
• 「Design of sustainable geo-energy systems」／Suzuki Laboratory
• 「Optimization of resource utilization through dialogue and data visualization」／Suzuki Laboratory
• 「Combustion Science and Highly Efficient Energy Technology」／Hayakawa Laboratory
• 「Flame Holding and Flame Structure in Supersonic Flow」／Hayakawa Laboratory
• 「Combustion Science of Carbon-free Ammonia」／Hayakawa Laboratory
• 「Experimental evaluation of advective heat/mass transfer」／Komiya Laboratory
• 「Study of Cavitation Instabilities in Liquid Propellant Rocket Turbopump」／Iga & Okajima Laboratory
• 「Clarification of Thermodynamic Suppression Effect of Cavitation」／Iga & Okajima Laboratory
• 「Thermal transport in two-phase flow with phase change and its application」／Iga & Okajima 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 & Surblys Laboratory
• 「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara & Surblys Laboratory
• 「Design of Novel Thermal Fluids Based on the Thermal Energy Transfer Data of Liquid Molecules」／Ohara & Surblys 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
• 「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」／Mukuhira Laboratory
• 「Diametrical core deformation analysis (DCDA) for in-situ stress measurements」／Mukuhira Laboratory
• 「Mitigation of seismic hazard risk associated with broad subsurface development」／Mukuhira Laboratory
• 「Study on Ignition and Low-Temperature Oxidation by Micro Reactor」／Maruta & Morii Laboratory
• 「Swissroll Microcombustors for Heat Sources」／Maruta & Morii Laboratory
• 「Super Lean Burn and Knock Suppression for Automotive Gasoline Engines」／Maruta & Morii Laboratory
• 「Ultra low-Stretched Counterflow Flames under Microgravity Environnment in “Kibo” Japanese Experimental Module and Airplane」／Maruta & Morii Laboratory
• 「Development of Integrated Multiscale Multiphase Flow Energy Systems」／Ishimoto Laboratory
• 「Numerical analysis of contamination removal using megasonic cavitation bubble」／Ishimoto Laboratory
• 「Ammonia combustion – the ultimate environmentally friendly combustion, emitting only nitrogen and water」／Nakamura Laboratory
• 「Development of surrogate combustion reaction model of battery electrolytes and flame retardants soluble in them」／Nakamura Laboratory
• 「Machine learning-assisted method for generating simplified reaction models」／Nakamura 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」／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」／Yakeno Laboratory
• 「Improvement of time and accuracy of flow computation by the reduced order modeling and the observation」／Yakeno Laboratory
• 「Wind tunnel experiments with the magnetic suspension and balance system (MSBS) ・ Flow investigation by highly-resolved unsteady numerical simulation」／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」／Hayakawa Laboratory
• 「Flame Holding and Flame Structure in Supersonic Flow」／Hayakawa Laboratory
• 「Combustion Science of Carbon-free Ammonia」／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 & Okajima 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 & Surblys Laboratory
• 「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara & Surblys Laboratory
• 「Design of Novel Thermal Fluids Based on the Thermal Energy Transfer Data of Liquid Molecules」／Ohara & Surblys Laboratory
• 「Reactive Force-Field Molecular Dynamics Study of deposition mechanism on the atomic layer deposition and chemical vapor deposition methods」／Tokumasu Laboratory
• 「Elucidating the Generation and Dynamics of Charged Cavitation Bubbles and Their Cutting-Edge Applications」／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
• 「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
• 「Swissroll Microcombustors for Heat Sources」／Maruta & Morii Laboratory
• 「Super Lean Burn and Knock Suppression for Automotive Gasoline Engines」／Maruta & Morii Laboratory
• 「Ultra low-Stretched Counterflow Flames under Microgravity Environnment in “Kibo” Japanese Experimental Module and Airplane」／Maruta & Morii 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
• 「High-fidelity aerodynamic simulation using parallel modern hardwares」／Multi-Physics Design Laboratory
• 「Ammonia combustion – the ultimate environmentally friendly combustion, emitting only nitrogen and water」／Nakamura Laboratory
• 「Development of surrogate combustion reaction model of battery electrolytes and flame retardants soluble in them」／Nakamura Laboratory
• 「Machine learning-assisted method for generating simplified reaction models」／Nakamura 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」／Yakeno Laboratory
• 「Improvement of time and accuracy of flow computation by the reduced order modeling and the observation」／Yakeno Laboratory
• 「Wind tunnel experiments with the magnetic suspension and balance system (MSBS) ・ Flow investigation by highly-resolved unsteady numerical simulation」／Yakeno Laboratory
• 「A New Planetary Exploration System Using Aircraft」／Nagai Laboratory
• 「Optimization of resource utilization through dialogue and data visualization」／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」／　Mukuhira Laboratory
• 「Mitigation of seismic hazard risk associated with broad subsurface development」／　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」／Suzuki Laboratory
• 「Optimization of resource utilization through dialogue and data visualization」／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
• 「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 & Surblys Laboratory
• 「Heat and Mass Transfer Characteristics at Solid-Liquid Interfaces」／Ohara & Surblys Laboratory
• 「Design of Novel Thermal Fluids Based on the Thermal Energy Transfer Data of Liquid Molecules」／Ohara & Surblys Laboratory
• 「Study of Hydraulic Fracturing in Unconsolidated Formation for Oil and Methane Hydrate Development」／　Mukuhira Laboratory
• 「Diametrical core deformation analysis (DCDA) for in-situ stress measurements」／　Mukuhira Laboratory
• 「Mitigation of seismic hazard risk associated with broad subsurface development」／　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
• 「High-fidelity aerodynamic simulation using parallel modern hardwares」／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」／　Mukuhira Laboratory
• 「Diametrical core deformation analysis (DCDA) for in-situ stress measurements」／　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」／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」／Suzuki Laboratory

17. Partnerships for the goals

• 「Optimization of resource utilization through dialogue and data visualization」／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
• 「Swissroll Microcombustors for Heat Sources」／Maruta & Morii Laboratory
• 「Super Lean Burn and Knock Suppression for Automotive Gasoline Engines」／Maruta & Morii Laboratory
• 「Ultra low-Stretched Counterflow Flames under Microgravity Environnment in “Kibo” Japanese Experimental Module and Airplane」／Maruta & Morii Laboratory