1. TOYOTA CENTRAL R&D LABS., INC.
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Site Map
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  • TOYOTA CENTRAL R&D LABS., INC.
  • RESEARCH ACTIVITIES
  • NEWS
  • STORY
  • SUSTAINABILITY
  • COMPANY INFORMATION
  • RECRUIT
  • CONTACT US
  • Terms of Use
  • INFORMATION SECURITY POLICY
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Site Map

  • RESEARCH ACTIVITIES
    • Project
      • Undertaking the Challenge of Transforming Energy Systems to Achieve a Carbon-neutral Society
        • Predicting the Impact of Policies and Technologies on Future Society
        • Wisely using renewable energy to its fullest
        • Establishing a carbon circulation-based energy system
        • Expanding the potential of carbon-neutral fuels
        • Fully leveraging heat as energy
      • Realizing a Sustainable, Circular Mobility Society
        • Envisioning social systems that circulate the diverse range of values possessed by resources
        • Wisely controlling charging and discharging in order to fully leverage used batteries
        • Realizing a sustainable society by circulating diverse values of batteries
        • Upcycling from scｒap materials to efficiently reuse resources
        • Deriving optimal designs that facilitate the reuse of automotive components
      • Creating Forms of Manufacturing for the Next Generation
        • Constructing human-friendly workspaces by integrating the knowledge of production sites
        • Developing flexible design and production processes that eliminate the need for any prototyping
        • Unraveling microscopic phenomena to construct innovative battery manufacturing processes
        • Assembling entire factories in digital space
      • Human Centered Space Design for Well-being
        • Creating a moving, feeling human body in digital space
        • Creating motivational mobility spaces by estimating passenger mental and physical condition
        • Creating innovative spaces by unraveling the relationship people with nature and society
        • Augmenting creativity through human–AI collaboration
      • Creating the Future of Mobility Leading to Next Generations
        • Deriving the best polarization clues from an integrated systems model
        • Controlling power to maximize electric vehicle efficiency
        • Elucidating microscopic phenomena in aims of a friction-free world
      • Pioneering Future Value through “Quantum x Mobility”
        • Manipulating extraordinary physical phenomena to realize devices that go beyond limitations
        • Deriving previously unseen substances using ultimate computing capability
    • Core Technology Area
      • Informatics and Mathematical Engineering
        • Quantum Computing
        • 4D Topology Optimization
        • Physics-informed Machine Learning
        • Intelligent Robotics
      • Electrical and Electronic Engineering
        • Battery Diagnosis Technology
        • Power Semiconductor Devices
        • Environmental Sensing
      • Mechanical Engineering
        • Data-driven Engine Control
        • Vibration Reduction based on Wave Modeling
      • Materials Science and Engineering
        • Quantum Beam Analysis
        • Data-driven Approach to Materials Design and Simulation
        • Atomic Level Structural Control Technology
        • Nano-interface Reaction Design and Reaction Control Technology
      • Energy and Environmental Engineering
        • Artificial Photosynthesis
        • Ammonia Combustion
        • Ecofriendly Carbon Fiber Production Process
      • Human and Life Science
        • Symbiotic Spaces with Plants and Microorganisms
        • Digital Human Model
        • Challenging new approaches to manufacturing by leveraging biological functions
    • LIST OF SELECTED PAPERS
    • Representative Awards
      • 6th "One Step on Electro-Technology"
      • European Inventor Award 2014 Popular Prize -European Patent Office
    • Representative Research Results
      • An Ordered Mesoporous Organosilica Hybrid Material with a Crystal-Like Wall Structure
      • Estimation and Control Technology for Vehicle Dynamics Management
      • DLC-Si Coating Process
      • High Performance Lead-Free Piezoelectric Materials
      • Ultrahigh Quality Silicon Carbide Single Crystals
      • Inertial Force Sensing System for Mobility Robots
      • Facial Image Processing Technology - Detection of Facial Direction
      • A Unified Theory on Tooth Geometry and Applications of Hypoid Gear
      • Pedestrian Detection for Night View System
      • Noble Metal Sintering Suppression Technology in Exhaust Catalyst
      • Solar Fuels -CO2 Photoconversion into Organic Compounds
      • Three-dimensional Periodically Ordered Inorganic Nanocomposites
      • Discovery of “Memory Effect” in Li-ion Battery
      • Detecting Kizashi, or Indications, of Future Innovative Technologies on the Basis of Technical Literature Analysis
      • Bio-Based Plastic Alloy with High Impact Strength
  • NEWS
  • STORY
    • Tech&Talk
      • Achieving Seemingly Conflicting Properties through Hybrid Materials
      • Delivering Research to the World for a Better Society
    • SENIOR FELLOW
      • Takeshi Morikawa
      • Hideo Iizuka
      • Ryosuke Jinnouchi
      • Daisuke Nakamura
      • Emeritus Fellow
  • SUSTAINABILITY
    • Enviromental Activities
      • Carbon Neutral Initiatives
    • Governance and Compliance
      • Collaboration with Other Research Organizations
  • COMPANY INFORMATION
    • Message
    • Company Philosophy
    • Company Profile
    • History of Our Company
    • Access
    • Research Hub Function
  • RECRUIT
  • CONTACT US
    • FAQ
  • Terms of Use
  • INFORMATION SECURITY POLICY
  • Privacy Policy
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