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            • Project 1: Circular Dichroism
            • Project 2: NMR pulse sequences
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            • Project 7: DNA simulation for Synthetic Genomics
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            • Project 13: Determination of Absolute Configuration
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            • Project 16: Virtual Research Environment
          • Previous Funding Period
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            • Project 2-03: Degradation of Cement
            • Project 2-04: Biomolecular Interactions
            • Project 2-07: Quantum materials
            • Project 1-01: Computational design of nanoporous structures for sensor devices
            • Project 1-02: Catalysis 4.0
            • Project 1-03: Virtual design of 3D chiral metamaterials
            • Project 1-04: Design of tailored, tunable carbon materials for bioseparation of nucleic acids
            • Project 1-05: Design of organic semiconductors
            • Project 1-06: Design principles for chemical substitution in electronic materials
            • Project 1-07: Unbiased modeling of bioadhesion on complex materials
            • Project 1-08: Virtual design of self-assembled 2-dimensional layered materials
            • Project 1-09: Computational design of nanoporous structures for printed electronics
            • Project 1-10: VIBUMA – Platform for virtual building materials development
            • Project 1-11: HPTE – High pressure torsional extrusion
            • Project 1-12: Computational design and electrical characterization of printed electronic devices for empirical modeling techniques
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    KIT Materials Center

     

    • Startpage
    • Research projects
    • Coordinated programs
    • Virtual Materials Design
    • Current Funding Period

     

    • Startseite
      • Research topics
      • Research projects
      • Participating institutes
      • Infrastructures & cooperations
      • Events & Registration
    • Research projects
      • Graduate schools
      • Coordinated programs
    • Coordinated programs
      • NANO-S-MART
      • ERC StG MECERDIS
      • CRC/Transregio 188
      • SFB 4f for Future
      • SFB 1527 HyPERiON
      • NFDI Consortium FAIRmat
      • ERC CoG TRTITIME
      • MicroMATRIX
      • ACcelerated Design of interface Controlled advanced materials by simulation-informed experiments (ACDC)
      • NANOSTACKS
      • CRISBREED
      • ProMiSe
      • NFDI4Ing
      • NFDI4Chem
      • SFB/TR88 „3MET“
      • Science Data Center MoMaF
      • GRK 2218/1: SiMET - Simulation of mechanical-electrical-thermal processes in lithium-ion batteries (2017-2021)
      • Materials Compounds from Composite Materials for Applications in Extreme Conditions (MatCom-ComMat)
      • AVaQus
      • GeQCoS
      • GRK 2450: Tailored Scale-Bridging Approaches to Computational Nanoscience
      • DFG_Reinhart Koselleck Project
      • SFB/TRR 288 ELASTO-Q-MAT
      • Research Training Group (RTG) 2039 - Molecular architecture for fluorescent cell imaging
      • International Research Training Group GRK 2078 "Integrated engineering of continuous-discontinuous long fiber reinforced polymer structures" (CoDiCoFRP)
      • GRK 1483/2: Process Chains in Production: Interaction Modelling and Assessment of Process Zones
      • ENSEMBLE3
      • EU-Project SQUARE
      • 3D Matter Made to Order (3DMM2O): Joint Cluster of Excellence
      • SimLab NanoMicro
      • Virtual Materials Design
      • Laboratory for applications of synchrotron radiation (LAS)
      • Platform for modelling and virtualization
      • Nanostructure Service Laboratory (NSL)
      • Laboratory for Electron Microscopy (LEM)
      • European Zebrafish Resource Center (EZRC)
      • Collaborative research centre
      • Helmholtz-Programs
    • Virtual Materials Design
      • Current Funding Period
      • Previous Funding Period
      • List of VirtMat Publications
    • Current Funding Period
      • Project 1: Circular Dichroism
      • Project 2: NMR pulse sequences
      • Project 5: Microstructure of SPD-treated materials
      • Project 6: Responsive materials
      • Project 7: DNA simulation for Synthetic Genomics
      • Project 8: Adsorbents in Biotechnology
      • Project 9: Wetting phenomena
      • Project 10: Organic Semiconductors
      • Project 11: Electro-Optical Materials
      • Project 12: Superconducting Circuit Components
      • Project 13: Determination of Absolute Configuration
      • Project 14: Organic Foundry
      • Project 15: High-Entropy Oxides
      • Project 16: Virtual Research Environment

    Projects in the current VirtMat funding period

    VirtMat 3 (2024-2026):

    • Project 1: Enhancing circular dichroism from chiral molecules using designed photonic materials
    • Project 2: A digital twin for parallel NMR pulse sequences – INFERENCE
    • Project 5: Digital twin for microstructural optimization processes due to annealing of SPD treated materials
    • Project 6: Machine learning and high-throughput synthesis for the design of responsive materials
    • Project 7: DNA simulation for Synthetic Genomics
    • Project 8: Reversed Engineered Digital Twins for Adsorbents used in Biotechnology
    • Project 9: Design of “self-assembled” devices in printed electronics: Modeling and experimental investigation of wetting phenomena for multi-component and multi-phase fluids on patterned substrates
    • Project 10: Virtual Design of Materials of Organic Semiconductor Materials
    • Project 11: Theory-Guided Design of Highly Efficient and Stable Organic Electro-Optical Materials
    • Project 12: Co-optimized Materials, Processes and Layouts for Superconducting Circuit Components
    • Project 13: Virtual Design of Chiral Alignment Materials for Determination of Absolute Configuration of Complex Molecules
    • Project 14: Virtmat Organic Foundry
    • Project 15: Design of High-Entropy Oxides with Tailored Properties
    • Project 16: Virtual Research Environment for Materials Modelling and Data Analysis
    • Project 18: AI-based prediction of enzyme activity 
    Credits cover image: KIT, MaTeLiS last change: 2024-07-05
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