Research Highlight

Our work explores precursor-derived ceramic systems with tailored surface chemistry for small-molecule activation.

By integrating synthesis, structural analysis, and first-principles calculations, we aim to understand adsorption mechanisms and structure–reactivity relationships in functional ceramic materials.

PreCAM Lab

Precursor Chemistry for Advanced Materials (PreCAM) Lab explores new material design based on elemental strategy and precursor chemistry. Our research spans precursor-derived ceramics, semiconductors, hybrid materials, and catalytic systems. By integrating materials synthesis, structural and chemical characterization, and Density Functional Theory (DFT)-based analysis, we aim to establish rational structure–composition–function relationships in functional materials.

The lab addresses broad challenges including catalysis, sustainable and low-environmental-impact materials development, and energy- and environment-related material systems. Surface chemistry and small-molecule activation (e.g., CO₂, H₂) represent important research axes within this wider materials framework.

Roadmap

• 2025: Initiate lab activities and establish core workflows for precursor synthesis, ceramic conversion, and materials characterization.
• 2028: Establish the PreCAM Lab as a platform for precursor chemistry in advanced materials, enabling systematic studies of composition, structure, and surface reactivity.
• 2030: Expand toward 2D/3D framework design and nano-confinement concepts, supported by in situ / operando spectroscopy capabilities and data-driven modeling.

Core Research Directions

• Elemental strategy for new material design
• Precursor-derived ceramics and hybrid materials (polymer-/molecule-derived routes)
• Catalysis and surface reaction control
• Surface chemistry and small-molecule activation (CO₂, H₂)
• (Oxy)nitride ceramics and photocatalytic materials
• Electronic structure analysis using Density Functional Theory (DFT)
• 2D materials and framework systems for nano-confinement reactivity

Research Fields & Network

Overview of the research themes and their connections.