Reaction mechanism
Compare adsorption structures, reaction intermediates, free energies, and barriers to identify favored pathways and rate-determining steps.
Simulation
Computational
Materials.
Connect experimental results to atomic-level mechanisms and the next materials design through DFT, electrochemistry, and interface modeling.
Problems We Solve
More Than Calculation Results:
We Inform Your Next Research Decision.
We build models around your experimental data and research goals, interpret electronic structures and reaction pathways, and recommend priorities for next experiments and material candidates.
Electronic origin
Interpret the electronic origins of performance changes using DOS/PDOS, charge redistribution, and work functions.
Next-material decision
Compare dopants, defects, interfaces, and candidate compositions to prioritize synthesis and follow-up experiments.
Four Service Packages
Four Simulation Services
Matched to Your Research Question
After assessing model feasibility, we confirm the scope, schedule, deliverables, and quotation for each project.
Electronic Structure, Interfaces, and Defects
Explain experimentally observed differences between materials through stability, electronic structure, and charge transfer.
Typical2–4 weeks
Scope & quotation →Reaction Pathways and Rate-Determining Steps
Connect adsorption energies and reaction free energies to experimental results to identify the origins of performance.
Typical4–8 weeks
Scope & quotation →Prioritizing Candidate Materials and Compositions
Compare dopants, defects, surfaces, and compositions to narrow down candidates for the next synthesis.
Typical6–12 weeks
Scope & quotation →Iterative Optimization Across Computation, Synthesis, and Experiments
Iteratively improve computational predictions by connecting them to materials, electrochemical, and optical data.
Typical3–6 months
Scope & quotation →Start with Feasibility
Let Us First Assess Whether
Computation Can Address Your Question.
Email us your research goals, current data, and required deliverables.