Research

Peer-reviewed science behind DeepChemiQ.

DeepChemiQ is built on high-impact research in computational chemistry, catalysis, artificial intelligence, and autonomous materials discovery.

Nature
Family Journals
JACS
High-Impact Chemistry

Featured Publications

Selected high-impact papers

Nature Chemical Engineering2025

Interpretable Machine Learning-Guided Plasma Catalysis for Hydrogen Production

AI + Plasma Catalysis

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Nature Communications2025

Active Learning-Guided Catalyst Design for Selective Acetic Acid Production

Active Learning + Electrocatalysis

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Journal of the American Chemical Society2025

Diffusion Model-Guided Inverse Design of Bimetallic Catalysts

Generative AI

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JACS Au2025

Integrating Physical Principles with Machine Learning for Field-Enhanced Catalysis

Physics-Informed ML

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ACS Catalysis2025

Multiscale Simulation Guided Electric Field-Enhanced Ammonia Catalytic Cracking

DFT + MKM

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Angewandte ChemieAdd Year

Add your selected Angewandte Chemie paper title here

Catalysis

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Nature2020

Accelerated Discovery of CO₂ Electrocatalysts Using Active Machine Learning

AI-Guided Discovery

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Research Themes

Scientific areas

AI for Catalysis
DFT Simulation
Microkinetic Modeling
Plasma Catalysis
Autonomous Materials Discovery
Physics-Informed ML

Interested in scientific collaboration?

DeepChemiQ collaborates with academic groups, industrial R&D teams, and government-funded research programs in AI-driven chemistry and catalyst discovery.

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