ChatCOF
Advanced computational chemistry platform for Covalent Organic Framework (COF) analysis with immersive VR visualization. Predict, analyze, and optimize molecular building blocks with 3D recording and social sharing capabilities.
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Comprehensive COF Analysis
Professional-grade molecular analysis tools for researchers and scientists
Molecular Analysis
Advanced geometric analysis, tripodal detection, and molecular descriptor calculation using RDKit and machine learning algorithms.
COF Prediction
Predict COF formation potential, topology, and stability. Analyze building block compatibility and framework dimensionality.
Synthesis Routes
Comprehensive retrosynthetic analysis with step-by-step synthesis protocols and optimal reaction conditions.
VR COF Nanobodies Exclusive
Immersive VR visualization with 756 atoms, 2,484 bonds, nanobody tethering sites, recording capabilities, and social sharing features. For registered users only.
Radiometal Complexes
Analyze radiometal complexation potential for diagnostic and therapeutic applications in nuclear medicine.
Green Chemistry
We integrate green chemistry heuristics into every prediction — making eco-friendly design the default.
VR COF Nanobodies Exclusive
Immerse yourself in 3D molecular visualization with advanced VR capabilities. Interactive nanobody tethering sites and real-time analysis. For registered users only.
Aptamer-COF VR Exclusive
Advanced binding analysis with aptamer functionalization. Nanobodies and aptamer COF functionalization materializes in seconds! For registered users only.
MOF Prediction System New
Predict Metal-Organic Framework formation from metal nodes and organic linkers. Comprehensive topology prediction (UiO, ZIF, HKUST, MIL, MOF-5), framework properties analysis, gas adsorption predictions, and synthesis recommendations with social sharing integration. Available for registered users.
NVIDIA DGX Cloud GPU Acceleration Optional NEW!
Supercharge your molecular dynamics simulations with NVIDIA DGX Cloud infrastructure!
10-100x Faster
GPU-accelerated MD simulations complete in seconds instead of hours
On-Demand Activation
Enable or disable GPU acceleration anytime in your settings
Graceful Fallback
Automatic CPU fallback ensures your simulations always complete
Enterprise GPUs
Access to L40G, A100, and H100 GPUs for maximum performance
Performance Metrics
Real-time tracking of speedup factor, compute time, and cost estimates
How It Works
Simple four-step process for comprehensive molecular analysis
Input Your Molecule
Input SMILES or InChI strings for both single molecule and building block combinations.
AI-Powered Analysis
Our advanced algorithms analyze molecular properties, predict COF and MOP formation, and evaluate synthesis routes.
Optional GPU acceleration available!Explore in VR
Visualize results in immersive VR with 3D molecular structures, nanobody sites, and interactive controls.
Record & Share
Record VR sessions, share on social media, and export in multiple formats (CIF, PDB, JSON, WebM).
Advanced Capabilities
Professional-grade tools for cutting-edge materials research
Professional Chemical Naming
ChemDraw/ACD-quality molecule name resolution using PubChem, NIH Chemical Identifier Resolver, and OPSIN databases.
Machine Learning Predictions
AI-powered topology prediction, stability analysis, and synthetic feasibility assessment with high accuracy.
Multiple Synthesis Approaches
Solvothermal, room temperature, mechanochemical, and microwave synthesis protocols with detailed procedures.
VR Recording & Sharing Exclusive
Record immersive VR molecular visualizations and share directly to Twitter, LinkedIn, YouTube, and other platforms. For signed up users only.
Multiple Export Formats
Export results in JSON, CSV, CIF, PDB, and WebM formats for seamless integration with other computational tools.
Ready to Analyze Your Molecules?
Join researchers worldwide using ChatCOF for advanced COF analysis and materials discovery.