Uploaded July 2026 | Updated September 2026, 2 weeks ago
The traditional approach to catalyst discovery is broken. For years, the process has been a slow, resource-intensive cycle of synthesize, test, and iterate.
Enter AQCat: an end-to-end, AI and physics-driven platform that collapses development timelines from months to days.
Whether you’re working on gas-phase heterogeneous systems or enzymatic frameworks, AQCat offers fully autonomous, high-throughput in silico screening.
Watch parts 2-4 for more!
Subscribe to @SandboxAQ for more Shorts on AI and quantum tech.
Watch the full AQCat webinar here: youtu.be/MfgG_LNVkSM
Keep up to date on AQCat at our website: sandboxaq.com/solutions/material-discovery
#SandboxAQ #AQChemSim #CatalystDiscovery #GreenChemistry #MaterialsDiscovery #ChemicalEngineering #DeepTech #AQCat
The traditional approach to catalyst discovery is broken. For years, the process has been a slow, resource-intensive cycle of synthesize, test, and iterate.
Enter AQCat: an end-to-end, AI and physics-driven platform that collapses development timelines from months to days.
Whether you’re working on gas-phase heterogeneous systems or enzymatic frameworks, AQCat offers fully autonomous, high-throughput in silico screening.
Watch parts 2-4 for more!
Subscribe to @SandboxAQ for more Shorts on AI and quantum tech.
Watch the full AQCat webinar here: youtu.be/MfgG_LNVkSM
Keep up to date on AQCat at our website: sandboxaq.com/solutions/material-discovery
#SandboxAQ #AQChemSim #CatalystDiscovery #GreenChemistry #MaterialsDiscovery #ChemicalEngineering #DeepTech #AQCat










