Industry Keynote
summary
BASF frames quantum computing as a way to accelerate the quantum-mechanical step of bond breaking in catalysis, noting catalysts run in more than 80% of production facilities and current models lack sufficient accuracy. The plan pairs classical supercomputers with quantum co-processors for time-critical kernels with possible exponential speedup, targets 25% CO2 reduction by 2030 and expects usable industrial systems on a 5–10 year horizon. Partnerships with HQS, Zapata, Google Quantum AI, Fraunhofer, LMU and SAP drive algorithm and talent development.
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chapters (4)
- 0:00Start
- 1:52Quantum Computing will disruptively change the development of new molecules, materials and formulations
- 3:18Quantum computing will accelerate catalyst reseat
- 5:36Quantum computing will help us to further optimize our production
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