Education from an Industrial Perspective
summary
BASF reports five years of hands-on work: early collaboration with a startup to test quantum chemistry use cases, resource estimates show a hardware gap of several orders of magnitude, and tangible results aim around 2025 with production-grade gains in 10 years plus. Hiring focuses on computational/quantum chemists, theoretical physicists, data scientists and hard-to-find software engineers; cloud access is for research only. Built a 12-company Q-TEC consortium and a BMBF-funded quantum user network with LMU, SAP and others to share platforms, IP rules and low-barrier access.
AI-written summary · about
chapters (12)
- 0:00Introduction
- 1:00Latency issue
- 1:45Quantum computing
- 4:20Quantum chemistry
- 7:20Quantum readiness
- 8:50What is BSF doing
- 11:55Strategic Industry Roadmap
- 13:10Workforce
- 14:45Quantum Experts
- 16:40Roadmap
- 18:05Working Groups
- 19:05BMBF
related talks
19mExploring Quantum Advantage for the German industry
42mPanel Discussion: Quantum Tech in Research and Industry Beyond the Hype
10mHow Can German SMEs Benefit from Quantum Computing?
11mThe Quantum Education Landscape in Europe and Germany
37mIndustrial Adoption of Quantum Computing: Will German Regions Lead the Charge?
15mThe Fraunhofer Quantum Computing Ecosystem: Present Achievements und Developments
37mQuantum Computing: A Renaissance Opportunity for German Software Industry?
19mBridging the Gap from Innovation to Business