Introducing SMEs and Start-ups to Quantum
summary
Startups describe building application-specific ASICs to shortcut time-to-value, small room-scale machines based on room-temperature NV-center modules that act as accelerator cards, and magnetic refrigeration cryocoolers that remove dependence on scarce helium. Teams target ~50–60 qubit cards in about 4–5 years, expect thousands of deployable units rather than single supercomputers, and highlight a critical bottleneck: lack of specialized fabrication foundries and friction from talent visas and fragmented EU funding.
AI-written summary · about
chapters (21)
- 0:00Introduction
- 1:00Panel Introductions
- 3:45What is the added value for your clients
- 5:17What is the value and market for these devices
- 6:57What does Cutra do differently
- 9:08Quantum Business Network
- 10:41Innovation
- 12:26Starting a company
- 15:01Financing
- 16:40Challenges
- 21:31European Funding
- 23:46European Startup Support
- 26:01European Quantum Strategy
- 29:35Unifying Innovation Efforts
- 35:38Funding for SMEs
- 37:08Structural challenges
- 38:06Opportunities in Germany
- 41:33Why Quantum
- 42:44Shortage of talent
- 43:21Bring industry academia closer together
- 44:16Conclusion
related talks
43mFrom lab to marketplace: How do we succeed in quantum computing?
38mThe Quantum Computing Gold Rush: Myths, Truths, and Market Prospects
11mScience & Industrial Innovation With Quantum-Accelerated Highperformance Computers
09mQuantum Computing for SMEs
01h 07mQuantum architecture for utility scale with HPC, AI and Quantum
24mQuantum Computing Made in Europe
19mQuantum Going Mobile – the Dream of a Small, Yet Powerful Quantum Computer
48mHow to Build a Quantum Supercomputer
