MicroelectronicsTU Dresden: Topological quantum device realizedForschung & Entwicklung | Nanoelectronics | Quantum Computing | Research & Development | Semiconductor | Semiconductors
Smart SystemsFraunhofer IKTS: Reliable components for quantum computersElectronics | Quantum Computing
Smart SystemsDLR: Quantum computers – out of the lab and into practiceForschung & Entwicklung | Quantum Computing | Research & Development
Smart SystemsTU Dresden: 2.7 million for superconducting “miracle” – Dresden quantum physicist Elena Hassinger receives ERC Consolidator GrantForschung & Entwicklung | Funding | Quantum Computing | Research & Development
MicroelectronicsInfineon: Opening of a laboratory for quantum electronics and power AIArtificial Intelligence (AI) | Nanoelectronics | Quantum Computing | Semiconductor
MicroelectronicsFraunhofer IPMS: Photonic quantum chip for fast and reliable random number generationNanoelectronics | Quantum Computing | Research & Development | Semiconductor
MicroelectronicsBosch: Quantum technologies – Bosch aims to take a leading position with sensors in the futureMobility | Nanoelectronics | Quantum Computing | Semiconductors | Sensors
MicroelectronicsInfineon: Quantum partnership – Infineon supplies three generations of quantum processors based on ion traps to eleQtronElectronics | Quantum Computing | Semiconductor
Smart SystemsSmart Systems Integration 2024 (SSI)Aus- & Weiterbildung | Connectivity | Digitalisierung | Digitization | Education & Training | Forschung & Entwicklung | Industrial Internet of Things | IT | NEXT | Process Technologies | Production | Produktion | Quantum Computing | Research & Development | Silicon Saxony | System Design | Technological Sovereignty
Smart SystemsWhere is the journey going?Digitalisierung | Digitalization | Industrial Internet of Things | NEXT | Quantum Computing | Sensors | Technological Sovereignty
