We offer research groups, start-ups, and industrial companies customized solutions in microelectronics, nanoelectronics, and photonics. With state-of-the-art microelectronic systems and comprehensive process expertise, the new FMD-QNC expansion module supports your development of hardware for quantum and neuromorphic computing in Germany and Europe.
FMD-QNC supports a variety of platform technologies, including:
- Superconducting qubits
- Solid-state spin qubits
- Neutral atoms
- Ion traps
- Photonic platforms
- Analog and neuromorphic computing architectures
- Various memristor technologies
In addition to our research and pilot production capacities, we offer you comprehensive services in design, simulation, system integration, testing and validation. This enables us to provide you with solutions that meet the demanding requirements for scaling your hardware systems and their subsequent transfer to the industry.
Technology offerings by application area
Enabling technologies for cryogenic platforms:
- Cyrogenic characerization capacities
- Superconducting devices
- Cyrogenic routing and interposer technologies
- Design and testing of cyrogenic electronics
- Materials and Technologies for Si-SiGe Based Spin Qubits
Enabling technologies for atomic and photonic platforms:
- Photonic platforms and integrated waveguide structures
- Hetero- or hybird PIC, light switching and control, non-linear optical materials
- Selective laser induced etching (SLE) and packaging
- Adressing units for ion and atom based quantum computers
- Diode laser-based beam sources and photodetectors
- Packaging of macro to micro optical superstructures
- Optical MEMS – Light Modulation & Steering for Quantum Computing
Further enabling technologies for quantum platforms:
- Control systems for cyrogenic and trapped atoms QC
- Nano process technology for quantum technologies and photonics
- Assembly and interconnection technologies
- Color Centers: Materials, Production & Integration
Enabling technologies for neuromorphic computing:
- Neuromorphic pilot lines and new material systems for storage technologies
- Ferroelectric memory technologies for neuromorphic computing
- Conceptualization of hybrid neuromorphic sensor systems in practice
- Neuromorphic Topology Design and Parameter Training
- Memristor applications: In-memory computing in crossbar architecture
- Neuromorphic hardware architectures and their design
Enabling technologies for photo neuromorphic computing:
Benefit from our networked cleanroom infrastructure and modern machinery, which offers you technological breadth, top quality, and flexibility. Our joint office coordinates all partners to guarantee optimum solutions for your scientific and industrial requirements.
Do not hesitate to contact us to discuss your specific requirements and help us realize your visions for the computing of the future.
