Zurich Instruments is supplying its Quantum Computing Control System (QCCS) to Photonic Inc. for the development of quantum technology. The QCCS offers high-quality signal generation and flexibility in control, aiding research and scalability. Photonic Inc. is creating large-scale, fault-tolerant, distributed quantum computers, combining the manufacturability of spin qubits in silicon with a telecom interface for each qubit. This allows for efficient quantum error correction and scalability. Vikrant Mahajan, President of Zurich Instruments USA, and Kevin Morse, Senior Technical Product Manager at Photonic, both praised the collaboration and the progress made.
Zurich Instruments’ Quantum Computing Control System: A Key Player in Photonic Inc.’s Quantum Technology Development
Zurich Instruments, a Swiss-based company specializing in quantum control solutions, has been instrumental in supporting Photonic Inc.’s development of cutting-edge quantum technology. Photonic Inc., a company focused on building large-scale, fault-tolerant, distributed quantum computers, has been utilizing Zurich Instruments’ Quantum Computing Control System (QCCS) in their research and development process.
The QCCS from Zurich Instruments is known for its high-quality signal generation and exceptional phase coherence, which are crucial for achieving high fidelities for long-lived qubits. The system also offers flexibility in control and interfacing, which is essential for research on new technologies. Moreover, it has proven scalability, a feature that is vital for the growth and expansion of quantum technology.
Photonic Inc.’s Unique Quantum Computing Architecture
Photonic Inc.’s unique architecture is a combination of the manufacturability, scalability, and controllability of spin qubits in silicon with a native telecom interface for each qubit. This combination provides the necessary on-chip and off-chip connectivity for efficient quantum error correction. This approach allows quantum systems to scale both vertically and horizontally, providing the foundational building blocks for distributed, fault-tolerant quantum computing.
Zurich Instruments’ Commitment to Customer Support and Expertise
Zurich Instruments recognizes the rapid pace of the quantum field and the need for customers to have timely responses and in-depth application expertise, in addition to excellent instrument performance. The company’s Boston area office enables them to provide a high level of professional service to their North American customers, including Photonic Inc.
Vikrant Mahajan, President of Zurich Instruments USA, Inc., emphasized the company’s commitment to providing timely and expert support to their customers, acknowledging the fast-moving nature of the quantum field.
Photonic Inc.’s Positive Experience with Zurich Instruments’ QCCS
Photonic Inc. has expressed satisfaction with the performance of Zurich Instruments’ QCCS. Kevin Morse, Senior Technical Product Manager at Photonic, highlighted the high-quality instrumentation, exceptional technical standards, and scientific knowledge of the Zurich Instruments team. Morse also praised the excellent support from the Boston-based team and the short hardware lead times coupled with demo unit availability, which has allowed Photonic’s teams to transition from design to testing very quickly.
In conclusion, Zurich Instruments’ QCCS has proven to be a valuable tool in the development of Photonic Inc.’s quantum technology. The system’s high-quality signal generation, exceptional phase coherence, and proven scalability, coupled with Zurich Instruments’ commitment to customer support and expertise, have contributed significantly to Photonic Inc.’s progress in the quantum field.
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