SEEQC, a digital quantum computing company, has unveiled and demonstrated Italy’s first full-stack quantum computer in its laboratory in Naples. The development of SEEQC System Red, the company’s first-generation reference class quantum computer, marks a major technology and innovation milestone for the country and the industry. SEEQC’s Naples team played a critical role in building the SEEQC Red system and superconducting quantum interference device chips. As part of the effort to build the first full-stack quantum computer in Italy, researchers at SEEQC’s laboratory and testing facility in Naples developed and measured the system’s two-qubit gate, a key milestone on the quantum roadmap. SEEQC’s Naples team also designs and tests cutting-edge technology for digital qubit readout, the first on-chip SFQ-based readout.

SEEQC’s architecture was built to mimic current-generation superconductor quantum computing systems with conventional analog control and readout utilizing room-temperature electronics. The company aims to build scalable, energy-efficient quantum computing and move this into commercial usage by building a quantum data and test center in Naples. SEEQC is on track to use its technology in test and data centers worldwide through public and private partnerships. SEEQC has already partnered with major global industrial companies, including Merck KGaA and BASF SE.

The Italian government has signaled to prioritize quantum computing through research and funding over the next few years. The government has stated it will invest heavily in the category, hoping to establish itself as a leader in this field. At a time when the Italian government is focused on leading in quantum research and investment, SEEQC has positioned itself as an industry leader and go-to resource in the country. SEEQC’s entire Naples research team responsible for the project includes Federico Vittorio Lupo, Luigi Di Palma, and Ph.D. researchers Halima Ahmad Davide Massarotti, and Domenico Montemurro.

SEEQC System Red is a novel quantum computing platform that can be a game-changer in quantum computing. The system is designed to provide high-performance and low-cost quantum computing capabilities, which could enable a broader range of applications for businesses and research institutions.

Quantum computing is an evolving field expected to have a transformative impact on industries such as pharmaceuticals, finance, and materials science. However, the high costs and complexity of building and operating quantum computing systems have limited the accessibility of the technology to a select few organizations. SEEQC System Red aims to address these challenges by providing a more affordable and user-friendly quantum computing platform.

SEEQC System Red uses a unique architecture that combines classical and quantum computing elements to achieve high performance and scalability. This approach could enable a broader range of applications that are currently not feasible with existing quantum computing platforms. Additionally, SEEQC System Red’s modular design could allow for more straightforward maintenance and upgrades, further reducing costs and increasing accessibility.

All in all, the invention of SEEQC System Red has the potential to be a significant game-changer in the field of quantum computing by making the technology more accessible and affordable to a broader range of organizations.

Reference:

SEEQC Unveils Italy’s First Quantum Computing System