Insider Brief
- Italy is pursuing deeper cooperation with IonQ and the United States to strengthen its domestic quantum technology ecosystem.
- Talks in New York covered investment, research and connections among companies, universities, institutions and skilled workers.
- Butti’s U.S. mission continues in North Carolina for research discussions and Washington for political and institutional meetings.
- Image: Photo by Kaufdex on Pixabay
Italy is seeking closer cooperation with IonQ and other U.S. technology groups as Rome tries to turn its scientific strengths into a more competitive quantum industry.
Alessio Butti , Italy’s undersecretary of state for technological innovation and digital transition, placed quantum technology near the center of a three-city U.S. mission that began in New York, according to Decode39 . The trip will continue in North Carolina before concluding in Washington.
During the New York leg, Butti attended IonQ’s Investor Day at the New York Stock Exchange and met with IonQ Chairman and CEO Niccolò de Masi and other company executives. The talks covered potential investment, research partnerships and the development of a broader quantum ecosystem connecting Italy and the United States, according to Decode39, an English-language Italian news and analysis website focused on Italy’s foreign policy, national security, technology and international relationships.
IonQ develops quantum computers based on trapped ions, electrically charged atoms that can be controlled to store and process quantum information. The company also works in quantum networking, sensing and security.
Butti said the New York discussions centered on Italy’s “quantum ambition” and the need to bring together investment, universities, research institutions, companies and skilled workers, according to Decode39. IonQ already participates in the Q-Alliance , an Italian government-backed initiative intended to connect public and private organizations working on quantum technology.
The discussions come as Italy seeks to establish itself as one of Europe’s leading quantum centers. Its national strategy includes quantum computing, communications, cybersecurity and sensing, as well as research, workforce development and industrial growth.
Decode39 reported that Butti sees the two countries as offering complementary strengths. The United States has a large technology sector, established investment networks and companies capable of bringing research into the market. Italy has experienced scientists, engineers, universities and industrial companies that could contribute to the development and production of quantum systems.
Italian officials don’t just want to buy American technology, but also want cooperation that produces joint research, new businesses, domestic expertise and practical applications.
Building an Industry Around Quantum Research
Italy’s plans include hybrid quantum environments, which is simply the integration of quantum processors with high-performance classical computers. Under that model, a quantum machine would perform selected parts of a calculation while conventional supercomputers handle the remaining work. Other priorities include software, shared testing facilities, quantum sensors and secure communications.
The effort will also depend on supply chains for specialized components such as photonic devices, advanced electronics and cryogenic systems that keep some quantum machines at extremely low temperatures. Access to these technologies could determine whether a country can build and maintain its own quantum capabilities or must depend heavily on foreign suppliers.
Cybersecurity is another part of the strategy. Future quantum computers could threaten some of the encryption methods now used to protect government, financial and commercial information. Governments are consequently beginning to replace vulnerable systems with post-quantum cryptography, a class of conventional encryption designed to resist attacks from quantum computers.
Decode39 reported that Italy views this security migration as something that should advance alongside investments in quantum computing, particularly for government networks and critical infrastructure.
The Q-Alliance could serve as one of the main vehicles for carrying out the strategy. Its effectiveness will require the ecosystem to move beyond coordination and produces measurable projects. Those could include shared access to quantum computers, joint university-industry research, government purchases of early-stage technology and programs designed to keep Italian researchers and engineers in the country.
A Three-City Technology Mission
Butti described the trip as connecting three centers with different roles. New York represents business and investment, North Carolina represents scientific research, and Washington represents politics and government institutions.
The North Carolina portion is expected to focus on research cooperation. The Washington meetings will address the political and institutional framework needed to support broader technology ties between Italy and the United States.
The mission reflects a view in Rome that closer U.S. cooperation can strengthen Italian technological autonomy rather than weaken it. Under this approach, autonomy does not require Italy to develop every component alone. It instead means retaining enough knowledge, infrastructure and industrial capacity to choose partners, protect critical expertise and help determine technical standards.
Such an approach would place Italy within a wider network of allied countries trying to develop quantum technology while reducing dependence on vulnerable or concentrated supply chains. It could also give U.S. companies access to Italian research institutions, engineers and industrial partners.