Silvia Zorzetti, Principal Engineer at FermiLab in Chicago, is at the forefront of a pioneering research project aimed at forging the technological bedrock for the Quantum Internet

The realization of the Quantum Internet appears increasingly within our grasp, with significant contributions from an Italian scientist propelling this vision closer to reality. In the near future, if we are to benefit from the Quantum Internet, it will be partly thanks to the efforts of Silvia Zorzetti, Principal Engineer at FermiLab in Chicago and Head of Department at the Superconducting Quantum Materials and Systems Center, under the leadership of Anna Grassellino. The Italian scientist has spearheaded a project focusing on microwave-optical quantum transduction, a feat that has garnered her the prestigious Early Career Award from the U.S. government. This accolade secures her a $2.5 million grant over five years from the DOE, the U.S. Department of Energy.

Silvia Zorzetti, Principal Engineer at FermiLab in Chicago and Head of Department at the Superconducting Quantum Materials and Systems Center, under the leadership of Anna Grassellino [photographer: Ryan Postel]
Silvia Zorzetti, Principal Engineer at FermiLab in Chicago and Head of Department at the Superconducting Quantum Materials and Systems Center, under the leadership of Anna Grassellino [photographer: Ryan Postel]

Her project is dedicated to creating technology that can interlink two quantum computers via optical fiber, thus laying the groundwork for the ‘Quantum Internet’ and advancing quantum communication.

Zorzetti herself elucidated the project’s significance in accelerating Quantum Internet development in a statement released by the University of Pisa, where she is an alumna:

The aim of this funded project is to advance quantum sensors and their networks, enabling more efficient transmutation of quantum information and signals across different physical mediums. This endeavor will substantially broaden our capacity to detect dark matter. Its results will have far-reaching implications in various scientific domains, notably impacting sectors critical to national security and the field of quantum communication.”


TAKEAWAYS

The quest for Quantum Internet garners widespread attention in the research community. One of the most promising initiatives is spearheaded by Silvia Zorzetti, an Italian scientist working at FermiLab in Chicago.
Her research on microwave-optical quantum transduction has merited the U.S. government’s Early Career Award, recognizing projects of exceptional innovative merit. This award brings with it a $2.5 million grant.
Zorzetti’s research, focused on facilitating communication between quantum computers, carries profound implications for security enhancements and the heightened detection of dark matter and gravitational waves.

Quantum Internet and Research: Delving into the Quantum Router

Understanding the significance of Quantum Internet, which has long been a focal point of research, requires us to consider the views of Luciano Lenzini, the ‘father’ of the Italian internet and an esteemed professor in quantum computing:

The Quantum Internet represents a paradigm shift from the contemporary internet. We are grappling with a technology that is not only different but exponentially more complex.”

The crux lies in discerning how and why Silvia Zorzetti’s research promises substantial advancements. “A key innovation of my project is the focus on hardware, particularly on the components essential for the physical realization of the network. While quantum networks and quantum computers exist, their intercommunication remains a challenge. The objective is to enhance this hardware aspect with a technology that facilitates communication between these disparate realms. Essentially, the goal is to construct a quantum router.”.

An Award Acknowledging the Power of Innovation

The Early Career Award recognizes individuals for their significant early contributions in their respective fields or organizations. It is a distinguished honor aimed at bolstering the nation’s scientific workforce by supporting exceptional researchers in the early stages of their careers. The groundbreaking project led by Zorzetti is notably innovative

From Quantum Internet to Dark Matter: The Frontier of Discovery

The full scope of benefits the Quantum Internet can offer remains to be unearthed: ongoing research will be key in uncovering them. However, as Zorzetti emphasized, her work will greatly enhance our ability to detect dark matter, as well as gravitational waves. Furthermore, her findings

will have extensive applications across numerous scientific disciplines and will influence pivotal sectors such as national security and quantum communication. Hence our focus on quantum sensors: networking more sensors could mean relying on coherent information processing. Put simply, utilizing quantum sensors could lead to the entanglement of information.”

The magnitude of these potential discoveries cannot yet be fully quantified: however, much like with X-rays, it took time to grasp their significance.

Silvia Zorzetti, principal engineer at FermiLab in Chicago and head of department at the Superconducting Quantum Materials and Systems Center led by Anna Grassellino [photographer: Ryan Postel].
Silvia Zorzetti, principal engineer at FermiLab in Chicago and head of department at the Superconducting Quantum Materials and Systems Center led by Anna Grassellino [photographer: Ryan Postel].

Security and Beyond: The Advantages of Quantum Internet

While the quantum internet is still in its developmental stages, its potential benefits in certain areas are already conceivable. The Italian Principal Engineer herself emphasizes one such area:

The most direct application lies in national security, offering the prospect of exchanging information over a quantum channel.”

What remains is the implementation of the Quantum Internet, through the research and efforts of numerous scientists like Zorzetti.

For now, quantum networks that transport single photons exist but are not directly linked to the concept of Quantum Internet. While quantum computers are a reality, the work ahead involves their development. The coming decade will be defined by communication, specifically through Quantum Internet, and the development of technology to establish a distributed network.”

Written by:

Andrea Ballocchi

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