Success Story: From Quantum Information Research to I-140 NIW Approval for a Physics Expert
Client’s Testimonial:
"Thank you for your professionalism throughout the entire process. Your knowledge, experience, and prompt guidance gave me confidence and peace of mind during what could have otherwise been a very stressful journey. I sincerely appreciate all of your support and assistance in helping me navigate this complicated process.”
On June 1st, 2026, we received another EB-2 NIW (National Interest Waiver) approval for a Graduate Student/Research Assistant in the Field of Quantum Information (Approval Notice).
General Field: Quantum Information
Position at the Time of Case Filing: Graduate Student/Research Assistant
State of Residence at the Time of Filing: Wisconsin
Approval Notice Date: June 1st, 2026
Processing Time: 13 months, 28 days (Premium Processing Upgrade Requested)
Case Summary:
North America Immigration Law Group is pleased to share the I-140 NIW approval of a client in the field of quantum information. The client holds a master's degree in physics and is currently conducting research in an academic research setting, where the client continues to work on improving the reliability and practical capacity of quantum computing systems.
The client’s proposed endeavor centered on advancing small-scale noisy quantum computers toward mid-sized, intermediate quantum systems capable of running practical algorithms. More specifically, the work integrates quantum error correction algorithms and classical control techniques to expand quantum computing capability for real-world applications, including finance modeling, quantum chemistry simulations, and quantum cryptography.
In presenting the case, we did not rely on the technical complexity of the field alone. Instead, the petition explained why improving error correction, mid-circuit measurement, neutral-atom quantum computing, and machine-learning-supported qubit measurement matters to broader U.S. technological interests. The client’s research was framed as contributing to the practical transition of quantum computing from experimental platforms toward more reliable systems that may support industries such as healthcare, manufacturing, transportation, cybersecurity, and advanced computing.
The petition also demonstrated the client’s significance through a record of research output and independent reliance. The client had documented work in 4 peer-reviewed journal articles, including 1 first-authored article, 5 abstracts, including 2 first-authored abstracts, and 1 preprint. The client’s published body of work had received 569 citations, which was not presented as a number alone. Rather, the petition showed that several of the client’s publications had citation rates far above field and year averages, allowing an adjudicator to view the record as evidence that other researchers had relied on the client’s findings at an unusually strong level for the field.
The petition further explained how later researchers used the client’s work to advance quantum error correction, neutral-atom quantum processors, high-fidelity measurements, and artificial intelligence applications in quantum computing. This helped demonstrate that the client’s contributions were not isolated publications, but part of an active research record influencing how others approach scalable and fault-tolerant quantum systems.
Another important part of the case was the evidence that the client’s research had been supported by major funding sources. The petition used this funding evidence to show that the client’s research aligned with nationally significant priorities involving quantum information, technological competitiveness, security, and advanced scientific infrastructure.
By connecting the client’s academic background, current research role, publication record, citation-based influence, and federally supported research environment to the proposed endeavor, the petition demonstrated that the client was well-positioned to continue advancing quantum information research in the United States. We congratulate the client on this I-140 NIW approval and wish the client continued success in contributing to the future of quantum computing and its real-world applications.