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EB-2 NIW Approval for a Self-Employed Physicist

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EB-2 NIW Approval for a Self-Employed Physicist
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Published on
22 January 2021

The Situation

My client was an accomplished physicist with a genuine and unusual combination of attributes: deep expertise in a highly specialized area of materials science research, a thriving business in an entirely unrelated field, and significant gaps in his related employment history. He was seeking to immigrate to the United States with his family, and the gaps in his research employment record made a conventional employment-based petition approach difficult to execute cleanly.

The standard immigration pathways for scientists — EB-1A for extraordinary ability, or EB-2 with a labor certification — each had drawbacks in his situation. EB-1A would have required demonstrating sustained national or international acclaim in his field, and while his scientific credentials were strong, the gaps in his research career created vulnerabilities. A conventional EB-2 with PERM labor certification would have required a sponsoring employer willing to navigate a lengthy and expensive process, and he had no such employer ready to step forward.

The National Interest Waiver was the right vehicle. What was unusual — and what made this case genuinely interesting — was the argument we used to satisfy the waiver prong.

The Strategy

I filed an advanced degree NIW petition under the Matter of New York State Department of Transportation criteria. The NYSDOT framework, as it existed at the time, required demonstrating that the beneficiary's work had national scope, that it was in the national interest, and that the national interest would be adversely affected if a labor certification were required. That third prong — the waiver prong — is where most NIW petitions either succeed or fail on the merits.

My client’s research focused on Mössbauer spectroscopy — a technique that uses gamma ray absorption to probe minute changes in atomic nuclei with exceptional precision. Over many years of independent research, he had investigated magnetic intermetallic compounds whose properties — giant magnetocaloric effect, giant magnetoresistance, giant magnetostriction — underpin super-strong permanent magnets, advanced sensors, magnetic recording systems, and biomedical applications.

 

The Decisive Argument

I will be candid: my client's research was way over my head. It was also, almost certainly, over the head of the USCIS examiner who would be reviewing the petition. When you are working with material that is genuinely complex and technically specialized, there is a real risk that the argument disappears into the weeds — that the examiner is left with a vague impression of impressive-sounding science without a clear understanding of why it matters or why the NIW waiver prong is satisfied.

My solution was to simplify without sacrificing accuracy. I focused the waiver argument on a single, powerful, and easily understood point: the data.

Over his years of independent research, my client had accumulated a unique and irreplaceable body of raw experimental data — unpublished, not yet in the scientific literature, and not available anywhere else in the world. This was not just any data. It was data on magnetic exchange interactions and magnetic hyperfine fields on the nuclei of nonmagnetic atoms — information that would be extraordinarily costly and time-consuming to replicate, even for a well-funded U.S. research laboratory. My conservative estimate was that replicating my client's data would have taken years of sustained research at the highest level and cost millions of dollars in R&D funding.

Any U.S. laboratory that gained access to my client's data could immediately and profitably use it to advance its own research, solve technological challenges, and save enormous amounts of time and money in the process. My client's colleagues in the United States, however well-qualified, simply did not have this data. They could not replicate it quickly. And they could not provide what my client could provide without starting from scratch.

That was the argument. Not the prestige of my client's publications, not the number of citations in the scientific literature, but the concrete, irreplaceable, immediately useful value of the raw research data he had in his possession. It was an unusual argument for a NIW petition, but it was the right argument for this case. And it worked.

The Result

NIW approval was achieved in under six months. My client relocated to the United States with his family and has continued his research here, contributing exactly the kind of value I described in the petition.

In this case, that argument was the data.

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