Success Story: When Smaller Materials Carry Bigger Stakes, NIW Approval for a 2D Semiconductor Researcher
Client’s Testimonial:
"Wow! I cannot thank you enough! I really appreciate the way you helped with my case.”
On May 19th, 2026, we received another EB-2 NIW (National Interest Waiver) approval for a Postdoctoral Researcher in the Field of 2D Semiconductors (Approval Notice).
General Field: 2D Semiconductors
Position at the Time of Case Filing: Postdoctoral Researcher
Country of Origin: Bangladesh
State of Residence at the Time of Filing: Texas
Approval Notice Date: May 19th, 2026
Processing Time: 1 month, 26 days (Premium Processing Requested)
Case Summary:
The future of electronics may depend on materials so thin they are measured atom by atom. That was the premise behind this NIW case. The petition prepared by our firm focused on our client, a postdoctoral researcher working in 2D semiconductors, whose research advances the foundational efficiency and material properties of next-generation semiconductor technologies. This work carries the long-term aim of enabling reliable, energy-efficient transistor architectures beyond conventional silicon.
North America Immigration Law Group (Chen Immigration Law Associates) framed the case around a national challenge that is both technical and strategic. As silicon devices approach physical scaling limits, the United States needs new materials and device concepts that can support faster switching, lower leakage, and better energy efficiency. The filing showed that the client’s work addressed that transition directly through advanced material fabrication, precise hardware engineering, and the nanoscale characterization of next-generation components.
The record further showed that the client was already producing work that the field was using. We documented 17 peer-reviewed journal articles, 2 peer-reviewed conference articles, 3 conference abstracts, 1 book chapter, at least 8 completed peer reviews, and 1,277 citations. Multiple papers ranked among the top 10% or top 20% most-cited Materials Science articles for their publication years, while later researchers had already relied on his findings in studies involving transistor contacts, semiconductor stability, biosensing, and material interfaces.
Secured in under two months without an RFE, this approval reflected more than a strong publication record. It reflected a carefully prepared NIW petition built around a difficult but increasingly important idea: the next leap in electronics will require understanding what happens at the thinnest possible scale. We were proud to help secure this NIW approval for a researcher whose work helps move that future closer to reality in the United States.