Our client built an international research career exploring how atomically thin materials can control electromagnetic waves and support new technologies. After earning his Ph.D. in physics at Bilkent University, he conducted research at the National University of Singapore and the Technical University of Denmark. His work included graphene-based terahertz devices, the synthesis and characterization of monolayer amorphous carbon, and techniques for measuring the properties of large-scale graphene films. He sought to continue his research in the United States.
Our firm prepared his EB-1A petition around the significance of his scientific contributions and the recognition they attracted. We highlighted his role in graphene-based adaptive thermal surfaces and research advancing the understanding of two-dimensional materials. Scholarly publications, citations, journal peer-review activities, and supporting expert letters helped explain his individual contributions within collaborative projects. We also presented media coverage of research in which he participated, connecting the scientific findings with evidence of broader recognition. Together, these materials supported our argument that his record demonstrated sustained acclaim and extraordinary ability in physics.
USCIS approved his I-140 petition under the EB-1A extraordinary ability category, marking an important milestone in his plans to continue his scientific work in the United States. The case brought together his contributions to materials synthesis, device development, and measurement techniques. His ability to connect fundamental physics with potential applications in sensing, communications, and thermal management gave the petition a distinct focus grounded in his documented research.
