Postdoctoral Fellow
Condensed Matter Theory · Bosnia and Herzegovina · 2025-08-11
Proposed Endeavor
The petitioner proposes to explore topological phases in strongly correlated electron systems and develop methods for identifying anyonic quasiparticles. This work utilizes continuous Matrix Product States (cMPS) and bosonization frameworks to create foundational steps for fault-tolerant quantum computing.
Framework Evaluation
3 of 3 criteria metThe research supports U.S. leadership in quantum technologies with downstream impacts in cryptography and high-value computing.
The petitioner's record of publications in selective venues and independent citations confirms recognized expertise and momentum.
The petitioner's potential to accelerate progress toward fault-tolerant quantum computing justifies the waiver of labor certification.
Why This Petition Was Approved
Evidence
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