ABSTRACT
This research aims to optimize invasive pumping using micro-LED arrays to improve maser efficiency, targeting enhanced pump coupling efficiency, uniform population inversion, and scalable power handling.
PAPER · PDF
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Key findings
Proposes a 3–5x improvement in pump coupling efficiency through invasive waveguide architectures.
Aims for spatially uniform population inversion via individually addressable pixel arrays.
Plans for scalable power handling through distributed thermal management.
Limitations & open questions
Theoretical modeling and device fabrication protocols are yet to be fully validated.
Comprehensive characterization procedures and real-world application testing are pending.