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Model Reproduces GAN Defect Positions with Errors under 10MHz
A rhombic spin-1 interpretation accurately reproduces spectral line positions in gallium nitride with errors between 8. 1, 9. 8MHz, unlike previous models which fail to account for all observed features.
Unexplained spectral lines have limited understanding of defects in gallium nitride (GaN). For one specific defect, an unexpected line falls near the sum of two others, suggesting shared energy levels between them. Gallium nitride (GaN) is a key material for power and high-frequency electronics. An unexpected relationship exists between spectral lines, specific frequencies emitted by these defects,…
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