Gonçalves et al. 2020 (Feibelman d-parameters)

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Reference: Gonçalves et al. 2020 (Feibelman d-parameters)
Kind: paper: a published number or figure
Calculated: Mie coefficients with d⊥, d∥
Agreement: 1e-13

A radial dipole beside a 5 nm gold sphere (n = 0.141 + 3.152i), 614 nm, with Feibelman d-parameters: against Gonçalves et al. 2020 Gonçalves et al., Nat. Commun. 11, 366 (2020): quantum surface corrections enter the Mie coefficients through the d-parameters; their closed form summed in mpmath (40 digits, 120 orders) against PyStratify's Feibelman boundary conditions (300 orders within 1 nm of the surface). The d-parameters shift the quenching close to the surface.

d⊥ = 0.3+0.1j, d = 0 nm, PyStratify d⊥ = 0.3+0.1j, d = -0.1+0.05j nm, PyStratify d⊥ = -0.2+0.05j, d = 0.15+0.02j nm, PyStratify d⊥ = 0.3+0.1j, d = 0 nm, Eqs. (4a), (13a) d⊥ = 0.3+0.1j, d = -0.1+0.05j nm, Eqs. (4a), (13a) d⊥ = -0.2+0.05j, d = 0.15+0.02j nm, Eqs. (4a), (13a)

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largest relative difference: 2.66×10⁻¹⁵
PyStratify the lines, the reference the circles

Run it yourself: sphere_emitter_checks.py · test_feibelman.py · figures.py · SPHERE_EMITTER_CHECKS.md on GitHub, PyStratify 97e52a9