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(C4) Setting ๐‘ฆ = ๐‘0/ โˆš 2 gives directly โ„‘๐‘0 = โˆš 2 ๐‘0 1 โˆ’ 1 ๐‘2 0 + 3 ๐‘4 0 โˆ’ 15 ๐‘6 0 + ยท ยท ยท !

The ๐‘0 โ‰ซ 1 asymptotic expansion For large ๐‘0, the complementary error function is more conveniently handled via its asymptotic expansion erfc(๐‘ฆ) = ๐‘’โˆ’๐‘ฆ2 ๐‘ฆ 1โˆš๐œ‹ 1 โˆ’ 1 2๐‘ฆ2 + 3 4๐‘ฆ4 โˆ’

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physics.atom-ph 1

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Photon-Atom Granularity Noise Thermometry

physics.atom-ph ยท 2026-05-18 ยท unverdicted ยท novelty 7.0

Granularity noise thermometry extracts temperature from the linear scaling of excess transmitted-light noise with photon-to-atom ratio using closed-form polarizability moments from the plasma dispersion function.

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  • Photon-Atom Granularity Noise Thermometry physics.atom-ph ยท 2026-05-18 ยท unverdicted ยท none ยท ref 13

    Granularity noise thermometry extracts temperature from the linear scaling of excess transmitted-light noise with photon-to-atom ratio using closed-form polarizability moments from the plasma dispersion function.