2009
DOI: 10.1117/12.822657
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The natural philosophy of the cosmos (B)

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“…where H α = Big-Bang Hubble Constant = 8.46087689814736 × 10 61 (km/s/Mpc), the derivation of H α can be found on pg. 12, Equation ( 24); [10], St 9 T = Physical Constant = 6.35538654769188 × 10 95 (s 5 /m 9 ), the derivation of St T can be found on pg. 14, Equation (42); [10], K W = Wien Displacement Constant = 2.897771955 (mm•K), μ = Mathematical Constant = 1/3, T 0 = 2.7255 (K) ± ΔT 0 [1], and ΔT 0 = 0.0006 (K).…”
Section: Resultsmentioning
confidence: 99%
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“…where H α = Big-Bang Hubble Constant = 8.46087689814736 × 10 61 (km/s/Mpc), the derivation of H α can be found on pg. 12, Equation ( 24); [10], St 9 T = Physical Constant = 6.35538654769188 × 10 95 (s 5 /m 9 ), the derivation of St T can be found on pg. 14, Equation (42); [10], K W = Wien Displacement Constant = 2.897771955 (mm•K), μ = Mathematical Constant = 1/3, T 0 = 2.7255 (K) ± ΔT 0 [1], and ΔT 0 = 0.0006 (K).…”
Section: Resultsmentioning
confidence: 99%
“…Note: H α and St T are forwardly derived from first principles; they are not reverse-engineered, ad hoc, or tailored constants; refer to [10] for the derivation. e calculated permissible range values for "Ω Λ , Ω m , K Λ , z Λ , H 0 and t 0 " are displayed in Table 1.…”
Section: Resultsmentioning
confidence: 99%
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