O1  In-sample reference: the G chain (Tutorial Note 9)
  1    cluster 1.875: G (x 1e-11), ppm vs CODATA 6.67430(15)                                  6.672161   -320.5 ppm
  1    cluster 2.0: G (x 1e-11), ppm vs CODATA 6.67430(15)                                    6.674076   -33.55 ppm
  2    (2 was chosen here with the measured G known; this case cannot count as a test)        

O2  1986j (Hadronic J. 9, 153, p. 154): the triple group (g*:g*:g*) for the 1976 'upsilon'
  1    his g* (MeV) and 2^(1/3) x 2587                                                        3259.0   3259.42
  2    with 1.875 (his): energy (MeV)                                                         6110.63
  3    with 2 (replacement): energy (MeV)                                                     6518.0
  4    his target: the 'upsilon of mass energy 6.1 GeV' announced in 1976                     E288, Hom et al. PRL 36, 1236 (1976), about 6.0 GeV
  5    status of that target                                                                  not confirmed by E288's own 1977 data; withdrawn ('Oops-Leon')
  6    the real upsilon, found by E288 in 1977: Upsilon(1S) (MeV, PDG)                        9460.40
  7    result                                                                                 no test possible: the particle both values are compared with does not exist

O3  The Physics of Creation (2003) ch. 3: the muon lifetime
  1    1.875 (his): triplet energy E3 = f cbrt3 (muon units)                                  2.70422
  2    1.875 (his): first n with n E3 within 1/1000 of an integer; n E3                       17   45.9717
  3    1.875 (his): energy shed per triplet s = 3 - E3; separated form E_sep                  0.29578   3.24506
  4    1.875 (his): quanta needed to raise one triplet, k = ceil((s + E_sep - 3)/s)           2   (his text: 2(0.2958) > 0.2958 + 0.2451)
  5    1.875 (his): separated forms m = floor(n/k); ratio n:m (his text: 17:8)                8   17:8
  6    1.875 (his): lifetime ((n+m)/m) x base (microseconds); vs PDG 2.1969811                2.19908   0.09534 %
  1    2 (replacement): triplet energy E3 = f cbrt3 (muon units)                              2.8845
  2    2 (replacement): first n with n E3 within 1/1000 of an integer; n E3                   17   49.0365
  3    2 (replacement): energy shed per triplet s = 3 - E3; separated form E_sep              0.1155   3.24506
  4    2 (replacement): quanta needed to raise one triplet, k = ceil((s + E_sep - 3)/s)       4
  5    2 (replacement): separated forms m = floor(n/k); ratio n:m (his text: 17:8)            4   17:4
  6    2 (replacement): lifetime ((n+m)/m) x base (microseconds); vs PDG 2.1969811            3.69445   68.16 %
  7    his printed lifetime: '2.199 microseconds ... within one part per thousand'            

O4  Score
  1    out-of-sample uses of the 1.875 factor found                                           2 (1986j upsilon; 2003 muon lifetime)
  2    improved                                                                               0
  3    worse                                                                                  1 (muon lifetime: +0.09% becomes +68%)
  4    not testable                                                                           1 (the 1976 upsilon does not exist)

O5  What this does to the chance calculation (working paper section 11)
  1    central scenario, all four (as published in section 11): career M = 30                 1 in 1,869
  2    central scenario, G left out (treated as unsupported): career M = 30                   1 in 802
  3    central scenario, G left out: career M = 10                                            1 in 18,078
