Physical constant

Plank constant,

h

Boltzmann constant,

kb

Hubble constant,

H0

Gravitational constant,

G

Physical constant measurement method

KB1

XRCD2

AGT3

DCGT4

DBT5

BDL6

CMB7

BAO8

Mechanical methods9

Electro-

mechanical methods10

Chosen GoPSI of the model

LMTI

LMTF

LMTθF

LMTθI

LMTθF

LMT

LMTθ

LMT

LMT

LMTI

FIQs amount contained in a given GoPSI, γGoP = z'− β'

468

279

2546

4247

2546

91

846

91

91

468

Amount of FIQs recommended for the model, γmod = z'' β''

≈6

≈2

≈169

≈471

≈169

≈0.2 < 1

≈19

≈0.2 < 1

≈0.2 < 1

≈6

Achieved experimental comparative uncertainty of the model, εexp

0.3976

[35]

0.4733

[35]

0.4832

[37]

0.5044

[37]

0.4949

[20]

0.3409

[19]

0.1818

[19]

0.5

[19]

0.4819

[38]

0.1930

[38]

Comparative uncertainty of the model, theoretically justified for the selected GoP, εopt

0.0245

0.0145

0.1331

0.2220

0.1331

0.0048

0.0442

0.0048

0.0048

0.0245

Ratio of εexp/εopt

16.2

32.6

3.6

2,3

3.7

710

4.1

104

100

7.9