The Tension in the Hubble Constant The Big Bang and expanding universe theories have hit a huge problem recently with two groups deriving different values for the Hubble constant, H. The λCDM model gives H = 67.4 +/- 0.5 km/s per Mpc, whilst the supernovae groups give a value of 73.2 +/- 1.3 km/s per Mpc. Clearly each one rules the other out! This has lead to the scientific community asking for New Physics, new particles or even,,,, help! Daily Mail. June 14th 2022 The problem is that the expanding universe model is so entrenched in scientists minds that it corrupts the data in that published distances to cosmological objects are often ‘tweaked’ to take redshift into account. However, there is the NED-D compilation of redshift independent distances that corrects this. See here The list includes redshifts and actual distances to over 15,000 cosmological objects. Dipping into this compilation for 2000 nearby objects where everyone (including New Tired Light) agrees the graph is linear gives:

The gradient is 2.17x10^-18 persecond of 66 km/s per Mpc. Note that in an expanding universe ‘cv’ is represented by a ‘velocity.’ In New Tired Light, the Hubble constant is given by H=(2nhr/m) where ‘n’ is the mean electron number density which is 0.5 per metre cubed, h is the planck constant, r the classical electron radius and m, the rest mass of the electron giving a value for H as 62.5 km/s per Mpc - a difference of just 5%.

© lyndon ashmore May, 30th. 2022