N. 3 - 21 aprile 2001 - Giano Bifronte

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the zero point energy of luminous ether. It may therefore be concluded,
that even in the steady state the temperature of the universe can be very
low.' This concept has since met with experimental proof of
considerable importance. While I was looking for experimental proof of
the above hypothetical phenomenon, I came across the famous nebulae
redshift and thought that it contained what I was looking for, in other
words a fall in luminous quantum energy only resulting in diminished
frequency, i.e. light absorption … Let us make the following simple
hypothesis for the gradual disappearance of light quantum:
therefore :
υ
ln
υ
= H t
- d(hν) = H (hν) dt (1)
… on the basis of this simple formula, we think we have replaced the
fairly unreliable theory of the exploding universe with a much simpler
concept of vast importance, which also accounts for redshifts in the
most distant objects … And it is highly significant that Hubble, one
of the discoverers of redshifts, should consider the model of the
expanding universe to be unreliable … Continuing Hubble's
research with a more powerful telescope … we could on the other
hand arrive at an answer to a very important question, namely according
to which law the frequency of light quanta is modified. Hubble made
the hypothesis of a linear relation:
t = 1.84*109
υ − υ
L.Y
.
υ
whereas my approach goes like this :
t = 1.84*109
υ − υ
ln L.Y
.
υ
In his successive works Hubble still declared the interpretation of
redshift as being a Doppler effect to be untrue. He based this on the fact
that the decrease in nebulae luminosity over distance did not proceed as
a Doppler effect did, but much more slowly, thus corresponding to my