On a sunny day (15 Sep 2005 13:19:09 -0700) it happened
wrote in
.com:

The conical space-time at distance r from the source is then
curved by 1/r sqrt(m/M) so bodies moving through that
space-time would appear to be accelerated by an extra
gravitational acceleration c**2/r sqrt(m/M).

In MOND, the extra acceleration is sqrt(G m a0)/r where a0 is
an arbitrary constant set to be approximately 1.2e-10 ms**-2 to
fit the experimental results. For our hypothesis to match MOND
exactly, we only require that M is equal to (c**4 / G a0),
which gives a value of approximately 10**54 kg.
Although trivial methods of estimating the mass of the universe give a
result a little lower, around 3 * 10**52 kg, this seems to me
to be an interestingly close fit. This suggests that the
Although I find your theory interesting, and I am aware many numbers
in astronomy are 'aproximate', I think there is a bit of difference between
a ten with 52 zeros and a ten with 54 zeros.
3 to a hunderd.
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