Heim's Mass Formula, Quantum Electrogravity, "Hyperdrive"

writes:

I looked into this a bit more and for example the electron mass they
predict (they dont quote an error so I assume the value is supposed to
be exact) is around 27 standard deviations from the measured value

The prediction depends on the Gravity Constant G among other
constants. AFAIK, G is has been established to only about
3 digits so far.

See http://www.heim-theory.com/downloads...rmula_1989.pdf
and http://www.heim-theory.com/downloads...ed_Results.pdf
page 12 in particular.

Also they predict a mass of an e0 ("neutral electron" apparently) at
similar mass to the electron. Yet this particle has never been observed
in any particle collider experiments to date.

AFAIK, nobody has yet looked for a neutral electron in the predicted
mass range.

--
Manfred Bartz

Interesting -- how would one even look for a neutral electron? A
neutrino-style detector?

Could the e0 actually be the neutrino? After all, neutrinos are
neutral, and have been found to have slight mass. Could the neutrino
be the "neutral electron"?

Does Heim's theory predict the existence of a separate neutrino
particle, distinct from the neutral electron?