[hdeasy]

Hi Guille,

>What I don't understand, is why if heim theory has achieved the basics of a T.O.E., it
> isn't recognised as such, or in the news, or worked on by most scientists?
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That's a long story - see the Wikipedia and Heim-theory.com descriptins and histories to get an idea of the situation. It can be summarised thus:

1. Heim was even more hindered than Hawking - the latter became crippled after he was already in academe, more or less. Heim lost hands, 90% of sight and nearly all his hearing at 19, and could only follow a university course wtih great difficulty. Eventually he could't stand the strain of trying to work in a team and so withdrew into a sort of hermet existence - eccentric but brilliant, working obsessively for 25 years before cracking his goal.

2. He was famous in the 1950's - I've seen the magazine cuttings where Heisenberg, Pascual Jordan, Becker of Goetingen, Heisenberg's successor Dorr, Werner Von Braun etc. all were quoted as saying that Heim was a genius, Nobel prize material etc. But Heim's long silence resulted in these, his academic supporters, simply dying of old age before the theory was complete. In the 1970's Heim then emerged from isolation to begin publishing a bit - though even that only at the insistence of friends. But by then he was no longer known, and was no longer affiliated with a university, and so he was essentially ignored.

3. On top of all that, Heim's notation is non standard - the digital metronic caculus is different to the usual differential caculus and so needs about a year of training to come to grips with. Only between 10 and 20 professors and experts in relativity / QCD /ECD have so far taken the effort to trian themselves in this difficult area - and they have not been disappointed: E.G. Droscher was even able to extend Heim's work rigourously to 12 dimensions. He and Hauser now want to concentrate on getting the foundattions of the theory in the journals - so only this year will appear in a journal the mathematically rigourous derivation of the central eigen-value equations.

After all these annoying delays hopefully this year is the year of Heim, as well as his idol, Einstein.

Hugh.