hanson wrote:

Yehi, old buddy! -- Happy 2007 to you!
Go prod Helmut Wabnig for further promotional help on
your endeavor here. So, just break into/respond to one of
his posts. Copy and post THIS here post as your response
to a number of his posts, and keep doing so until he
reacts and responds to YOU.
Helmut will respond sooner or later since he does not
wanna be known as a coward or worse, especially since
Wabnig always likes to play big-n-hot shot in physics.
Good luck, Yehi, go sic'em!
hanson

----------------------------------
Hi hanson old budy
and happy new year!!

i realy dont know what and why do you suggest
i am not sure if you are serious or joking
and i know nothing about Helmuth
who is he ???
**and why do you suggest that from all the scintific world i have to
address just him??**

TIA to hansen
Y.Porat
----------------------------------

hanson wrote:

Yehi, old buddy! -- Happy 2007 to you!
Go prod Helmut Wabnig for further promotional help on
your endeavor here. So, just break into/respond to one of
his posts. Copy and post THIS here post as your response
to a number of his posts, and keep doing so until he
reacts and responds to YOU.
Helmut will respond sooner or later since he does not
wanna be known as a coward or worse, especially since
Wabnig always likes to play big-n-hot shot in physics.
Good luck, Yehi, go sic'em!
hanson

----------------------------------
Hi hanson old budy
and happy new year!!

i realy dont know what and why do you suggest
i am not sure if you are serious or joking
and i know nothing about Helmuth
who is he ???
**and why do you suggest that from all the scintific world i have to
address just him??**

TIA to hansen
Y.Porat
----------------------------------

"Y.Porat" <y.y.porat@gmail.com> wrote in message
news:1167988929.035292.3240@q40g2000cwq.googlegroups.com...

Autymn D. C. wrote:

a precedent for my better conductor:
http://en.wikipedia.org/wiki/Strained_silicon
http://en.wikipedia.org/wiki/Strain_engineering
-Aut

http://groups.google.com/group/sci.materials/browse_frm/thread/d9458084a5a7ae5a/bdef6df4311428c4?#bdef6df4311428c4

---------- Forwarded message ----------
From: Autymn D. C.
Date: 27 Oct 2006 15:33:21 -0700
Subject: Re: Structural Nucleo Theory by Dr. Yehiel Porat
To:

hanson wrote:

" Dr. Yehiel Porat's theory predicts that if you alloy Fe with Xy
you will obtain a metal that is not brittle but flexible at -150F
and has a better conductivity than Silver"

-----------------------------------

[Yehi]

Hi Auty
i wonder how is it that you recalled somethuing of me
aftersuch a long time thanks anyway for remembering me.

2
i cant say just now that i can predict all of the above predictions
that you presented in my name i only said that my model is a
good base for further advance about all ther above predictions
and uses yet it is not as simple as just to draw it out of your
sleeves- just like that simple

**it needs much more investment based on that model*
th eworld of matter is a huge ocean that needs a lot of
work to folow it all we can do try and crack it step by step
and a bit after a bit** and certainly it is not a one man s job !!

now AFAIR from my investment in my research
i dwelled quite lenghtly on irin and steel (as a structural engineer
who was dealing with that material at my 40 years of day job
one of the important characteristics of irin and even steel
is ductility! that makes stell ans iron a wonderful amterial for
building because it is very ductile to those who dont know:
ductility is the property of metal (or any material)
to get streched before it breaks!! it is very important for a
building matreial to .... prevent sudded disasters!!
ie
before of insatnce that your ciling is colpasing- it gives you
a lot of alarm rings for instance you see crackes that become
bigger and bigger iow it does not collaps at once in surprise
as say pure concrete or ceramics it is because steel has a
good property ie it can be streched about 20 percent of
its orriginal lenght befotre breraking!!

btw gold is much more impressive in that sense !!
(but muchweaker )so i was looking at my model of iron
nuclear Atomic and not least its crystaline (metal latice)
structure) and i could find and explained why is that ductility
property it is depending onj its edge chain of orbitald of iron
(back one proton and neutron cahin of orb.
and at teh front pole deuteron ones in addition while looking
at its metal latice i noticed that iron connections from one
atom to its neighbours are not all of them connected some
of them are free from connection and that is exactly the
plcae (accoding to my guess) in wich thr additional metals
of steel are added tofillther gup of connection between
neighbours

i even made a calculation (a quantitive one) to explain why is the
optimal avrage addition of about 4 percent of Carbon is an
optimal amount (of carbon addition or another instance
why is it more than 10 percent of nickel to iron to make the allooy
a rust free aloy!! it filles up all those free palces in whichj
Oxygen can get it and blow thw iron in corrosion!!
you atke the weight of iron the weight of Nickel and the number of
each sort in a latice unit and you get the resuly of something
more than 10 percent to fill the gups

tha twas jusr one example to show the use and the big potential
of that model i could as well expalin why semi conductors are
as they are etc etc

ps
excuse not spe;; chaking it is too long.......yet i am sure people
whith some patiance could get it thouhg the spelling mistakes
ATB
Y.Porat
-----------------

For a bit I wonderd if one could get palladium or rhodium to
behave a better conductivity than silver if it were surrounded
by a positive field to relieve the conductional charges so that
they match silver's in configuration.
-Aut