I  guess you are all trying to devise a system to memorise the 24 edges using 
phonetic sound and its value system. 
   
  There are only 10 phonetic sounds, even for memorising 52 playing cards. Let 
me give you some ideas for naming all the 24 edges in 4*4*4 using the phonetic 
sound and its value( using only 8 sounds).
   
  1). First of all, classify the 24 edges into 3 categoris based on their 
positions, say TOP LAYER EDGES(8 EDGES), MIDDLE LAYER EDGES(8 EDGES) and BOTTOM 
LAYER EDGES(8 EDGES). 
  2). Number them(each laer) from 1 to 8 seperately in any order you like.
  3). Coining/creating word(noun) for each piece.
         a). Top layer edges name should start with T, Middle layer edges name 
should start with M and Bottom layer edges name should strat with B.
         b). All layer edges name should end with the phonetic sound of the 
number of the edge.
         c). Introduce the no value letters( a,e i, o, u, w, h, y or any silent 
letter) in between the first letter (T, M or B) and the phonetic sound 
lettersto create a noun word which can be easily vizualised as a picture.
         d). That is the word for particular piece.
  Example :- TyRe is top layer 4th edge
                  MoweR is middle layer 4th edge
                  BeaR is bottom layer 4th edge
   
                     If you want to memorise 2 pieces in one word, then we 
should apply some advanced system using the same 10 phonetic sound and its 
value.     
                     Hope it makes sense and may be helpful to you all. If not 
plz ignore it. 
  John Louis
Stefan Pochmann <[EMAIL PROTECTED]> wrote:
  --- In [email protected], cmhardw <[EMAIL PROTECTED]> 
wrote:
>
> I mean maybe this isn't a problem trying to keep 18 seperate from 1 
> followed by 8, but I'm new to this and wanted to ask if there was a 
> good technique in terms of using those pneumonic word systems.

Try encoding not 0-99 but 00-99, so you don't encode 1 and 8 but 01 
and 08.

> My question is that I highly doubt my number/sound correspondence is 
> proven to work well.  Is there one where I can utilize 24 distinct 
> sound/consonants/consonant clusters that is proven by memory masters 
> to work well?

You'll find the exact same translation from digits to sounds in books 
of different high-profile memory masters. I think it's the standard, 
haven't seen something with more sounds yet. They probably don't need 
more, for memorizing numbers 10 sounds is all they need and the next 
higher I think would be playing cards, and I doubt you have 52 enough 
different sounds :-)

Cheers!
Stefan







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