Ralph R. Hall
[email protected]
Ralph R. Hall
http://www.brasshausmusic.com

Wendell,

Many thanks for your considered and considerate reply. I think there  
is more common ground between us than our original skirmish might have  
suggested.
Of course horn tone is a conflation of many factors and I probably  
over-egged the pudding as a reaction to the assertion that lips are  
the only factor in defining horn tone. Nevertheless, it is a common  
finding that an individual player's tone remains fundamentally the  
same no matter what instrument and (within reason!) what mouthpiece he  
plays. The common denominator is the player himself - and his/her  
physiognomy.

To John Roberts-James I would only reply that if I spent just an hour  
researching his specialism in order to disprove a tried and tested  
theory, and then published my findings on an 'Osteopathy List', I  
don't suppose many would take me very seriously. Nor do I extend an  
invitation for all to see my qualifications, except to say that I have  
played professionally for over 40 years in top orchestras both in the  
UK and now Germany, and, over the same period of time, have taught  
from beginner to conservatoire level. I hold a teaching qualification  
in this particular field and was an examiner for the Guildhall for 12  
years. So my theories are based upon the empirical evidence of over 40  
years, not an hour's research.

For those of a more scientific bent, I point you in the direction of  
Ludwig Ferdinand von Helmholz (1821 - 1894) who discovered the exact  
relationship that exists between the size of the resonator (mouth) and  
its opening (lip aperture). In 1863 he published 'Die Lehre von den  
Tonempfindungen als physiologische Grundlage fur die Theorie der  
Musik' - On the Sensations of Tone as a Physiological Basis for the  
Theory of Music. He also came up with the 'Helmholz Resonator' as an  
aid to his experiments.

Exactly 25 years ago last October, I went to see Philip Farkas on one  
of his last visits to London. In order to revise my subject, I  
revisited my (signed) copy of The Art of French Horn Playing and, of  
course, most of his treatise, relevant to tone production, concerns  
lips, embouchure etc. But, as a consequence of his instructions we can  
extrapolate almost exactly my contention - that body cavities have a  
significant role in tone production. If you move your lower teeth  
forward to align with your upper (as Farkas insists), low and behold  
your jaw has to descend, thus expanding the mouth cavity. Also, no one  
has disproved that what happens with singers cannot happen on the  
horn. As Wendell says, the vibration of the lips equates to the  
vibration of the vocal chords. With the latter, resonators play their  
part EITHER side of the vibration. In chest tones one can feel the  
actual 'rumble'. Drop the lower jaw, make a vertical oval shape with  
the mouth and sing as low a pitch as you can to the word 'Lor'.  
Similarly, the mouth cavity in playing is behind the vibration of the  
lips and can be affected (and effective). A vibration moves outwards  
in all directions from its source. Additionally, the mouth possesses  
acoustical properties of its own. If you tap your teeth with a pencil  
and then change the dimensions of the cavity of the mouth, the pitch  
will rise and fall. This has a bearing on the player's tone but space  
precludes. In conversation with the great man (Farkas of course!), he  
did admit that his book needed revising and updating. After all, it is  
now over 50 years old.

Elaine Braun makes the point about sinuses pace her asthma and I also  
hear a difference in student's tone when they have a cold. Finally, in  
answer to J.R-J., I have frequently changed the size of the mouth as a  
resonator with my pupils by simply placing a pencil horizontally along  
the indentation between lower jaw and mouthpiece and pushing downwards  
as a note is played. Of course, if a compensation is not made within  
the mouthpiece, a lower pitch will result. But if the compensation is  
there, a huge tonal benefit is detected.

Ralph R. Hall

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