One of Don Rickert’s newer musical instrument creations is the Rickert Series 6 XS Electric Violin. It is a small instrument (slightly larger than a pochette) with a standard 4/4 scale length. It uses the Rickert Adjustable Shoulder Rest and a small over-the-tailpiece type chin rest.
Specifics:
The sound box of the Rickert Series 6 XS Electric Violin is very similar to the Rickert Mountaineer Backpacker Fiddle. It has highly-resonant Western Red Cedar sides without a bass bar or sound post but, rather, special internal bracing that performs the function of those components. The top is Sitka Spruce (reclaimed, of course) and the back is Curly Maple. While the top is glued, the back is screwed on to allow easy removal for installing electronic components. The neck uses a unique bolt-on system, which allows it to be raised and lowered in order to change the string height.
What the Rickert Series 6 XS Electric Violin is for
The Rickert Series 6 XS is designed and created specifically to be configured as either an electric violin OR as a platform for certain types of violin synthesizers. Given its size, the Series 6 XS is very “live” acoustically for an electric violin body (“live” is indeed a relative term), making ideal as a practice instrument as well.
The Rickert Series 6 XS is one of several violins being used as part of the Active Acoustics research for the “Overtone Fiddle”, the brainchild of Dr. Dan Overholt. See announcement for recent colloquium at Stanford University by Dr. Overholt below.
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Colloquium by Dr. Dan Overholt at Stanford University Last Summer
The Evolution of Established Instruments vs. Novel Controllers: Introducing the Musical Interface Technology Design Space
Speaker: Dan Overholt
Date: Wednesday, June 30th, 2010
Time: 10AM
Location: CCRMA Classroom (Room 217) in the Knoll
This presentation examines the problems associated with designing, controlling and performing on new musical instruments, and introduces the Musical Interface Technology Design Space (MITDS); a term conceived to enfold many of these issues into a conceptual framework that attempts to enlighten theoretical approaches to designing, implementing, evaluating, and iteratively refining new families of musical instruments for the real-time expressive control of digital signal processing algorithms. Results from both past and present research will be presented, focusing on the design patterns and performance techniques exemplified by various interfaces. The MITDS promotes a continuing evolution of musical instruments, and aims to see what is possible, given the combination of some of today’s most advanced technologies, and traditional musical skill and practice.
During this research, the electronic Overtone Violin was developed in order to investigate the advancement of established musical instruments in an innovative way that supports both traditional and extended-technique interactions through gestural control. This instrument will be compared to the currently-in-development Overtone Fiddle, an active acoustics instrument that is primarily aimed at utilizing traditional playing techniques to enhance the sounds emanating from the instrument. These two instruments occupy different spaces along the continuum of possibilities between instruments based on well-established paradigms, and completely novel designs. They also explore a middle ground sometimes called "mixed reality"; such approaches need to consider questions regarding which aspects of an instrument should be real (physical), which aspects should be virtual (synthesized based on sensor-input), and which aspects should combine both the real and virtual (augmenting fixed physical vibrations with digital algorithms, allowing the flexibility of programmable behaviors).
Index Terms: instrumental interaction, gestural control, interaction design, digital audio synthesis and effects, musical interface technology design space MITDS
