UNRAVEL, a work for alto saxophone and interactive electronics. Examines works for saxophone and electro-acoustic music. Analyzes modes of interactivity using Robert Rowe's guidelines, with sonogram, score, and programming examples. Investigates hybrid serial-parallel signal-processing networks, and their potential for timbral transformations. Explores compositional working methods, particularly as related to electro-acoustic music.

GranCloud is new application for the generation of real-time granular synthesis in the SuperCollider programming environment. Although the software was initially programmed for use in the interactive composition Creo, it was implemented as an independent program for use in any computer music project. GranCloud consists of a set of SuperCollider classes representing granular clouds and parameter objects defining control data for the synthesis. The software is very flexible, allowing users to create their own grain synthesis definitions and control parameters. Cloud objects encapsulate all of the control data and methods necessary to render virtually any type of granular synthesis. Parameter objects provide several simple methods for mapping grain parameters to complex changing data sets or to external data sources. GranCloud simplifies the complex task of generating granular synthesis, allowing composers to focus less on technological issues and more on musical considerations during the compositional process.

When the dust settles, John Adams’s Nixon in China and Philip Glass’s Einstein on the Beach may stand as the most important operas of the latter twentieth century. The critical essay portion of this thesis examines the trajectory of minimalist opera, from its beginnings with Glass’s Einstein on the Beach through the more romantic operas of John Adams, Steve Reich’s multimedia opera The Cave, David Lang’s musical-influenced The Difficulty of Crossing a Field, and finally the post-minimalist operas currently being staged by young composer Nico Muhly. It examines the differences between the more abstract trajectory established by the early Glass operas and the plot driven trajectory established by operas more commonly associated with John Adams, most significantly Nixon in China. Additionally, the aforementioned pieces are compared and contrasted with the author’s newly composed chamber opera Violetting through August’s End (or the sunset in water, the carillon-chime in square).

Concerto for Solo Percussion and Concert Band was commissioned by Staff Sergeant Rone Sparrow, a percussionist with the West Point Military Academy Band. Funding for the project was provided by the Barlow Foundation. The piece was premiered April 13, 2005 in the Eisenhower Hall Theater at West Point, New York. Rone Sparrow performed with the USMA band, and Colonel Thomas Rotondi Jr., Commander/Conductor, conducted the piece. The concerto consists of three movements, and each movement features a different instrument: the first features marimba, the second, vibraphone, and the third movement features the drum kit together with a rhythm section (piano, bass, and drums). In addition to the piece, the dissertation paper discusses important technical detail related to the piece, including: harmony, form, rhythm, programmatic ideas as they relate to motivic strands, and the process of generating and discarding material. The paper also focuses on a number of factors that were influential to the piece, such as postmodern philosophy.

Galileo's Eyeglass is a celebratory work for full orchestra with standard instrumentation commemorating Galileo Galilei's discoveries of the four largest moons of Jupiter and the rings of Saturn in 1610. The composition is approximately 14 minutes in duration, and although divided thematically into four parts, the music is continuous. The work exhibits primarily a blend of contemporary styles and compositional elements, yet it is rooted in traditional tonality; furthermore, the piece is interspersed with references to Galileo's life and times, including quotations of a toccata composed by the scientist's brother, Michelangelo Galilei, transcribed from lute tablature. Chapter 1 of Part 1 investigates relevant historical threads extracted from the backdrop of Galileo's life, from reflections on the events that shape the musical program, to the selection and preparation of the period music composed by Galileo's brother. Chapter 2 discusses specific musical components of Galileo's Eyeglass, including form, musical quotations, motivic and thematic material, harmonic language, orchestration, and notation. Chapter 3 examines the principal philosophical themes behind the composition, including expressions of victory of a life well lived in spite of many obstacles. Part 2 contains the orchestral score.