Click for Text-Only version
Back to CUA Home
The Catholic University of America - Music Composition
 

 

About Our Program

Composition News

Upcoming Events

Degree Programs

Faculty

Courses

Student Profiles

Alumni Profiles

Admissions

Financial Aid

Contact

CUA Home    Home    Contact Us    Text Only     Calendar

Andrew Earle Simpson

Cloisters (1997)

Instrumentation gt solo
Duration 11'
Movements 1
Premiere 10/97, University of San Diego, CA
Performers Douglas Rubio
Commissioned by N/A 
Recording "A Fiery and Still Night," Capstone (2006)
Publication Composer
Performance History
  • 10/97, University of San Diego, CA
  • 11/97, SUNY Potsdam, NY
  • 11/97, Saranac Lake, NY
  •  3/98, SUNY Potsdam, NY
  •  2/00, Hampton University, Hampton, VA
  •  4/00, CUA Contemporary Music Ensemble, Washington, DC
pdf score samples Excerpt 1
Excerpt 2
Excerpt 3
mp3 sample  

Program Notes
Cloisters combines two musical style periods - medieval and contemporary - and two performance media - voice and solo guitar - in this fantasy on a Gregorian chant.  The practice of writing fantasies on pre-existing melodies is an ancient and venerable one, and still presents great challenges and possibilities to the composer.  The chant upon which this piece is based is a "Salve Regina" (“Hail, Holy Queen”), one of a famous group of chants known as Marian antiphons: chants in praise of the Virgin Mary.  The chant is presented in its entirety during the course of Cloisters.  At times, it is very clearly quoted; at others, it is more hidden, having been transformed through the prism of contemporary harmony, texture, and guitar techniques.  The co-existence and collision of these radically different styles and media creates the driving tension of the work. 

Cloisters is dedicated to Douglas Rubio, who premiered the work in the fall of 1997 at the University of San Diego, California.  Dr. Rubio has since recorded the work for Simpson’s new CD of chamber music, "A Fiery and Still Night," for Capstone Records (2006).

--Andrew Earle Simpson