Composed By
– Mvmt I - Adagio Ma Non Troppo E Molto Espressivo
Mvmt II - Allegro Molto Vivace
Mvmt III - Allegro Moderato
Mvmt IV - Andante Ma Non Troppo E Molto Cantabile - Andante Moderato E Lusinghiero - Adagio - Allegretto
Mvmt IV - Adagio Ma Non Troppo E Semplice
Mvmt V - Presto
Mvmt VI - Adagio Quasi Un Poco Andante
Mvmt VII - Allegro
6:32 |
© 2012 Brooklyn Rider / In a Circle Records
Made in the USA
Recorded at Church of the Immaculate Conception, Montclair, NJ (November 7-8, December 8, 2011).
At least some versions of this release contain a download card and a poster.
"String Quartet No. 14 In C# Minor, Opus 131, Movement IV" begins on Track C4 and ends on Track D1.
This release lists the mastering facility as "Masterdisc" on the interior of the gatefold, but has the "MASTERDISK" stamp in the runouts.
This release was mastered by Jesse Lewis, but vinyl mastering was performed by Alex DeTurk, as indicated by the initials "AD" next to "MASTERDISK" in the runouts.
Track B1, "Together Into This Unknowable Night" was commissioned by The Barlow Endowment for Music Composition at Brigham Young University
Published By:
A1: Vavavooviemusic (BMI)
B1: Wires Under Tension (ASCAP)
Cello – - Eric Jacobsen
Cover – - Mary Frank
Design [Graphic Design] – - Ayca Koseogullari
Edited By – - John Cords
Engineer [Recording] – - Jesse Brayman , - Jesse Lewis (3)
Ensemble, Liner Notes – - Brooklyn Rider
Executive-Producer – - Johnny Gandelsman
Liner Notes – - Brooklyn Rider
Mastered By – - AD *, - Jesse Lewis (3)
Mixed By – - Jesse Lewis (3)
Photography By – - Sarah Small
Producer – - Jesse Lewis (3)
Sampler [Live Sampling Software Instruments], Percussion, Other [AM Radio] – - Christopher Tignor (tracks: B1)Text By – - Nicholas Cords
Viola – - Nicholas Cords
Violin – - Colin Jacobsen , - Johnny Gandelsman
Copyright Brooklyn Rider
Copyright In A Circle Records
Recorded At Church Of The Immaculate Conception, Montclair, New Jersey
Mixed At Sound Mirror 4
Mastered At Masterdisk
Published By Vavavooviemusic
Published By Wires Under Tension