Warp Refraction

	Warp Refraction Warp refraction, also known as the warp refraction principle, is a term coined by the guitarist Jon Finn in his 1999 publication, '' Advanced Modern Rock Guitar Improvisation''. Warp refraction takes into account the major third tuning interval between the second and third strings in the standard guitar tuning Guitar tunings are the assignment of pitches to the open strings of guitars, including acoustic guitars, electric guitars, and classical guitars. Tunings are described by the particular pitches that are made by notes in Western music. By .... Warp refraction is the inconsistent tuning anomaly which occurs on the second and third strings of the six-string guitar. All of the other strings have a fourth interval relationship and are tuned as such. Musical performance techniques {{Guitar-stub ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu]
	Jon Finn Jonathan M. Finn (born 1958) is an American rock musician and guitarist. He is the founder and leader of the Jon Finn Group, and is a professor at the Berklee College of Music; he joined the guitar faculty there in 1988. He is also the author of several books on the guitar, and was an instructional columnist for ''Guitar'' magazine for three years. Finn grew up in Westwood, Massachusetts, and began playing guitar at the age of six. He later became a student at Berklee. When he was 14 years old he played with the group Cheap Thrills, which consisted of Finn, Steve Carro (Vocals), Bob Shain (Keyboard), Ron Dupres (Bass), Joel Sklar (Rhythm Guitar), and Greg Buckingham (Drums). He has been a guest performer with the Boston Pops, recording several albums with them, including the Grammy-nominated ''The Celtic Album'' (1997) and ''The Latin Album'' (1999). He has also performed with John Petrucci of Dream Theater, Carl Verheyen, Vinnie Moore, Andy Timmons, Steve Morse of the D ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu]
picture info	Major Third In classical music, a third is a Interval (music), musical interval encompassing three staff positions (see Interval (music)#Number, Interval number for more details), and the major third () is a third spanning four semitones.Allen Forte, Forte, Allen (1979). ''Tonal Harmony in Concept and Practice'', p.8. Holt, Rinehart, and Winston. Third edition . "A large 3rd, or ''major 3rd'' (M3) encompassing four half steps." Along with the minor third, the major third is one of two commonly occurring thirds. It is qualified as ''major'' because it is the larger of the two: the major third spans four semitones, the minor third three. For example, the interval from C to E is a major third, as the note E lies four semitones above C, and there are three staff positions from C to E. Diminished third, Diminished and augmented thirds span the same number of staff positions, but consist of a different number of semitones (two and five). The major third may be derived from the harmonic ser ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu]
picture info	Guitar Tunings Guitar tunings are the assignment of pitches to the open strings of guitars, including acoustic guitars, electric guitars, and classical guitars. Tunings are described by the particular pitches that are made by notes in Western music. By convention, the notes are ordered and arranged from the lowest-pitched string (i.e., the deepest bass-sounding note) to the highest-pitched string (i.e., the highest sounding note), or the thickest string to thinnest, or the lowest frequency to the highest. This sometimes confuses beginner guitarists, since the highest-pitched string is referred to as the 1st string, and the lowest-pitched is the 6th string. Standard tuning defines the string pitches as E, A, D, G, B, and E, from the lowest pitch (low E2) to the highest pitch (high E4). Standard tuning is used by most guitarists, and frequently used tunings can be understood as variations on standard tuning. To aid in memorising these notes, mnemonics are used, for example, Elephants And ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu]