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Solid State: The Story of Abbey Road and the End of the Beatles

AUTHOR Womack, Kenneth; Parsons, Alan; Hughes, William
PUBLISHER Blackstone Publishing (12/14/2019)
PRODUCT TYPE Audio (MP3 CD)

Description

In Solid State, Kenneth Womack offers the most definitive account of the conception, recording, mixing, and reception of Abbey Road.

In February 1969, the Beatles began working on what became their final album together. Abbey Road introduced a number of new techniques and technologies to the Beatles' sound and included "Come Together," "Something," and "Here Comes the Sun," which all emerged as classics.

Womack's colorful retelling of how this landmark album was written and recorded is a treat for fans of the Beatles. Solid State takes listeners back to 1969 and into EMI's Abbey Road Studios, which boasted an advanced solid state transistor mixing desk. Womack focuses on the dynamics between John, Paul, George, and Ringo and producer George Martin and his team of engineers, who for the most part set aside the tensions and conflicts that had arisen on previous albums to create a work with an innovative--and among some fans and critics, controversial--studio-bound sound that prominently included the new Moog synthesizer, among other novelties.

As Womack shows, Abbey Road was the culmination of the instrumental skills, recording equipment, and artistic vision that the band and George Martin had developed since their early days in the same studio seven years before. A testament to the group's creativity and their producer's ingenuity, Solid State is required reading for all fans of the Beatles and the rock 'n' roll.

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Product Format
Product Details
ISBN-13: 9781982695477
ISBN-10: 1982695471
Binding: CD-Audio (MP3 Format)
Content Language: English
More Product Details
Carton Quantity: 100
Feature Codes: Unabridged
Country of Origin: US
Subject Information
BISAC Categories
Unassigned | History & Criticism - General
Unassigned | Popular Culture
Unassigned | Genres & Styles - Rock
Grade Level: College Freshman and up
Dewey Decimal: 782.421
Descriptions, Reviews, Etc.
publisher marketing

In Solid State, Kenneth Womack offers the most definitive account of the conception, recording, mixing, and reception of Abbey Road.

In February 1969, the Beatles began working on what became their final album together. Abbey Road introduced a number of new techniques and technologies to the Beatles' sound and included "Come Together," "Something," and "Here Comes the Sun," which all emerged as classics.

Womack's colorful retelling of how this landmark album was written and recorded is a treat for fans of the Beatles. Solid State takes listeners back to 1969 and into EMI's Abbey Road Studios, which boasted an advanced solid state transistor mixing desk. Womack focuses on the dynamics between John, Paul, George, and Ringo and producer George Martin and his team of engineers, who for the most part set aside the tensions and conflicts that had arisen on previous albums to create a work with an innovative--and among some fans and critics, controversial--studio-bound sound that prominently included the new Moog synthesizer, among other novelties.

As Womack shows, Abbey Road was the culmination of the instrumental skills, recording equipment, and artistic vision that the band and George Martin had developed since their early days in the same studio seven years before. A testament to the group's creativity and their producer's ingenuity, Solid State is required reading for all fans of the Beatles and the rock 'n' roll.

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Read by: Hughes, William
William F. Hughes, Ph.D., is professor of mechanical engineering at Carnegie-Mellon University. He was a National Science Foundation postdoctoral fellow at Cambridge University in England and a Fulbright Fellow at the University of Sydney in Australia.

John A. Brighton, Ph.D., is a dean of engineering at Pennsylvania State University and has taught at Purdue, Carnegie-Mellon, Michigan State, and Georgia Tech.

Nicholas Winowich, Ph.D., is an associate professor at the University of Tennesee, Knoxville, and a member of one of the foremost computational fluid dynamics research groups in the country.

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Audio