Taylor Swift is not merely looking backward on her twelfth studio album. She is, as ever, rewriting the cultural script on her terms. This time, it’s George Michael who becomes part of her narrative.
According to the Daily Mail, Swift has sampled Michael’s 1987 classic Father Figure for her own song of the same name on The Life of a Showgirl. A leaked photo of the album’s vinyl sleeve reportedly shows Michael credited as a writer on the record’s fourth track. What remains unclear is whether Swift has directly sampled his original composition or instead used it as a launchpad for something more transformative. The leak suggests new lyrics entirely. If true, this is less a cover and more a reimagining.
Swift has always been strategic in how she bridges eras and genres, and this fits into a broader pattern. The use of Michael’s music is not a nostalgia trip. It is another reminder of her unmatched ability to absorb and reframe cultural memory, making it her own without diminishing the source.
The wider context of The Life of a Showgirl only sharpens this point. Announced August 12 and teased further on Travis Kelce’s New Heights podcast, the record contains twelve tracks, including a title collaboration with Sabrina Carpenter. The tracklist also features songs such as The Fate of Ophelia, Actually Romantic, and the provocatively titled CANCELLED!, suggesting tonal shifts between theatricality, irony, and exuberant pop maximalism.
In her own words, the record comes from “the most infectiously joyful, wild, dramatic place I was in in my life.” After the muted, literary sprawl of The Tortured Poets Department, this album appears designed to restore her “glitter pen” era, with Max Martin and Shellback once again steering the sound.
That she would thread George Michael into this tapestry feels deliberate: a star reaching back to another icon who made music both unashamedly pop and profoundly human. In doing so, Swift isn’t just paying homage. She is making the past serve her present.
The Life of a Showgirl arrives October 3.
