The Rolling Stones Release “Jealous Lover” Video Starring Anya Taylor-Joy And Charles Melton
The Rolling Stones have released Jealous Lover from Foreign Tongues, with an Amazon Music video starring Anya Taylor-Joy and Charles Melton.
The Rolling Stones have just released their new single “Jealous Lover”, the latest track from their forthcoming studio album Foreign Tongues.
The single is accompanied by an official video starring Anya Taylor-Joy and Charles Melton, directed by Chris Barrett and Luke Taylor. The video premiered via Amazon Music. Check it out below.
“Jealous Lover” follows previous single “In The Stars” and arrives ahead of Foreign Tongues, which is released on 10 July via Polydor/Universal Music.
The new single leans into a soulful R&B groove, with Mick Jagger delivering a falsetto-led vocal over the guitar interplay of Keith Richards and Ronnie Wood. Darryl Jones appears on bass, Steve Jordan handles drums and percussion, while Steve Winwood adds Rhodes and organ.
The release also comes with another track from Foreign Tongues, “Divine Intervention”, one of two songs on the album to feature The Cure frontman Robert Smith.
Producer Andrew Watt contributes electric guitar, acoustic guitar, synthesizers and piano on “Jealous Lover”, with Matt Clifford also adding synthesizers. On “Divine Intervention”, Robert Smith is credited with electric guitar, while Steve Winwood adds piano and organ. The track also features James King on tenor and alto saxophone, and Ron Blake on trumpet.
Alongside the single, The Rolling Stones have also launched the first episode of Speaking In Tongues, their new official podcast series.
Narrated by Norah Jones, the six-part podcast goes behind the scenes of the making of Foreign Tongues, with new interviews from Mick Jagger, Keith Richards and Ronnie Wood. The series also features contributions from Andrew Watt, Robert Smith, Steve Winwood and the album’s cover artist Nathaniel Mary Quinn.
Listen to “Jealous Lover” here
Listen to Speaking In Tongues here
Pre-order Foreign Tongues here
