Taylor Swift ex-boyfriend Joe Alwyn: “I will graciously share a stand with Simone Biles during NFL matches than with Swift.”It seems Alwyn still hasn’t forgotten this old story…

In a surprising turn of events, Joe Alwyn recently made headlines with a comment about his ex-girlfriend, Taylor Swift. During a recent interview, Alwyn mentioned, “I will graciously share a stand with Simone Biles during NFL matches than with Swift.” This remark has caught the attention of fans and media alike, reigniting discussions about his past relationship with the pop superstar.

Alwyn and Swift, who dated for several years before their reported breakup in 2023, had largely kept their relationship private. The couple was known for their low-key approach to fame, often shying away from public displays of affection and maintaining a discreet personal life. However, their split has not been as quiet, with both parties occasionally addressing their past relationship in interviews and through their work.

Alwyn’s recent comment appears to reflect some residual feelings about their breakup. By comparing the prospect of sharing a stand with Olympic gymnast Simone Biles—an embodiment of excellence and grace in her own right—to the idea of being associated with Swift, Alwyn seems to be signaling a strong emotional stance. The use of such a vivid metaphor suggests that he might still be processing his feelings about the relationship and its end.

Swift, known for her candid songwriting and public persona, has addressed her personal experiences through her music, but she has largely avoided direct commentary on her relationship with Alwyn. Fans have been speculating about how this remark might influence public perception of their past romance and whether it indicates any ongoing tension.

While both Swift and Alwyn have moved on to new chapters in their lives, comments like these remind us that breakups can leave lingering emotional imprints. It remains to be seen how this latest development will impact their respective public images and future interactions.