**Rom-Com Star Anne Hathaway Stuns in Modern & Classic Red Carpet Dress**

New York City, NY – Anne Hathaway, known for her roles in romantic comedies, made a striking appearance at the premiere of “The Idea of You” in a modern twist on a classic red carpet dress. Starring with Nicholas Galitzine in the new film, a romantic tale based on Robinne Lee’s novel, Hathaway’s choice of attire perfectly embodied the essence of the occasion.

In the movie, set to release on May 2 on Amazon Prime Video, Hathaway plays Solène, a gallerist and single mother who unexpectedly falls for boy band member Hayes, portrayed by Galitzine, after a chance encounter at Coachella. With promising initial reviews, Hathaway could potentially add another successful rom-com to her repertoire, following her roles in films like “Bride Wars” and “Love & Other Drugs.”

For the premiere in New York City, Hathaway dazzled in a red Versace dress that seamlessly blended timeless elegance with a contemporary flair. The corseted bodice, featuring two cutouts, and the prominent red piping along the dress’s front and back, showcased Hathaway’s impeccable sense of style.

According to Vogue, the actress accessorized her ensemble with velvet pumps and Bulgari diamonds, adding a touch of sophistication to her already stunning look. Hathaway’s appearance exuded the essence of a leading lady in a romantic comedy, capturing the essence of the genre effortlessly.

Not to be outdone, Hathaway’s co-star Nicholas Galitzine also made a statement at the premiere in a custom Fendi suit. The duo posed together, emanating a captivating on-screen chemistry that promises an engaging dynamic in their upcoming film.

Overall, Anne Hathaway’s red carpet look for “The Idea of You” premiere showcased her fashion prowess and elegance, setting the tone for what may be another successful venture into the world of romantic comedies. With a blend of modern and classic elements, Hathaway’s outfit perfectly encapsulated the essence of the event, adding to the anticipation for the film’s release and the chemistry between its leads.