The gripping, emotional new novel with a twist from the #1 bestseller. .

Autorentext

Cecelia Ahern is an Irish novelist whose work was first published in 2004. Her debut novel PS I Love You was an international bestseller and was adapted to film starring Hilary Swank. Her second novel, Where Rainbows End, was adapted into Love, Rosie starring Lily Collins. Her books have been published in over thirty-seven languages, and have sold over twenty-five million copies. In addition to her novels, she is also the author of a highly acclaimed collection of stories, Roar, which is now an Apple Original series starring Nicole Kidman on Apple TV+.

Klappentext

Sometimes the key is letting go...Melody has vowed never to fall in love again.

Al is a hopeless romantic.

So, when they quite literally bump into each other, there's no reason sparks should fly. But the world seems a little upside down lately.

A few weeks ago, Al ordered the removal of all the lovers' padlocks from one of Dublin's beautiful bridges. Ever since then, couples across the world have started splitting up.

And as Melody begins investigating this mysterious wave of breakups for her podcast, it seems there might be a bigger story to tell.

Together, they decide to uncover what's unravelling so many love stories. And, in the middle of solving everyone else's heartbreak, can they unlock their own?

**THE QUEEN OF LOVE STORIES IS BACK THIS SUMMER -**PRE-ORDER NOW!

'A charming, feel-good romance with a wonderfully original premise and plenty of heart. Melody and Al's journey left me smiling long after I turned the final page' Louise O'Neill

'A delight from start to finish' Sheila O'Flanagan

'My heart grows a bit bigger each time I read a Cecelia Ahern book' Karin Slaughter

READERS ADORE LOVE UNLOCKED:

'A perfect summer read'

'Absolutely charming and I loved every minute'

'I was captivated by this book'

'Another fantastic read from Cecelia Ahern'

'Truly wonderful ... Filled with love, heartbreak, whimsy, and a sprinkle of Cecilia Ahern's usual magic'