Five minutes a day is just enough to change your life forever...Daisy is the night security guard at the Manchester Museum of Social History. She takes her job very seriously, protecting the museum from teenage troublemakers. Nate works the day shift, though he'd be more suited to being a museum guide the way he chats with the visitors. Daisy doesn't approve: how does he find it so easy to talk to strangers?For five minutes each day, their shifts overlap at handover. It's the only interaction they have...until mysterious things begin to happen at the museum. Daisy notices priceless objects going missing and then reappearing, with no explanation (and with nothing on the security footage!). No one believes her except Nate, and he agrees to help her solve the mystery.They soon discover they have a lot more in common than they realized...and their investigation uncovers not only the truth, but new possibilities for their future.
wenty-year-old Jenny is struggling to make friends at university, and moves in to Sunset Promenade to escape her problems. Her roommates are a little older than she was expecting - Sunset Promenade is
Daisy does nights and Nate does days, which causes no end of hilarity at the Manchester Museum of Social History. 'It should be Daisy on days and Nate on nights,' Marion on the reception says to her a
'I loved everything about it.' Goodreads 'This book made me laugh, cry, giggle and gasp.' Goodreads'One of my favourite books of the year. Charming and very sweet.' Goodreads **********************
'The characters jump right off the page and into your heart.' Amazon reviewer, 5 stars Nineteen-year-old Jennifer is regretting her hasty move into Sunset Promenade, an unusual retirement home taking
*FROM THE INTERNATIONALLY BESTSELLING AUTHOR OF CALLING MAJOR TOM*For elderly churchwarden Arthur Calderbank, there's no place like home. His home just so happens to be a graveyard.He keeps himself to
Fifty-six contributions from a symposium held November 1988, Boston, Mass. On important aspects of stresses and mechanical properties in thin film technologies and on experimental techniques for study
