Limited Wish
One choice. Two possible timelines. And a world hanging in the balance.
It’s the summer of 1986 and reluctant prodigy Nick Hayes is a student at Cambridge University, working with world-renowned mathematician Professor Halligan. He just wants to be a regular student, but regular isn’t really an option for a boy-genius cancer survivor who’s already dabbled in time travel.
When he crosses paths with a mysterious yet curiously familiar girl, Nick discovers that creases have appeared in the fabric of time, and that he is at the centre of the disruption. Only Nick can resolve this time paradox before the damage becomes catastrophic for both him and the future of the world. Time is running out — literally.
Wrapped up with him in this potentially apocalyptic scenario are his ex-girlfriend, Mia, and fellow student Helen. Facing the world-ending chaos of a split in time, Nick must act fast and make the choice of a lifetime — or lifetimes.
Game on.
Mark Lawrence
Mark Lawrence writes with the kind of precision that feels almost dangerous—he has a way of drawing you into worlds where every word counts, every moment is filled with tension, and every choice carries weight. His stories, as intricate as they are brutal, weave together a raw exploration of human nature, often set against landscapes both bleak and beautiful. Readers step into his books not just to follow a plot, but to feel something profound shift inside them.
Born in the UK, Lawrence's early life wasn’t shaped by fantasy novels or fairy-tale heroes. Instead, he grew up with a love for the real and the gritty, which led him to study mathematics and work in the world of technology. His transition to writing wasn’t immediate, but it was inevitable. After years spent in the heart of logic and numbers, Lawrence's creative side finally broke free, channeling his sharp mind into dark, poignant tales that capture the nuances of struggle, survival, and self-doubt.
Impossible Times
Impossible Times consists of three books. The current recommended reading order for the series is provided below.