Purchase
G.P. Putnam's Sons
May 2026
On Sale: May 19, 2026
Featuring: Jesse del Ruth; Norman
368 pages
ISBN: 0593851498
EAN: 9780593851494
Kindle: B0FN3T9T7V
Hardcover / e-Book / audiobook
Add to Wish List
LGBTQ | Fiction Family Life | Fiction Literary
A poignant, hilarious, and wholly original love story, from the New York Times bestselling author of The Celebrants and winner of the Thurber Prize for American Humor.
College professor Jesse del Ruth has been abandoned. Thirty years into their relationship, Jesse witnesses his husband Norman get out of bed late one night, walk into their Joshua Tree backyard, step into a strange beam of light and . . . disappear. How could Norman desert him after a lifetime together? Where did he go? And, most confoundingly . . . will he ever return? Jesse knew they were longing for something, both feeling stuck. But had Norman been so stuck that his only option was to leave Jesse behind?
As Jesse struggles to understand Norman’s disappearance, he tries to piece together his new reality. Is he expected to wait patiently for a partner who may never come back? Or is this an opportunity for reinvention? He is, after all, alone for the first time in his adult life. Should he return to the classroom? Put in a pool? Get a dog? Call his estranged mother? What does it mean to be alone when you’ve always been one half of a whole?
When Norman’s sister Lally lands on Jesse’s doorstep with an urgent request, Norman’s absence becomes even more profound. Add to Jesse’s grief and confusion a conspiracy-theorist neighbor, a strange man following him, and suspicions that he may have had a hand in Norman’s disappearance, and Jesse starts to crack under the pressure. With his husband missing and the world closing in, all eyes are on Jesse. Before he can understand how Norman could leave it all behind, Jesse must confront what it means to stay.
In Take Me With You, Steven Rowley brings his resonant wit and emotional insight to an epic love story – an exploration of the forces that draw two people into the same orbit and the gravity that threatens to pull them apart.
| 
© 2003-2026