The Boyfriend Hypothesis

Susannah Nix author

Format:Paperback

Publisher:Pan Macmillan

Published:26th Sep '24

Should be back in stock very soon

The Boyfriend Hypothesis cover

A lesson in romantic chemistry. . .

They have nothing in common. She's sworn off men. She's head over heels. The Boyfriend Hypothesis is the third in the Chemistry Lessons series of rom-coms featuring heroines working in STEM.

She swore off men – and fell in love. An ultra-smart chemical engineer meets an ultra-hot barista in The Boyfriend Hypothesis, an opposites-attract rom-com from Susannah Nix.

After a string of lousy boyfriends, chemical engineer Penny Popplestone is developing a theory: boys are nothing but trouble! So she swears off men until she can figure out why they keep cheating on her. But her no-men resolution hits a snag when the mysterious and superhumanly hot barista at her favourite coffee shop strikes up a friendship with her.

Penny strives to keep things platonic, but when Caleb gives her the kiss of her life, she realizes he wants to be more than just friends. Tired of always being "good little Penny," she throws caution to the wind and pursues a no-strings fling with the hottie barista. It's not like they have anything in common beyond scorching physical chemistry, so what does she have to lose?

Her heart, it turns out. Now, this fanfic-reading, plus-size heroine faces an unsolvable problem. What do you do when being apart is unbearable...but being together is impossible?

An #OppositesAttract STEM rom-com, and book three in the Chemistry Lessons Series, originally published as Advanced Physical Chemistry. Each book in the series features a brand new couple with their own HEA and can be read in any order.

Nix’s pacing is pitch-perfect, and a cast of endearing secondary characters, particularly Penny’s supportive friend Olivia, add depth and appeal. Penny is a refreshing heroine with a messy personal life, but an inspiring career. Readers will eagerly devour Nix’s smart and sexy story. * Publishers Weekly *

ISBN: 9781035025978

Dimensions: 198mm x 131mm x 19mm

Weight: 212g

304 pages