It’s 1875, and Alva Webster has perfected her stiff upper lip after three years of being pilloried in the presses of two continents over fleeing her abusive husband. Now his sudden death allows her to return to New York to make a fresh start, restoring Liefdehuis, a dilapidated Hyde Park mansion, and hopefully her reputation at the same time.
However, fresh starts aren’t as easy as they seem, as Alva discovers when stories of a haunting at Liefdehuis begin to reach her. But Alva doesn’t believe in ghosts. So when the eccentric and brilliant professor Samuel Moore appears and informs her that he can get to the bottom of the mystery that surrounds Liefdehuis, she turns him down flat. She doesn’t need any more complications in her life—especially not a handsome, convention-flouting, scandal-raising one like Sam. Unfortunately, though Alva is loath to admit it, Sam, a pioneer in electric lighting and a member of the nationally-adored Moore family of scientists, is the only one who can help. Together, the two delve into the tragic secrets wreathing Alva’s new home while Sam attempts to unlock Alva’s history—and her heart.
Set during the Gilded Age in New York City, The Widow of Rose House is a gorgeous debut by Diana Biller, with a darkly Victorian Gothic flair and an intrepid and resilient American heroine guaranteed to delight readers.
It is 1943, and the renowned inventor Nikola Tesla occupies a forbidden room on the 33rd floor of the Hotel New Yorker, stealing electricity. Louisa, a young maid at the hotel determined to befriend him, wins his attention through a shared love of pigeons; with her we hear his tragic and tremendous life story unfold. Meanwhile, Louisa discovers that her father—and her handsome, enigmatic love interest, Arthur Vaughan—are on an unlikely mission to travel back in time and find his beloved late wife. A masterful hybrid of history, biography, and science fiction, The Invention of Everything Else is an absorbing story about love and death and a wonderfully imagined homage to one of history's most visionary scientists.