A Star Shall Fall
Science is King, but Magic is Queen . . .
The Royal Society of London plays home to the greatest minds of England. In the century since its founding in 1660, it has revolutionized philosophy and scientific knowledge. Its fellows map out the laws of the natural world, disproving ancient superstition and ushering in an age of enlightenment.
To the fae of the Onyx Court, living in a secret city below London, these scientific developments are less than welcome. Magic is losing its place in the world — and science threatens to expose the court to hostile eyes.
In 1666, a Great Fire burned four-fifths of London to the ground. The calamity was caused by a great Dragon — an elemental beast of flame. Incapable of destroying something so powerful, the fae of London banished it to a comet moments before the comet’s light disappeared from the sky. Now the calculations of Sir Edmond Halley have predicted its return.
So begins their race against time. Soon the Dragon’s gaze will fall upon London and it will return to the city it ravaged once before. The fae will have to answer the question that defeated them a century before: How can they kill a being more powerful than all their magic combined? It will take both magic and science to save London–but reconciling the two carries its own danger . . .
The German edition is out now!
- German: Fallender Stern
As in 2009’s brilliant Midnight Never Come, anthropologist Brennan strikes a resonant balance between history and fantasy in this new tale of the faerie domain beneath 1750s London.
—Publishers Weekly, starred review
Brennan’s historical research is as impeccable as ever, and the twining of the two worlds is the best yet. Fans of the Onyx Court novels, and anyone who enjoys historical fantasy, should like A Star Shall Fall.
This is my favorite of the series so far. The plotting is sharper, the characters are great, and Brennan continues to blend history and magic so smoothly it’s hard to tell where one ends and the next begins.
—Jim C. Hines, author of The Stepsister Scheme