A Brief History of the Universe

and our place in it

Sarah Alam Malik

$36.99

Paperback

Forthcoming
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English

Simon & Schuster
24 February 2026

Mathematics & Sciences; Impact of science & technology on society; History of science; Astronomy, space & time; Cosmology & the universe; Particle & high-energy physics

We have always looked up at the sky and wondered.

Ever since the ancient Babylonians began to track celestial objects on clay tablets, scientific inquiry has been driven by the innately human desire to understand what is out there, and where we fit in among it all.

In this spellbinding book, Dr Sarah Alam Malik takes us on a journey through the discoveries that have propelled and continually overturned our perception of the cosmos. From Aristotle’s Earth-centred worldview to the Copernican revolution and Isaac Newton unifying the terrestrial and celestial under the law of gravity, fascination about our universe has never diminished.

One of the marvels of our existence is that we can imagine worlds far beyond our own, from the fiery deaths of faraway suns to the baffling complexities of the subatomic. This capacity to share a much grander and more mysterious reality may be among the greatest privileges life has to offer. This is the story so far.

A Brief History of the Universe (and our place in it) is at once a fascinating story of discovery and a beautiful celebration of our endless curiosity.

By: Sarah Alam Malik
Imprint: Simon & Schuster
Country of Publication: United Kingdom
Edition: Export/Airside
Dimensions: Height: 234mm, Width: 153mm, Spine: 19mm
ISBN: 9781398539990
ISBN 10: 1398539996
Pages: 256
Publication Date: 24 February 2026
Audience: General/trade , ELT Advanced
Format: Paperback
Publisher's Status: Forthcoming

Dr Sarah Alam Malik is an award-winning particle physicist and an internationally renowned expert on dark matter. Her work on large-scale experiments like the Large Hadron Collider has placed her at the cutting edge of exploring the Universe's mysteries and the sophisticated technologies that enable us to probe its fundamental laws. She studied Physics at Oxford University before obtaining a PhD in Particle Physics from University College London, spending time as an Associate at Rockefeller University in the US and Imperial College London before being awarded the prestigious Royal Society University Research Fellowship.