04/25/2022
Cosmologist Mersini-Houghton melds memoir and scientific discovery in her mixed bag of a debut. Growing up in Albania when the country was under a totalitarian government, Mersini-Houghton developed a love of space, as “the only place that was open to us was the... stars above. The state could not prevent us from looking up.” She eventually left the country after winning a scholarship to the University of Maryland. Alongside the stirring personal narrative, the author lays out her theory of the universe, which, she writes, changes “how we conceive of our world and our place in it.” She’s on shakier ground here: her “quantum landscape multiverse” theory, she posits, disproves the notion that there’s just one universe and offers a look at what happened before the big bang. While she calls the theory a game changer, the science behind it is often imprecise or unclear (“I had missed a crucial piece of the puzzle: the separation or decoupling of the different entangled branches of the wave function of the universe”). This one’s worth it for the hard-won personal success story, but the theory end of things doesn’t quite land. Agent: Peter Bernstein, Bernstein Literary Agency. (July)
"A riveting tour of the cosmos from one of the brightest minds in astrophysics." — Washington Post
“Before the Big Bang presents a fascinating cosmological narrative....Mersini-Houghton tackles cosmology’s toughest questions with the type of intellectual rigor rarely on display in a book aimed at a mainstream audience....she deserves kudos for tackling such extremely complicated material in a way that finds synergy between her own life and that of the history of the cosmos." — Forbes
“Laura Mersini-Houghton’s Before the Big Bang provides a fascinating account of the background and underlying motives for her intriguing proposal for the physical principles that may have governed the explosive origin of our universe.” — Roger Penrose, University of Oxford, Nobel laureate, and author of Cycles of Time and The Road to Reality
"From one of the world's most renowned cosmologists, Before the Big Bang offers insights into the Big Bang and, beyond it, into the majestic world of a quantum multiverse. The tale of Laura Mersini-Houghton’s journey of discovery, interlaced with her personal stories of growing up in communist Albania and breaking free of its confines, makes for a fascinating read." — Stephon Alexander, Brown University, and author of Fear of a Black Universe and The Jazz of Physics
"What if our universe, vast though it may be, is but an infinitesimal fragment of reality? What would this ‘multiverse’ be like? What would be the implications? And how could we possibly test the idea? There is no better guide to the bizarre, and sometimes paradoxical, cosmic super-realm than Laura Mersini-Houghton, who has devoted her research to seeking the tell-tale signs in the sky hinting that our universe is indeed not alone." — Paul Davies, Arizona State University, and author of What's Eating the Universe?: And Other Cosmic Questions
“You may not have anticipated that you would cheer upon hearing of the discovery of a ‘giant void,’ but such are the unanticipated pleasures of this book……[Mersini-Houghton’s] narrative approach brings a pleasurable rhythm of bafflement, detective work and discovery to the story, most intriguingly when it describes how her theory is supported by evidence…a fascinating and unusual hybrid of pop science and memoir.” — The Telegraph
"An enthusiastic exploration of the early universe." — Kirkus Reviews
"From one of the world's most renowned cosmologists, Before the Big Bang offers insights into the Big Bang and, beyond it, into the majestic world of a quantum multiverse. The tale of Laura Mersini-Houghton’s journey of discovery, interlaced with her personal stories of growing up in communist Albania and breaking free of its confines, makes for a fascinating read."
"What if our universe, vast though it may be, is but an infinitesimal fragment of reality? What would this ‘multiverse’ be like? What would be the implications? And how could we possibly test the idea? There is no better guide to the bizarre, and sometimes paradoxical, cosmic super-realm than Laura Mersini-Houghton, who has devoted her research to seeking the tell-tale signs in the sky hinting that our universe is indeed not alone."
Laura Mersini-Houghton’s Before the Big Bang provides a fascinating account of the background and underlying motives for her intriguing proposal for the physical principles that may have governed the explosive origin of our universe.
2022-04-23
An enthusiastic exploration of the early universe.
Mersini-Houghton, a professor of theoretical physics and cosmology, was born in Albania. She witnessed its 1991 revolution as a university student and became the first in her nation to win a Fulbright scholarship to study the natural sciences in the U.S. Fascinated by both mathematics and physics, she took up cosmology, the study of the universe, concentrating on events before its birth. There is no shortage of books exploring this subject, and this is a solid addition to the literature. As the author explains, roughly 14 billion years ago, everything slammed together, and the universe went through an accelerated expansion. While there is evidence (the cosmic microwave background radiation) for such an explosion in the distant past, problems remain. Our cosmos is surprisingly homogenous. Around 1980, physicists proposed the idea of cosmic inflation, a spectacular expansion an instant after the Big Bang. By the 2000s, string theory offered tantalizing solutions that were also replete with difficulties and complications. It seemed to predict not one but a landscape of potential big bangs, an idea in ill-repute because no test could detect them. Intrigued, the author considered the matter and found a solution that combines quantum theory with gravitational theory (both long accepted) and string theory (still under debate), producing a testable concept that required innumerable worlds: a multiverse. Mersini-Houghton’s long explanation of her concept will be heavy going for those unfamiliar with physics, and she does not deny that it remains controversial, but the possibilities suggested by her research are undeniably intriguing.
A well-informed cosmology lesson for dedicated readers.
