Chain Reaction
How Chemistry Shapes Us and Our World
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- Vorbestellbar
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- Erwartet am 2. Juni 2026
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- 20,99 €
Beschreibung des Verlags
By one of the world’s leading chemists, an entertaining and revealing tour of the chemical bonds that shape our everyday lives and provide the infrastructure for our chaotic world.
We all have a relationship with chemistry. Bonds between molecules, forged and broken in the blink of an eye, underpin everything from the food we eat and the clothes we wear to the ways we treat illnesses and construct our homes. It’s a relationship we nurture, whether we know it or not, and for leading chemist Ijeoma Uchegbu, it was serious from the beginning.
In Chain Reaction, Uchegbu shows us the world through a chemist’s eyes, revealing the intricate science we take for granted: how our body’s most fundamental chemical structure, our DNA, is estimated to be two meters long, resting tightly within each of our cells; how egg yolks are held together by weak chemical bonds that make them primed for emulsifying our salad dressings; and how the chemical makeup of PFAs, or “forever chemicals,” makes them so good at sticking around.
Along the way, we travel from Uchegbu’s home in London to Nigeria, where cooking experiments go awry in her family kitchen, and to Italy, where the chemically inert compounds that make up stained glass keep medieval windows shining. The careful interplay of bonds and molecules brings a sense of order and wonder to the chaos of our lives, she shows, and we don’t have to wear a lab coat or study solutions in beakers to appreciate it.
For readers of Astrophysics for People in a Hurry and anyone who wanted to be like Elizabeth Zott in Lessons in Chemistry, Chain Reaction is a lively and intimate portrait of the wondrous and under-explored field that shapes our everyday lives.
PUBLISHERS WEEKLY
Uchegbu (Fundamentals of Pharmaceutical Nanoscience), chemist and president of Wolfson College, Cambridge, reveals how chemistry underpins everyday life in this oversimplified account. "Without chemistry everything would simply not be," she writes, explaining there are 118 known elements (including aluminum, carbon, oxygen, and hydrogen) and everything on Earth—from a fried egg to air—is the result of bonds forging and breaking between them. She describes the chemistry behind the making of everyday substances, like mayonnaise (weak bonds between oil, water, and egg yolk allow for a smooth yellow mixture) and hair-straightening chemicals (sodium hydroxide breaks the curl-inducing bonds along the hair shaft to loosen the curl). The chemistry of clothing is also elucidated, including efforts to find more environmentally friendly ways to dye jeans blue. She underscores the prevalence of chemistry through personal anecdotes, explaining, for example, how medication soothed her blistering skin during a sun allergy flare-up by blocking a substance called histamine in the body. Elsewhere, she uses the death of her father as a jumping-off point to demonstrate how chemicals can be used to delay decomposition. While her stories are intriguing, the science is relayed with an abundance of analogies and lacks specifics. This is best suited for those new to the subject.