"What is Life?" is a scientific exploration that delves into the intersection of physics and biology. The book presents the idea that life, at its most basic level, operates according to the laws of physics and chemistry. It introduces the concept of an "aperiodic crystal" that contains genetic information in its configuration of covalent chemical bonds, which later inspired the discovery of the structure of DNA. The book also discusses entropy and negentropy, suggesting that life feeds on negentropy to counteract the natural process of increasing entropy.

This book presents a critique of the theory of evolution from a biochemical perspective. The author argues that complex biochemical systems within the cell, such as blood clotting and vision, could not have evolved gradually through natural selection because they are "irreducibly complex" - all parts must be present and functioning for the system to work. He proposes that such systems must have been deliberately designed, introducing the concept of "intelligent design" as an alternative to Darwinian evolution.

"Life Ascending" explores the remarkable and diverse mechanisms that have shaped life on Earth, from the origins of life to the evolution of complex organisms. Nick Lane delves into the fundamental questions of biology, unraveling the mysteries of how life emerged from the primordial soup and how it has evolved over billions of years. Through captivating storytelling and scientific insights, Lane takes readers on a journey through the intricate web of life, revealing the extraordinary adaptations and innovations that have allowed organisms to conquer new environments and thrive in the face of challenges.

"A History of Molecular Biology" delves into the scientific advancements and discoveries that shaped the field of molecular biology from the early 20th century to the late 1990s. The book explores the pivotal experiments, technologies, and figures that contributed to our understanding of the molecular mechanisms underlying life processes. It highlights the interdisciplinary nature of the field, drawing on contributions from genetics, biochemistry, and physics, and discusses the impact of molecular biology on related scientific areas and its implications for biotechnology and medicine. The narrative also addresses the philosophical and ethical issues raised by new biotechnological capabilities.