The Evolution of Stars
With anecdotes from 60 years’ experience as a research scientist on the world’s largest telescopes, this book exposes what is often glossed over. It details the basis for our knowledge of the universe, warts and all, and offers insights as to where the science is going.
The importance of overcoming the urgent issues concerning the sustainability of our planet cannot be overstated. The contributions gathered here highlight these pivotal global issues and their potential long-term resolutions from a number of interrelated perspectives.
This book charts the evolution of physical knowledge from classical antiquity to the 18th century. Based on original sources, it details the rise of the experimental method and the modern approach to physics, with a particular focus on Galileo Galilei and Isaac Newton.
This book tells the fascinating story of physics from the 19th to the 20th century. It investigates the contrasting ideas and raging arguments that led to our current understanding of the physical world, from the theory of relativity to quantum mechanics.
Modern Raman Microscopy
This book presents confocal Raman microscopy, a powerful technique to noninvasively characterize complex samples with sub-micron resolution. It highlights the key aspects of this technique for practical application, appealing to researchers, engineers, and novice users.
A History of Earth’s Biota
Our understanding of life’s evolution has been transformed. The fossil record now extends an astonishing sevenfold, and new genetic evidence reveals the co-evolution of plants and animals. This book presents the wondrous tale of how all life is linked, from microbes to man.
What if evolution provides our moral compass? This book argues that evolution’s true tenets—diversity and freedom—form a universal ethic. This framework can guide our future with humans, AI, and memes, uniting us to face our greatest challenges together.
This book presents the fascinating story of the Pasteur Institute. From pioneering microbiology to identifying HIV-1, it has led the fight against infectious diseases. Discover the lively personalities and outsized passions that give birth to the triumph of world-class research.
This book explores the complexity of physical and social systems, covering science policy, networks, and education. It argues that academies uniting top scholars are the best advocates for managing ideas to benefit society, and describes their vital current tasks.
Science as a Quest for Truth
Challenging the myth of science vs. religion, this book argues that modern science is intertwined with the history of the university. It proposes a way to transcend the false alternatives of objectivistic certitude (“the Truth”) and relativistic resignation (“post-truth”).
Data is a new production factor—data capital—creating a new social class and threatening social cohesion. To ensure society functions properly, this book argues for a regulatory framework that allows the state to become an active economic player, creating wealth for communities.
Data, New Technologies, and Global Imbalances
The idea that technology is neutral is untenable. Pervasive data shapes our world, creating innovation but also deep imbalances. This book explores these risks and asks: How can policymakers address this? Should data be public? Do we need a global data-governance structure?
This book provides a comprehensive account of the applications of radioactivity and ionising radiation. It covers topics such as radiation’s use in medicine, food, agriculture, and industry, making it of interest to professionals in these fields.
The genre of chemical biography has enjoyed a revival. But as scientists communicate by email and compose documents on computers, are we facing a modern equivalent of the destruction of the Library of Alexandria? This book explores the emerging questions faced by biographers.
Process-Philosophical Perspectives on Biology
Traditional reductionistic metaphysics fails to explain the complexity of life. This book explores process metaphysics to advance our understanding of biological concepts, ascribing subjective interiority and intrinsic value to all living beings, from microbes to animals.
The Scientific Revolution decentered humanity, but modern physics reveals the observer’s central role in actualizing reality. This book explores a return of science to natural philosophy, offering a new pathway to understanding our place in the Universe.
This book generates solutions to radicalism by reexamining human nature through biology and Spinoza’s philosophy. This unique combination creates a “Spinozist” vision, suggesting psycho-sociogenic solutions to mitigate violent radicalism, accessible to experts and non-experts.
Innovation is not simply making things easier, but shifting power. This book explores how innovation gives nations a strategic advantage, from historical economic revolutions to the financial impact of Artificial Intelligence and the future of innovation in the classroom.
This book features 24 papers on ancient Greek science and technology, covering mathematics, physics, and engineering. Topics range from Plato’s mathematical concepts and Aristotle’s Physics to the Trojan Horse reconstruction and telecommunications in ancient Greece.
The Urgency of Climate Change
The Urgency of Climate Change addresses a pivotal challenge for our planet. This collection of essays aligns Science, Sustainability, Ethics, and Religion to consider policy possibilities and laws that can effectively engage the climate crisis and ensure a flourishing Earth.