Part of the Object Lessons series, which explores the hidden lives of everyday things, X-ray examines the technology that allows us to see through objects and the human body. Nicole Lobdell explores how X-rays shaped our ideas about transparency, truth, and the unseen, revealing our complex mix of fear and fascination. Drawing on medicine, science, literature, art, film, gender studies, architecture, and design, she investigates how X-rays are used, interpreted, and represented in culture.

Uploaded October 2026

For centuries, science and spirituality have been seen as incompatible. Physicist Arthur Zajonc argues that this conflict stems not from science itself, but from scientific materialism, a philosophy challenged by discoveries in twentieth-century physics. In Thinking Beyond Materialism, he explores how relativity and quantum mechanics invite a new understanding of reality grounded in human experience, relationships, and uncertainty. Drawing on his expertise in physics and meditation, as well as his work with the Mind & Life Institute and the Dalai Lama, Zajonc proposes a worldview that embraces subjectivity, holism, and a renewed foundation for ethical and spiritual life.

Uploaded October 2026

An illuminating exploration of the relationship between the natural world, human life, and our fascination with twilight. In the fleeting hours of dawn and dusk, skies burst with colour, landscapes transform, and hidden creatures emerge. In The Secret World of Twilight, Sally Coulthard explores this magical in-between realm, where night-blooming flowers open, mammals stir, giant moths reign, and sea creatures ride the tides. Blending natural history, folklore, and memoir, Coulthard reveals how twilight has shaped human life and inspired wonder for millennia, inviting us to rediscover its beauty and significance in our modern, light-filled world.

Uploaded October 2026

As a fundamental particle, the electron is central to understanding matter and chemistry. It also plays an essential role in modern life, powering everything from lighting and electronics to phones and computers. As the world moves away from fossil fuels, the electron becomes increasingly important. In this fascinating book, Brian Clegg explores the electron’s remarkable scientific history, its role in technological innovation, and its significance in our everyday lives.

Uploaded October 2026

A thrilling guide to the celestial drama and scientific wonder of eclipses. Once seen as omens, solar eclipses are now celebrated as rare spectacles that unite science and wonder. This richly illustrated book explores their cultural, emotional and scientific significance, from ancient myths to modern eclipse-chasing expeditions. It reveals how eclipses helped unlock the Sun’s secrets and why witnessing one inspires awe and lifelong fascination. With practical advice for planning and observing upcoming eclipses, it is an essential companion for curious observers and seasoned eclipse-hunters alike. Combining history, science and personal experience, this book celebrates one of nature’s most dramatic celestial events.

Uploaded October 2026

This textbook provides a comprehensive introduction to quasi-adiabatic effects, exploring the rich, time-dependent processes that occur in slow but non-infinitely slow physical systems. Bridging advanced quantum and classical mechanics, the text integrates modern research from quantum computing to cosmology and debuts complex textbook-style discussions on advanced topics like the Dykhne formula and multistate Landau-Zener theory.

Uploaded October 2026

This companion volume provides complete, step-by-step solutions to all odd-numbered exercises in Shane L. Larson and Ron Hellings’ textbook, University Physics: Integrating It All. It serves as an essential self-study tool designed to help students break down complex equations, master core physics principles, and verify their problem-solving techniques for homework and exams.

Uploaded October 2026

This second-edition textbook offers a systematic and streamlined introduction to modern quantum mechanics and its practical applications for scientists and engineers. Through integrated computer applets like Hartree-Fock and ABINIT, it provides realistic visualizations of atomic properties and semiconductor physics to help students master complex fundamental concepts.

Uploaded October 2026

A comprehensive guide introduces model-based parameter estimation (MBPE) and fitting models as tools to dramatically reduce computational costs in modeling electromagnetic fields. It explores techniques like Prony's methods and derivative sampling to help researchers in computational electromagnetics and applied sciences efficiently capture precise frequency responses and radiation patterns.

Uploaded October 2026

A comprehensive compendium provides a front-row view of the rapid advancements, open questions, and future directions within cutting-edge exoplanetary science. Featuring insights from top experts, it outlines key challenges and opportunities ranging from detection and characterization techniques to theoretical models of planet formation, habitability, and the search for life.

Uploaded October 2026