This innovative text for first-semester college and university physics students presents the principal elements of physics needed to answer the question: "Why do we believe in atoms and their properties?" Pursuing the theme of the nature of the atom, the book offers a sound introduction to basic physics of the nineteenth and twentieth century, including discussion of important ideas of quantum mechanics. The revised and improved second edition includes two new chapters about the nature of photons and quantum entanglement
Active Physics: A Project-Based Inquiry Approach, Physics for All (3rd Edition)
Active Physics Third Edition, a core project-based curriculum that has strong content that addresses all state Standards. It also includes Active Physics Plus for those students who want a bit more of a stretch than everybody else. You’ll be surprised by how many students step up to the challenge. That’s why Active Physics Third Edition, is Physics For All.
An Introduction to Advanced Quantum Physics presents important concepts from classical mechanics, electricity and magnetism, statistical physics, and quantum physics brought together to discuss the interaction of radiation and matter, selection rules, symmetries and conservation laws, scattering, relativistic quantum mechanics, apparent paradoxes, elementary quantum field theory, electromagnetic and weak interactions, and much more.
Beyond Einstein: The Cosmic Quest for the Theory of the Universe
Recently, the "superstring" theory, which asserts that all physical matter consists of extraordinarily minute vibrating strings, has been touted as the route to the long-sought unified theory of forces; some proponents call it a "theory of the universe" that will bring fundamental physics research to a closure. The first author of the present book is a researcher in the field who offers here one of the earliest superstring presentations for lay readers.
The latest of many attempts to link subatomic physics to broader human concerns, this brisk, uneven volume splits neatly in two: the first half explains key ideas in quantum physics, and the second makes grand claims about their worth for other fields. Classical physics rules out "action at a distance." (You can't move a billiard ball unless something--a pool cue, an air jet, lightning--contacts it.) But quantum physics permits "non-local" action, and recent experiments prove it: do certain things to one photon, and you'll affect another faster than light can travel between the two.
