Starting with Galileo's experiments with motion, this study of 25 crucial discoveries includes Newton's laws of motion, Chadwick's study of the neutron, Hertz on electromagnetic waves, and more.

The original accounts of twenty-four experiments that created modern physics, retaining the original illustrations where possible.

Clear, detailed explorations feature extensive quotations from original research papers in their coverage of groundbreaking research. Topics include x-rays, superconductivity, neutrinos, lasers, and many other subjects. 120 illustrations. 1975 edition.

Get kids excited about physics with fun and easy experiments for ages 10 to 13 Turn living rooms into STEAM laboratories and watch as children have an awesome time learning about physics. This book contains 40 highly entertaining, hands-on experiments that can be completed using simple, household materials. What sets this physics for kids book apart: Excellent explanations—Brief explainers address the hows and whys of each experiment, providing children with a clear understanding of the fundamental concepts surrounding force, flight, and much more. Step-by-step instructions—Full-color photos and easy-to-follow instructions allow kids to confidently conduct experiments on their own, with only the occasional assist from an adult. Extended fun—Each experiment contains a "Now Try This!" section that offers ideas for further investigation and expands the possibilities for learning. Help kids set off on a journey of scientific discovery with 40 fun physics experiments they can tackle at home.

Introductory Experiments; Mechanics; Molecular Physics; Electricity and Magnetism; Optics and Atomic Physics; Condensed Matter Physics; Semiconductor Physics; Applied Physics; Nobel Prize Experiments; Student Projects;

Understanding, designing and conducting experiments is at the heart of science. This text introduces the fundamental principles on which physicists should build a thorough experimental approach to their discipline.

An innovative integrated approach to classical physics and the beginnings of quantum physics through a sequence of historical case studies.

At the beginning of the 18th century there was no science of physics as we recognise it today; by the early years of the nineteenth century, there was. The articles in this volume are concerned with the process by which this came about. They focus, in particular, on the rise of experimental physics and the interactions between experiment, theory and mathematics in the study of electricity and, to a lesser extent, magnetism and physical optics during this period. Along the way, they provide a significant reassessment of Isaac Newton’s influence on the science of his successors. A further recurring theme is the process by which ideas were disseminated within the expanding scientific community of the day, and the manner of their reception, often in a form somewhat different from that envisaged by their first inventors, as Professor Home argues took place in the case of Franklin. The social and intellectual context of the ’scientist’, indeed, is the specific subject of several essays, dealing not only with England and France, but also offering new insights into the position of science in 18th-century Russia. Au début du 18e s., la science physique telle que nous l’entendons de nos jours, n’existait pas; dès les premières années du 19e s., cela n’était plus le cas. Les articles contenus dans ce volume s’intéressent au procédé qui a provoqué ce changement. Ils s’attachent plus particulièrement à la montée de la physique expérimentale et à l’interaction entre expérience, théorie et mathématiques en ce qui concerne l’étude de l’électricité et, dans une moindre mesure, celle du magnétisme et de l’optique physique durant cette période. Ce faisant, les études fournissent une ré-évaluation significative de l’influence d’Isaac Newton sur la science de ses successeurs. Un autre thème est celui du processus par lequel les idées étaient disséminées à l’époque au sein d’une communauté scientifique en pleine expans