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Discovering Quantum Mechanics (15)
By the end of the nineteenth century, physicists had developed working theories to explain most of the questions relating to the observable world. In 1900, Max Planck set out to answer a simple question related to light bulbs. He had no idea his work would open the door to a new branch of physics—Quantum Mechanics. This volume explains the exciting scientific discoveries made at the dawn of Quantum Mechanics. Students will be fascinated by the important work being done the world’s most distinguished physicists—many of them contemporaries—including Planck, Albert Einstein, Niels Bohr, and Marie Curie.Only 2 left in stock -
From 1960 to 2000—Hans Bethe to Steven Pinker (24)
Hans Bethe—German-born American theoretical physicist—helped increase understanding of quantum physics and the atomic processes of matter. He earned a Nobel Prize for Physics in 1967. Steven Pinker is a Canadian-born American experimental scientist who has made great strides in understanding of the evolutionary interpretation of language acquisition in humans. Informative text is paired with revealing photographs and primary sources to help make this an enjoyable and educational guide to modern scientists. Readers will be fascinated and inspired for years to come. -
Time Travel (19)
The topic of time travel provides tantalizing conundrums to consider for STEM experts and sci-fi creators alike. Most scientists and mathematicians agree that time travel by humans is probably impossible, yet they have not been able to offer conclusive proof. This book describes how the very nature of time remains a fascinating and complex subject, whether viewed from the perspective of Einstein's relativity or the nanoscale realm of quantum physics. Readers will recognize notable fictional works in literature, film, and television in which time travel serves as a useful plot device as well as a means of examining human history and contemporary social issues.Only 1 left in stock -
Extraterrestrial Physics (24)
Many of the laws of physics we take for granted do not apply outside the earth’s atmosphere. Extraterrestrial physics tend to differ considerably from physics on Earth, and astrophysicists and other scientists who study space use experiments and theoretical research to try to better understand these differences. This volume helps explain the fascinating but complex concepts that make up the field of extraterrestrial physics, including quarks, dark energy, the theory of general relativity, quantum mechanics, space plasma, and the Higgs boson. Experts and writers will offer clarification on the topics animating extraterrestrial physics and explain current research that has advanced our understanding of it. -
Dr. Wu Brain Switcheroo!, The: An Adventure with a Physics Phenom (24)
When Qianna creates a device that can link people with their favorite figures throughout history, Quinn can’t wait to use it. He wants to learn a thing or two from Dr. Chien-Shiung Wu in time for an upcoming science test. But something goes awry, causing Quinn and the genius doc to find themselves swapped in time. Can Qianna and the QTs reverse the brain switcheroo before Quinn becomes trapped in the past? Find out in a dynamic graphic novel that gives science, engineering, and invention a hip-hop spin! -
Stephen Hawking: Extraordinary Theoretical Physicist (15)
Stephen Hawking is among one of the most inspiring persons of our time. His work in the general theory of relativity and quantum mechanics has been significant. This title includes primary sources, sidebars, prompts and activities, charts and graphs, and much more. Aligned to Common Core Standards and correlated to state standards. Core Library is an imprint of Abdo Publishing Company.Only 1 left in stock -
Light (13)
Limited Stock - Hurry While Supplies Last -< . . Light fills our world with color and life. Without light, the world we are used to would not exist at all. Light aids in plant growth, plants then provide the food for animals to eat, thus beginning the food chain on Earth. In this way, light makes possible almost all of the life on our planet. Light is also increasingly important to people for other reasons. Modern telecommunications, including telephones and the Internet, rely on beams of laser light that shine through tiny fiber-optic cables. Light makes possible all manner of cutting-edge technology, from telemedicine to virtual reality, and from special effects to CD players. Scientists have spent great amounts of time over the centuries trying to understand light. Although early civilizations knew what light was and how to use it, the ancient Greeks and Romans were the first to try to find out how and why light worked as it did. Later scientists believed that light was a stream of particles; others thought it must be a train of waves. Eventually scientists realized that light is a form of radiation similar to radio waves and X-rays, and that it can be a wave and a particle at the same time. These discoveries led to the theory of quantum mechanics, which seeks to explain the world inside the atom. Meanwhile, attempts to measure the speed of light produced the world of relativity, where space and time behave in unexpected ways. The story of light is a tale of how some very different scientific theories gradually build on one another to give us a better understanding of the world. Eventually, through the work of many different scientists and over a long period of time, one theory stands out among all the others as the best explanation. In the case of light that process has taken more than 2,000 years. This book retells this epic trials and errors in vivid detail and with lavish photographs and illustrations. Supplemental content includes an activity spread, a substantial and highly detailed timeline, and a list of key people with mini-biographies.Only 1 left in stock