After being diagnosed with multiple sclerosis, twenty-five-year-old Jill Corrigan takes herself off the romantic market. Not wanting to become a burden to a potential partner, she focuses on her career as an actress instead. On the set of a disaster movie, she meets stunt woman Kristine "Crash" Patterson, whose easy smile instantly makes Jill wish things were different. Meanwhile, Crash is trained to fall, but she didn't count on falling in love. Despite their growing feelings for each other, Jill resolves to let Crash into her bed, but not her heart. As they start to play with fire on and off camera, will they really be able to keep things just physical?

You existed before your human experience, and you will exist after. Drawing from his unique pre-birth memories, Christian Sundberg provides an encouraging framework for understanding the nature of the human experience within the larger spiritual context. A Walk in the Physical is a non-linear reality model that boils down the very vast into succinct accessible language. More than a set of ideas though, it is a tool meant to point you towards the portion of yourself that already exists right now beyond Earth. At the heart of the book is the theme of love, and it describes why authentic love – even in small matters – is so deeply important to our human journey.

Supporting and encouraging all members of the family when a child has a physical disability. If you have a child with a physical disability, how can you plan your family’s life in a way that is inclusive for everyone? What can you do to create a family where every member pulls his or her own weight (in appropriate measure), meets challenges, and has moments in the spotlight along the way? Most parents of a child who has a physical disability want their child to have fun, be responsible, make friends, and take acceptable risks—in short, to feel like “just one of the kids”—and they want to make sure that the needs of the whole family are met, too. Just One of the Kids is designed to help parents focus not on what could have been but instead on what can be, so that they, their children, and the grandparents thrive as individuals and as a family. The advice from psychologists Kay Harris Kriegsman and Sara Palmer is valuable for any family with children who have a physical disability, from any cause. Their warm and encouraging book is full of family stories, tips, and tools. Parents of children with physical disabilities can help them develop the skills needed to meet life’s challenges and launch into independence. Parents, building on that foundation and acknowledging each person’s contributions, interests, and aspirations, create an inclusive and resilient family.

This book is the second in a brand-new revealing series of the new and fully proven 5-dimensional quantum physical universe! The big-bang physics and philosophy are now completely disproved by the particle accelerator, in the absence of alleged particles! The universe has now been proven by scientists and by the particle accelerator down there in Cern! This evidence points only in one direction, towards a universe consisting only of energetic oscillating fields, and a most strange matter, and absolutely no form of physical particles! This book is a sequel to 'Rediscovering the Fifth Dimension'! These two books will explain you the entire new 5-dimensional quantum physical universe, consisting only of energetic oscillating fields and a very wondrous substance! Together, it adds up absolutely everything that we can see, discover and detect! The very active universal engine room, the place where absolutely everything of physical actions unfolds, consists of 5 very active dimensions! Outside, there is what you might call, 'quiet'! Only the deep mysteries of quantum physics can give you the answer to the remaining dimensions besides! All of the active physical actions that only take place in the very active engine room, are quantum physical actions! It is only these 5 quantum physical dimensions that are actually the active universal engine room, and it is only the two outers of these 5 dimensions, that are the driving force of the 5-dimensional very active quantum physical universe! The two most exciting dimensions in the active engine room are the 5th and the 4th dimensions! Therein we find just the right quantum physics and these two books will convince you of that! They just need to be read and understood! The books will explain to you about the real creation of the universe, and will explain to you the real inflation and how it develops! The new expansion law will be explained, something that drives inflation and expansion in the universe! Universal gravity is explained in the first and fundamental book, along with how gravity creates and powers this quantum physical universe! You will be explained how and what atoms basically are, along with the Higgs fields! The Higgs fields are very special! Because the matter is very special in this quantum physical universe, in which there are no forms of 100% physical particles whatsoever! A totally particle-less universe with only energetic oscillating fields and the matter from all the Higgs fields!

A captivating blend of reportage and personal narrative that explores the untold history of women’s exercise culture--from jogging and Jazzercise to Jane Fonda--and how women have parlayed physical strength into other forms of power. For much of the twentieth century, sweating was considered “unladylike” and girls grew up believing physical exertion would cause their uterus to “fall out.” It was only in the Sixties that, thanks to a few forward-thinking fitness pioneers, women began to move en masse. In Let's Get Physical, journalist Danielle Friedman reveals the fascinating untold history of contemporary fitness culture, chronicling in vivid, cinematic prose how exercise evolved from a beauty tool pitched almost exclusively as a way to “reduce” into one millions have harnessed as a path to mental, emotional, and physical well-being. Let’s Get Physical takes us into the workout studios and onto the mats to reclaim these forgotten origin stories—and shine a spotlight on the trailblazers who made it possible for women to move. Each chapter uncovers the birth of an fitness movement that laid the foundation for working out today: the invention of the barre method in the Swinging Sixties, jogging’s path to liberation in the Seventies, the explosion of aerobics and weight-training in the Eighties, the rise of yoga in the Nineties, and the ongoing push for a more socially inclusive fitness culture—one that celebrates every body. Ultimately, it tells the story of how women discovered the joy of physical competence and strength—and how, by moving together to transform fitness from a privilege into a right, we can create a more powerful sisterhood.

The Dimensions of Physical Education is an all-in-one reader that addresses important issues in physical, health, and sport education. The text assists students in learning the designated content by providing reader-friendly, scholarly articles and letters that discuss the real issues in the field. Instructors are encouraged to use the articles to challenge students to think about how all of the dimensions of physical and health education connect to each other. The format of the text allows instructors to select and teach the content of the chapters in any order that meets the needs of their students and courses. Topics Covered include: The significance of physical education Effective teaching methods Means of motivating students Character education Assessment measurements Technology Gender issues & diversity Professional development Service-learning Adapted PE

Chaired by K Wüthrich (Nobel Laureate in Chemistry, 2002) and co-chaired by B Weckhuysen, this by-invitation-only conference has gathered 39 participants — who are leaders in the field of computational modeling and its applications in Chemistry, Material Sciences and Biology. Highlights of the Conference Proceedings are short, prepared statements by all the participants and the records of lively discussions on the current and future perspectives in the field of computational modeling, from chemistry to materials to biology.