Join the "Bob Ross of LEGO" in constructing cool creations with this how-to guide that brings legendary builds to life! Looking for something a little more exciting than your average LEGO® guide? You're in luck! Not only does this spectacular book offer step-by-step instructions for fun builds and crafts, it also includes intriguing trivia, micro challenges, and advice to boost your creative confidence. You'll also learn all about the author, Adam Ward, a professional artist who hosts the popular YouTube series Brick x Brick--and who wants you to become the best builder you can be. With a difficulty rating provided for each build, this is the perfect pick for LEGO® lovers of every skill-level. Get ready to make a masterpiece!

A memoir with all the page-turning drama of a good novel, Brick by Brick tells the author's story of coming of age in the gritty South End of New Bedford, Massachusetts, as a tough teenage dropout without direction . . . until she took a job as a bricklayer.

In the 1990s, LEGO failed to keep pace with the revolutionary changes in kids' lives and began sliding into irrelevance. It took a new LEGO management team, faced with the growing rage for electronic toys, few barriers to entry, and ultra-demanding consumers, to reinvent the innovation rule book and transform LEGO into one of the world's most profitable, fastest-growing companies. Robertson reveals how LEGO looked beyond products and learned to leverage a full-spectrum approach to innovation.

In this book contemporary knowledge of superconductivity is set against its historical background. First, the highlights of superconductivity research in the twentieth century are reviewed. Further contributions then describe the basic phenomena resulting from the macroscopic quantum state of superconductivity (such as zero resistivity, the Meissner-Ochsenfeld effect, and flux quantization) and review possible mechaniscs, including the classical BCS theory and the more recent alternative theories. The main categories of superconductors - elements, intermetallic phases, chalcogenides, oxides and organic compounds - are described. Common features and differences in their structure and electronic properties are pointed out. This broad overview of superconductivity is completed by a discussion of properties related to the coherence length. Newcomers to the field who seek an overall picture of research in superconductivity, and of the cross-links between its branches, will find this volume especially useful.