sample

In his bestselling book, The Radical Leap, Steve Farber introduced readers to Extreme Leadership, showing them how to renew their passion and excitement and become committed to changing the world for the better by disregarding normal constraints. Now, Farber takes us to a new level of self-discovery in The Radical Edge. Re-energized from a recent transformational experience, Steve attempts to coach a young VP who has superstar sales skills but a severe and demoralizing leadership style. Along the way, a cast of provocative characters challenges us to stoke the fires of success, amplify personal joy, and change the world for the better— all at the same time.

A new, tenth anniversary edition of the leadership classic that was hailed as one of the 100 Best Business Books of All Time. In his exciting and timeless business parable, The Radical Leap, Steve Farber explores an entirely new leadership model, one in which leaders aren't afraid to take risks, make mistakes in front of employees, or actively solicit employee feedback. His book dispenses with the typical, tired notions of what it means to be a leader. Farber's modern parable begins on a sunny California beach where he has a strange and unexpected encounter with a surfer named Edg. Despite his unassuming appearance, the enigmatic Edg seems to know an awful lot about leadership and this brief interaction propels Steve into an unforgettable journey. Along the way, he learns about Extreme Leadership--and what it means to take the Radical Leap: Cultivate Love Generate Energy Inspire Audacity Provide Proof Geared to people at any level who aspire to change things for the better, The Radical Leap is creating legions of Extreme Leaders in business, education, non-profits and beyond.

This textbook outlines the key areas of mental health practice for those in the early stages of their training, who may not necessarily come from psychology backgrounds. Accompanies the lecturer’s book ‘Teaching Mental Health’ Focuses on the 'Ten Essential Shared Capabilities' that have been developed by the Sainsbury Centre for Mental Health In partnership with the BABCP, Lord Layard is recommending that more mental health graduates be trained in order to meet demand for mental health services in the UK

This book investigates two areas in which the appreciation of sonic creativity can be easily acquired across diverse cultures, ages and interests: the music of sounds – making music with any sounds, part of today’s sampling culture and the music of things – and the creation of instruments using existent materials (another type of sampling?) involving the notion of ‘instrument as composition’ as part of today’s DIY (or DIT, do it together) culture. The book offers broad discussions regarding the music of things (written by John Richards) followed by the music of sounds (written by Leigh Landy). These chapters are followed by a focus on the workshop demonstrating the collaborative and inclusive potential in both areas, and a spotlight on eight artists with a broad diversity of backgrounds and approaches to sound and music who discuss their perceptions. The book’s conclusion focuses on similarities and differences between the music of sounds and the music of things, suggesting, finally, that both might form part of the 21st- century’s folk music landscape. The book is primarily aimed towards students interested in current forms of sonic creativity but will be of interest to those interested in broader issues of sampling culture, hacking and sound studies.

Dan Feigelson refocuses reading and writing conferences to help all students reach their full potential. His practical approach centers on active listening--an equitable way to listen to, learn from, and guide students. His book is packed with sample conferences, if/then strategies, rubrics, and tips for starting conferences and keeping them going.

Semiconductor wafer bonding continues to evolve as a crucial technology extending new integration schemes and disseminating new product architectures in such diverse areas as high quality silicon-on-insulator (SOI) materials for electronic applications, Si-Ge strained layers, Germanium-on-Insulator (GeOI), 3D device integration, Si on quartz or glass for thin film displays, compound semiconductor-on-Si heterostructures and Micro-Electro-Mechanical Systems.