"Jay's recollection of pool stories exceeds any that I've ever heard. His exactness in recalling events as they actually happened is amazing. There are few as qualified to write about pool action as Jay. He has always been right on the money with everything he has accomplished and this book isn't any different." -World 9-Ball Champion Billy Incardona "I've known Jay since the 60's. Although he loved to compete, he became more respected as a great game maker and money winner who helped out many a pool player when down on their luck." -World All Around Champion Danny Diliberto "Jay is the 'go to' man in pool. He is a living historian and a source for all pool info. As an accomplished player himself, he evolved into every aspect of the sport. He has given sage advice to up-and-coming players as well as champions. Jay is a valued member of the pool community who gets a nod and a smile from all who know him." -Pat Fleming, ACCU-Stats Video Productions

Michael Bungert investigates the possibility to terminate (non-beneficial) price wars through appropriate signals and analyzes the effect of different types of signals on the price reaction behaviour of a competitor. He demonstrates that all signal types show a significant effect on the probability of a co-operative price reaction.

Traces the history of the National Mall in Washington, D.C., discussing its plan and structures, and considering how the concept of memorials and memorial space has changed since the nineteenth century.

This new edition builds on the success of the first by reviewing the increased understanding of the mechanisms of gene action in humans, focusing particularly on those derived from the study of genetic diseases. It deals mainly with the fundamental aspects of gene arrangement and expression rather than mutation. As well as updating and revising material from the first edition, it covers methods of exploring gene function and contains a range of chapters on specific systems which raise issues of special interest such as imprinting or homologous genes within clusters.