This unique book explores the world of q, known technically as basic hypergeometric series, and represents the author’s personal and life-long study—inspired by Ramanujan—of aspects of this broad topic. While the level of mathematical sophistication is graduated, the book is designed to appeal to advanced undergraduates as well as researchers in the field. The principal aims are to demonstrate the power of the methods and the beauty of the results. The book contains novel proofs of many results in the theory of partitions and the theory of representations, as well as associated identities. Though not specifically designed as a textbook, parts of it may be presented in course work; it has many suitable exercises. After an introductory chapter, the power of q-series is demonstrated with proofs of Lagrange’s four-squares theorem and Gauss’s two-squares theorem. Attention then turns to partitions and Ramanujan’s partition congruences. Several proofs of these are given throughout the book. Many chapters are devoted to related and other associated topics. One highlight is a simple proof of an identity of Jacobi with application to string theory. On the way, we come across the Rogers–Ramanujan identities and the Rogers–Ramanujan continued fraction, the famous “forty identities” of Ramanujan, and the representation results of Jacobi, Dirichlet and Lorenz, not to mention many other interesting and beautiful results. We also meet a challenge of D.H. Lehmer to give a formula for the number of partitions of a number into four squares, prove a “mysterious” partition theorem of H. Farkas and prove a conjecture of R.Wm. Gosper “which even Erdős couldn’t do.” The book concludes with a look at Ramanujan’s remarkable tau function.
Convert the latest genomic data to the most effective patient management and treatment approaches Clinical Genomics helps healthcare providers translate the vast amount of new genomic data into successful clinical application. It is a comprehensive textbook and practical guide to the use of this information across a broad spectrum of adult diseases – from individual differences in drug responses, cardiac andcancer risks to Alzheimer's and other neurological and psychiatric disorders. While traditional textbooks on medical genetics focus on classic Mendelian disorders, Clinical Genomics discusses the everyday application of genetic assessment and the diagnostic, therapeutic, and preventiveimplications to the most common adult diseases that healthcare providers encounter. Covering approximately 200 conditions, it is a true clinical text for use across all of internal medicine. Coverage of each condition is presented in a consistent,clinically relevant manner and includes: Key Points Diagnostic Criteria and Clinical Characteristics Screening and C ounseling Management and Treatment Molecular Genetics and Molecular Mechanism Supplementary Information More than ten valuable appendices, include Genetic Privacy; Race, Ancestry, and Genetics; Personalized Medicine in Clinical Practice; Clinical Interpretationof Genomic Data; and Genetic Risk Profiling in the Genomics Era. Clinical Genomics is essential for internists, primary care physicians, and other healthcare providers who wish to increase their knowledge of the gene-and-protein level care of patients in a clinical setting.
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