High Fidelity

Now a Hulu TV series starring Zoë Kravitz From the bestselling author of Funny Girl, About a Boy, and A Long Way Down, a wise and hilarious novel about love, heartbreak, and rock and roll. Rob is a pop music junkie who runs his own semi-failing record store. His girlfriend, Laura, has just left him for the guy upstairs, and Rob is both miserable and relieved. After all, could he have spent his life with someone who has a bad record collection? Rob seeks refuge in the company of the offbeat clerks at his store, who endlessly review their top five films; top five Elvis Costello songs; top five episodes of Cheers. Rob tries dating a singer, but maybe it’s just that he’s always wanted to sleep with someone who has a record contract. Then he sees Laura again. And Rob begins to think that life with kids, marriage, barbecues, and soft rock CDs might not be so bad.

Designing High-Fidelity Tube Preamps is a comprehensive guide to the design of small-signal, tube-based amplifiers. This book examines in unprecidented detail the inner workings and practical design of small signal stages, volume and tone controls, RIAA equalisation, power supplies and more. Aimed at intermediate to advanced-level hobbyists and professionals it teaches the principles of low-noise, low-distortion tube design, through easy-to-read explanations and minimal math. With over 400 diagrams and figures, and hundreds of real measurements of real circuits, it asserts itself as an essential handbook for any tube amp enthusiast.

High Fidelity Patient Simulation in Nursing Education is a comprehensive guide to developing and implementing a high-fidelity patient simulation in a clinical setting. It is a necessary primer for administrators and nursing programs starting out with this technology. It includes examples for setting up a simulator program for nurses, developing and implementing this technology into particular clinical and laboratory courses, and setting up refresher courses in hospital settings. The text features appendices and case scenarios.

“An ardent fan letter from Hornby that makes you want to re-read Great Expectations while listening to Sign o’ the Times.” —Vogue "This pairing -- two magnificent creatives, centuries and genres apart -- makes stunning sense in the hands of their wisest, wittiest fan." -- People From the bestselling author of Just Like You, High Fidelity, and Fever Pitch, a short, warm, and entertaining book about art, creativity, and the unlikely similarities between Victorian novelist Charles Dickens and modern American rock star Prince Every so often, a pairing comes along that seems completely unlikely—until it’s not. Peanut butter and jelly, Dennis Rodman and Kim Jong Un, ducks and puppies, and now: Dickens and Prince. Equipped with a fan’s admiration and his trademark humor and wit, Nick Hornby invites us into his latest obsession: the cosmic link between two unlikely artists, geniuses in their own rights, spanning race, class, and centuries—each of whom electrified their different disciplines and whose legacy resounded far beyond their own time. When Prince’s 1987 record Sign o’ the Times was rereleased in 2020, the iconic album now came with dozens of songs that weren’t on the original— Prince was endlessly prolific, recording 102 songs in 1986 alone. In awe, Hornby began to wonder, Who else ever produced this much? Who else ever worked that way? He soon found his answer in Victorian novelist and social critic Charles Dickens, who died more than a hundred years before Prince began making music. Examining the two artists’ personal tragedies, social statuses, boundless productivity, and other parallels, both humorous and haunting, Hornby shows how these two unlikely men from different centuries “lit up the world.” In the process, he creates a lively, stimulating rumination on the creativity, flamboyance, discipline, and soul it takes to produce great art.

This thesis describes experimental work in the field of trapped-ion quantum computation. It outlines the theory of Raman interactions, examines the various sources of error in two-qubit gates, and describes in detail experimental explorations of the sources of infidelity in implementations of single- and two-qubit gates. Lastly, it presents an experimental demonstration of a mixed-species entangling gate.