When your days are numbered by cancer people ask why you would spend time writing a book instead of relishing in family moments. It's because this is the book I needed. It is so easy for your mind to be filled with anger and fear after receiving a diagnosis like terminal cancer. I needed spiritually uplifting books that gave me insight on how to live with cancer, how to be okay with the disease and most importantly, how to embrace this time as an opportunity from God. I hope this book offers you the encouragement you need and opens your eyes to God's workings and miracles that hide within the darkest moments of your life.
Winner, James Beard Foundation Book Award, 2016 Art of Eating Prize, 2015 BCALA Outstanding Contribution to Publishing Citation, Black Caucus of the American Library Association, 2016 Women of African descent have contributed to America’s food culture for centuries, but their rich and varied involvement is still overshadowed by the demeaning stereotype of an illiterate “Aunt Jemima” who cooked mostly by natural instinct. To discover the true role of black women in the creation of American, and especially southern, cuisine, Toni Tipton-Martin has spent years amassing one of the world’s largest private collections of cookbooks published by African American authors, looking for evidence of their impact on American food, families, and communities and for ways we might use that knowledge to inspire community wellness of every kind. The Jemima Code presents more than 150 black cookbooks that range from a rare 1827 house servant’s manual, the first book published by an African American in the trade, to modern classics by authors such as Edna Lewis and Vertamae Grosvenor. The books are arranged chronologically and illustrated with photos of their covers; many also display selected interior pages, including recipes. Tipton-Martin provides notes on the authors and their contributions and the significance of each book, while her chapter introductions summarize the cultural history reflected in the books that follow. These cookbooks offer firsthand evidence that African Americans cooked creative masterpieces from meager provisions, educated young chefs, operated food businesses, and nourished the African American community through the long struggle for human rights. The Jemima Code transforms America’s most maligned kitchen servant into an inspirational and powerful model of culinary wisdom and cultural authority.
This book presents the first global interpretation of measurements of jet and top quark production at the Large Hadron Collider, including a simultaneous extraction of the standard model parameters together with constraints on new physics, unbiased from the assumptions on the standard model parameters. As a long-standing problem, any hadron collider search for new physics depends on parton distribution functions, which cannot be predicted but are extracted experimentally. However, performing the extraction in the same kinematic region where physics beyond the standard model is expected to manifest causes the risk of absorbing the new physics effects into the parton distributions. In this book, the issue is addressed by extending the standard model by effective contributions from quark contact interactions describing new physics and extracting the parton distributions and standard model parameters simultaneously with setting limits on the contact interactions. In the process, the most precise single measurement of the strong coupling constant at the LHC is performed, to date. Furthermore, the book details the first investigation of the mass renormalization scale dependence of the top quark mass, highlighting the importance of a proper scale choice for obtaining robust predictions and improving the precision of experimental analyses. The initial chapters provide the reader with a succinct yet accessible introduction to the relevant theoretical and experimental topics. The presented investigations are at the edge of precision in the phenomenology of high-energy physics and serve to pave the road toward a global interpretation of LHC data.
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