Walter Mosley is one of America’s bestselling novelists, known for his critically acclaimed series of mysteries featuring private investigator Easy Rawlins. His writing is hard-hitting, often limned with a political subtext, and aimed at a broad audience. Years ago, when Mosley was working on a doctorate in political theory, he envisioned writing very different kinds of books from those for which he has become celebrated. But once you’ve been tagged as a novelist, and in Mosley’s case, a genre writer, even a bestselling one, it is hard to get an airing for ideas that cross those boundaries. Folding the Red into the Black has grown out of Mosley’s public talks, which have gotten both enthusiastic and agitated responses, making him feel the ideas in those talks should be explored in greater depth. Mosley’s is an elastic mind, and in this short polemic he frees himself to explore some novel ideas. He draws on personal experiences and insights as an African-American, a Jew, and one of our great writers to present an alternative manifesto of sorts: “We need to throw off the unbearable weight of bureaucratic capitalist and socialist demands; demands that exist to perpetuate these systems, not to praise and raise humanity to its full promise. And so I propose the word, the term Untopia.”

A monograph on ""Untopia""--Neither capitalism nor socialism, but a practical combination of the two-by the bestselling author of the ""Easy Rawlins"" series.

The author of the Easy Rawlins mystery series explores his political evolution as an African-American writer, during which he experienced a cultural dislocation through his growing awareness of inequalities and social disparity because of which millions of Africans are forced to survive without basic-level resources. Original.

This MIE volume provides laboratory techniques that aim to predict the structure of a protein which can have tremendous implications ranging from drug design, to cellular pathways and their dynamics, to viral entry into cells. Expert researchers introduce the most advanced technologies and techniques in protein structure and folding Includes techniques on tiling assays