Description
Simon Palfrey offers a new way of understanding Shakespeare's playworlds, with piercingly original readings of language, scenes, and characters.
About the Author
Simon Palfrey is Professor of English Literature at the University of Oxford. He is the joint founding editor of Shakespeare Now! His books include Late Shakespeare: A New World of Words (1997), Doing Shakespeare (2004, 2011 - named a Times Literary Supplement International Book of the Year), Shakespeare in Parts (with Tiffany Stern, 2007 - winner of an Arts and Humanities Research Council Innovations Award and the Medieval and Renaissance Drama Society David Bevington Award for best new book on Medieval and Renaissance drama), and Poor Tom: Living 'King Lear' (2014).
Reviews
'Shakespeare's Possible Worlds establishes Simon Palfrey as one of the great Shakespeare scholars of our age. On every page, Palfrey marshals his command of Renaissance theatrical technique and Baroque philosophy in order to float inventive readings that demonstrate the plenitude and plasticity of Shakespeare's dramatic imagining. Crafting both a philosophy of close reading and a dramaturgy of metaphor, Palfrey discovers a hermeneutics indigenous to theater. As Palfrey summons us to witness Shakespeare knitting shapes from the deep, we rediscover ourselves in the concatenation of worlds that drama assembles.' Julia Reinhard Lupton, University of California, Irvine, and author of Thinking with Shakespeare: Essays on Politics and Life
'... unlike any other monograph in Shakespeare criticism published recently ... The intellectual labour that went into [this book] is dazzling. Ideas from literature, literary criticism, art history, fine arts, film, science, religion, rhetoric, philosophy, and new media abound, plunging the reader into an unexpected reading experience.' Goran Stanivukovic, Saint Mary's University, Nova Scotia
Book Information
ISBN 9781107058279
Author Simon Palfrey
Format Hardback
Page Count 392
Imprint Cambridge University Press
Publisher Cambridge University Press
Weight(grams) 690g
Dimensions(mm) 233mm * 160mm * 25mm