Said to have come from the Benedictine abbey church of Saint Peter in Erfurt, Germany, this statue by Tilman Riemenschneider (c. 1460 - 1531), dated to c. 1495, depicts the church father Saint Jerome as he removes a thorn from the paw of a lion, a legendary account of the saint's kindness. Following the common iconography of the scene, Jerome is dressed in the traditional robes of a Roman cardinal, with the cowl draped over his tonsured head and the broad-brimmed hat on his right leg. Traces of polychromy and gilding suggest that it was once brightly coloured. Drill holes in the hat further indicate that cords and tassels of fabric, typical of a cardinal's hat, would once have decorated the sculpture. Whether the statue was originally commissioned for an altar in a private chapel or for its artistic value remains unknown. Its alleged provenance from a church in Erfurt and Jerome's popularity as a patron saint of humanists and scholars make either scenario likely. Alabaster was prized for its lustre and capacity for fine details from the fourteenth to the sixteenth century. The gleaming stone was used for altarpieces and small sculptures, as well as the tombs of wealthy princes. The book unites alabaster works from the medieval collection of the Cleveland Museum of Art and selected masterpieces of alabaster sculpture from North American museums and the Louvre in Paris, which allow insight into the production of alabaster sculptures in this period. It is striking that these works are of such a particularly exquisite quality that this material was used especially for high-ranking commissions, such as the tomb of Duke Philip the Bold of Burgundy in Champmol near Dijon. The book is accompanied by several essays that examine the subject of alabaster sculpture from different perspectives.

Starting from basic principles, this book describes the rapidly growing field of modern semiconductor detectors used for energy and position measurement radiation. The author, whose own contributions to these developments have been significant, explains the working principles of semiconductor radiation detectors in an intuitive way. Broad coverage is also given to electronic signal readout and to the subject of radiation damage.