He captures the human as well as the scientific elements in a drama played out for more than two decades in laboratories in Cambridge, England, and Cambridge, Massachusetts, in London and Paris, at Caltech and Cold Spring Harbor. Few books have had such a compelling tale to tell, and its influence on science writing and science history has been profound.

Fans of Percy Jackson will devour this first book in Dianne K. Salerni's time-bending series that combines exciting magic and pulse-pounding suspense. In this riveting fantasy adventure, thirteen-year-old Jax Aubrey discovers a secret eighth day with roots tracing back to Arthurian legend. When Jax wakes up to a world without any people in it, he assumes it's the zombie apocalypse. But when he runs into his eighteen-year-old guardian, Riley Pendare, he learns that he's really in the eighth day—an extra day sandwiched between Wednesday and Thursday. Some people—like Jax and Riley—are Transitioners, able to live in all eight days, while others, including Evangeline, the elusive teenage girl who's been hiding in the house next door, exist only on this special day. And there's a reason Evangeline's hiding. She is a descendant of the powerful wizard Merlin, and there is a group of people who wish to use her in order to destroy the normal seven-day world and all who live in it. Torn between protecting his new friend and saving the entire human race from complete destruction, Jax is faced with an impossible choice. Even with an eighth day, time is running out. Stay tuned for The Inquisitor's Mark, the spellbinding second novel in the Eighth Day series!

This book is designed specifically as a guide for Computer Scientists needing an introduction to Cell Biology. The text explores three different facets of biology: biological systems, experimental methods, and language and nomenclature. The author discusses what biologists are trying to determine from their experiments, how various experimental procedures are used and how they relate to accepted concepts in computer science, and the vocabulary necessary to read and understand current literature in biology. The book is an invaluable reference tool and an excellent starting point for a more comprehensive examination of cell biology.

The first volume of our new series, Fathers of the Church: Shorter Works, will be available in the summer of 2021. This series, to be printed only in paperback format, will offer English translations of treatises, homilies, poems, and letters of the Church Fathers in slim, easily affordable volumes. In this way a multitude of important writings will become accessible to scholars and students as well as the reading public. This is the first complete English translation of St. Gregory of Nyssa’s treatise On the Six Days of Creation (In Hexaemeron). It was probably written in 380-381, and is designed as both a defense and a critique of his recently deceased brother St. Basil’s better known homilies on the creation story as set out in the first chapter of Genesis. At the same time it incorporates Gregory’s own observations on the Genesis text, which reflect his desire to show the consistency between Scripture and the philosophy and natural science of his day A notable feature is Gregory’s presentation of God’s creation of the world as what has been called a “substantification” of God’s own will, creatio ex Deo rather than creatio ex nihilo. Other ideas of his seem interestingly to foreshadow those of modern science, notably his challenge to the idea that matter is a primary ontological category and his theory that the world as we know it developed through a process of “sequence” (akolouthia) from an originally simultaneous creation of everything. Gregory differs from Basil in maintaining that the “waters above the firmament” in Genesis 1 are spiritual rather than physical in nature. He uses a modified form of Aristotle’s theory of elements, together with some interesting observations on geography and meteorology, to construct a detailed and ingenious account of the “water cycle.” This description enables him to refute Basil’s notion that there needs to be an extra supply of physical water above the firmament so that the water lost from earthly seas and rivers through evaporation can be “topped up.”