Denis Alexander – författare

World-leading experts tackle challenging issues of science and faith.Here are 20 papers from the Faraday Institute for Science and Religion, which is a UK educational charity, and a member of the Cambridge Theological Federation which is an affiliate of Cambridge University. In addition to academic research, the Institute engages in the public understanding of science and religion by means of courses, conferences, lectures, seminars and the media. The Faraday Papers provide the general reader with accessible and readable introductions to the relationship between science and religion, written by a broad range of authors who are expert in the field. They are intended to be read by those without a scientific background. Here they are collected for the first time into a single volume. Contributors include:Has Science Killed God? - Prof. Alister McGrath FRSA The Science and Religion Debate, an Introduction - Revd Dr John Polkinghorne KBE FRS Why Care for the Environment? - Prof. Sir John Houghton FRS Ethical Issues in Genetic Modification - Prof. John Bryant The Age of the Earth - Prof. Bob White FRS Creation and Evolution not Creation or Evolution - Prof. R.J. Berry FRSE

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What is the relationship between science and Christian faith? Are the two mutually exclusive, or can they interact and learn from each other? Does Christianity have anything to contribute to the scientific and ethical challenges facing the world?This work introduces the complex relationship between science and the Christian faith. The various differences as well as similarities between scientific and religious ways of knowing are then addressed.

Creation or Evolution helps you make sense of the complex common ground between the biblical doctrine of creation and the scientific evidence behind the theory of evolutionary. With the guidance of neuroscientist Denis Alexander - a passionate believer in both the Bible and science, you can build a fully integrated understanding of the tricky questions that have divided so many for too long.This book combines the latest genetic research with an exploration of what we mean by creation and evolution to overcome the common scientific and religious objections to each. He addresses the argument that evolution is atheistic and discovers who Adam and Eve really were.An enthusiast for both the biblical and scientific contributions to our understanding of God and creation, he shows how the concept of The Fall be reconciled with evolutionary theory. Finally he asks the big question: how could a God of love create a world where people kill each other and inflict so much suffering?Read Creation or Evolution and you will discover that maybe you don't have to choose. And you will have the arguments and responses to help others overcome their objections to biblical faith without abandoning the scientific facts.

Atheists assert that the natural world has no meaning or purpose. Dr Denis Alexander, Emeritus Director of The Faraday Institute for Science and Religion at St. Edmunds College, Cambridge, draws a different conclusion.Not only do recent evolutionary biological data appear inconsistent with the claim that the world is purposeless, but the Christian doctrine of creation has provided and continues to provide both context and stimulus for the study of the natural world. Christians started biology!However, is a belief in an omnipotent, benign Creator consistent with a world of pain and suffering? From a lifetime's study in the biological sciences, Denis Alexander believes that whilst the cost of existence is extremely high, it can nonetheless be squared with the idea of a God of love whose ultimate purposes for humankind render that cost more comprehensible.

Over the past centuries the pendulum has constantly swung between an emphasis on the role of either nature or nurture in shaping human destiny, a pendulum often energised by ideological considerations. In recent decades the flourishing of developmental biology, genomics, epigenetics and our increased understanding of neuronal plasticity have all helped to subvert such dichotomous notions. Nevertheless, the media still report the discovery of a gene 'for' this or that behaviour, and the field of behavioural genetics continues to extend its reach into the social sciences, reporting the heritability of such human traits as religiosity and political affiliation. There are many continuing challenges to notions of human freedom and moral responsibility, with consequent implications for social flourishing, the legal system and religious beliefs. In this book, Denis Alexander critically examines these challenges, concluding that genuine free will, often influenced by genetic variation, emerges from an integrated view of human personhood derived from contemporary biology.

Over the past centuries the pendulum has constantly swung between an emphasis on the role of either nature or nurture in shaping human destiny, a pendulum often energised by ideological considerations. In recent decades the flourishing of developmental biology, genomics, epigenetics and our increased understanding of neuronal plasticity have all helped to subvert such dichotomous notions. Nevertheless, the media still report the discovery of a gene 'for' this or that behaviour, and the field of behavioural genetics continues to extend its reach into the social sciences, reporting the heritability of such human traits as religiosity and political affiliation. There are many continuing challenges to notions of human freedom and moral responsibility, with consequent implications for social flourishing, the legal system and religious beliefs. In this book, Denis Alexander critically examines these challenges, concluding that genuine free will, often influenced by genetic variation, emerges from an integrated view of human personhood derived from contemporary biology.

This book provides an up-to-date and comprehensive overview of protein phosphatase research, a rapidly evolving field with increasing importance in our understanding of the molecular basis of cell biology and of pathological processes. The book covers dephosphorylation processes involving serine/threonine, as well as tyrosine and histidine residues, and aims to be a useful resource for both the advanced reader as well as the newcomer to the field. It is also valuable for those working in the pharmaceutical and Biotech industries.