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Tibetan medicine, also known as Sowa Rigpa (gso ba rig pa, the art, or knowledge of healing), has had a long and illustrious history, which has been intertwined with Buddhism in various aspects. It has been taught and practiced along with Tibetan Buddhism in areas that encompass the TAR (Tibetan Autonomous Region, since the mid-20th century part of China), areas of mainland China (Sichuan, Gansu, Qinghai, Yunnan), Ladakh, Nepal, Bhutan, Mongolia, and Buryatia (south Siberia, Russia). It is also practiced in India, particularly among the Tibetan exiled community, and in various parts of Europe and the United States.

Article

The term multiverse is derived from multiple universes. A multiverse is a theoretical concept denoting a collection of universes that are causally disconnected and whatever may exist beyond or between the boundaries of these universes. In essence, it is the totality of physical reality, whatever form that may take. An equivalent term is megaverse. The physically distinct universes composing a multiverse are often referred to as alternative, alternate, quantum, parallel, or bubble universes. The American philosopher William James invented the specific term multiverse in 1895, not in a cosmological context but in reference to his view of the natural world. In the 20th century the application of the term was broadened from James’s original intent to a range of areas including cosmology, religion, philosophy, and psychology. More recently, David Lewis (1941–2001) considered philosophical implications of a multiverse from his modal realism perspective. In fact, the concept of a cosmological multiverse and its philosophical and religious implications were actually considered more than a millennium prior throughout various societies and religions. The scientific implications have predominantly been analyzed since the early 20th century. In efforts to answer fundamental questions about the origin and properties of our universe, many cosmologists have converged on a scientific concept of a multiverse of one form or another. Multiverses with vastly different properties have been developed. To organize the collection of multiverses in a consistent way, in 2003, MIT cosmologist Max Tegmark proposed a multiverse taxonomy. Tegmark argued that all multiverses can be fit into four classes, which he designated as Levels 1 through 4. A given higher level multiverse contains a set or sets of lower level multiverses. In 2007, string theorist Brian Greene of Columbia University refined Tegmark’s classification system. Each of Greene’s nine classes fit within one of Tegmark’s four Levels. While theoretical multiverses take many forms, common to most all of them is the idea that a vast number of universes exists outside the limits of our observable region. Given that a multiverse beyond our universe is not currently (and perhaps never will be) empirically testable or detectable, the multiverse concept is very controversial. This is especially so within and among the science, philosophy, and religion communities. There is disagreement regarding the question of the existence of the multiverse and whether the multiverse is a proper subject of scientific inquiry. Some argue that a multiverse is a philosophical concept, rather than a scientific one. Alternatively, some scientists believe that most or all multiverse proposals present a deconstructionist science that avoids providing answers grounded in meaningful science. In contrast, many theoretical physicists (especially cosmologists) and some philosophers affirm that a multiverse offers a more likely and more robust resolution to fundamental cosmological issues that a sole (even infinite) universe cannot answer.

Article

Ted Peters

Astrotheology is that branch of theology that provides a critical analysis of the contemporary space sciences combined with an explication of classic doctrines such as creation and Christology for the purpose of constructing a comprehensive and meaningful understanding of our human situation within an astonishingly immense cosmos. Within the growing field of Religion and Science, astrotheology and its sister subject, astroethics, represent critical responses to the excitement permeating the space sciences, especially astrobiology. The excitement arises because of new searches for microbial life within the solar system and the discovery of exoplanets elsewhere in the Milky Way, some of which may be homes for extraterrestrial intelligent civilizations.

Article

Science and religion provide alternative ways to understand the world. In American history, they have each commanded authority at different times and for different people and groups based on the varying appeal of knowledge and belief, of inquiry and conviction, and of liberal and traditionalist values. Science and religion have interacted with each other in many ways ranging from widespread harmony between them until the late 19th century to a spectrum of interactions that have included conflict, separation, integration of their insights, and spiritual kinship. Colonial American science was dominated by religion, both in the concentration of ministers practicing what was then called natural philosophy and in the conviction that such inquiries would inevitably support religious truths. Common Sense philosophy articulated this calm confidence and buttressed the assurance of harmony between science and religion that dominated until the 1860s. However, even during this period, the tremendous growth in scientific information strained the harmonious relations of science and religion. Darwinism presented the most significant challenge to traditional religion by inaugurating a new approach to science: it was a theory supported by probabilistic plausibility rather than deterministic proof; Darwinian theory served as a synthetic framework for organizing natural facts and ongoing research, and its investigations did not require religious assumptions. Since the late 19th century, science began to grow still more rapidly with greater professional organization and specialized investigations into a vast amount of information about the natural world, while religion became more pluralistic and more private on the American scene. With their distinct social and intellectual paths, science and religion could no longer operate with assumed harmony. Some advocates of each field took this as a reason to understand them in sharp conflict, however many more sought to renew their harmony, but on new, more intricate and diverse terms. The simplest ground for harmony, consideration of each domain in separate spheres, was suggested by their very distinct practices. However, when the very inquiries and reflections of these fields spilled beyond each of their own domains, other practitioners and observers in science and religion comprehended them in relation, with science adapting to religious questions or religion adopting scientific answers. For those who sought still deeper integration, inquiry about the relation of science and religion took them beyond the mainstreams in both fields for embrace of their spiritual kinship. The varied methods and insights championed by science and religion have provided Americans with their deepest guideposts for being and doing: these fields supply varied paths of inquiry and conviction for comprehending the deepest character of the world and for choosing ways of living.

Article

Brett Grainger

One of the most complex words in the English language, “nature” (sometimes personified as “Nature” or “Mother Nature”) has been central to developments in American religions. Despite their different origins, the three cosmologies present on the North American continent during the early modern “age of contact”—Native American, African American, and Euro-American—shared a number of similarities, including the belief in an enchanted or animate cosmos, the ambivalence of sacred presences manifested in nature, and the use of myth and ritual to manage these ambivalent presences in ways that secured material and spiritual benefits for individuals or communities. Through encounters on colonial borderlands and through developments in society and culture (in science, economics, politics, etc.), these cosmologies have been adapted, developed, and combined in creative ways to produce new forms of religious life. These developments have been characterized by a series of recurrent tensions, including the notion of divine or spiritual realities as being transcendent or immanent, organicism or mechanism, and of the natural world as including or excluding human beings. Organicist and animist cosmologies, severely challenged by the early modern scientific revolution, were resurgent in the antebellum period, fueling a series of new religious developments, from Transcendentalism and revivalism to Mormonism and the early environmentalist movement. These generative tensions continue to reverberate into the modern day, in part as an outworking of the environmental crisis of the 1960s, which saw a purported “greening” of established religions as well as the rise of new forms of nature spirituality.

Article

In the 15th- and early-16th-century German-speaking lands, reports circulated of spirits shaking the walls of houses, comets presaging imminent doom, and dwarves warning miners to leave their tunnels. Widely accepted, such accounts point to a worldview in which the natural was believed to encompass a far broader swath of beings and activities than modern definitions of the term. Humans were enmeshed in a world where forces beyond human experience and, at times understanding, were active; they accepted their place in it and manipulated it, if necessary. When studying such attitudes and the practices surrounding them, scholars of late medieval and early modern religious movements must move beyond truisms about “magical” or “enchanted” worlds to understand the impulses driving both reformers and those they wished to reform. Certainly 15th- and 16th-century Germans accepted that the divine permeated all creation, as creation was a product of God, and they saw divine manifestations throughout their world. Based on this truism, scholars have debated the extent to which pre-modern Europe was an enchanted world for approximately a century. Yet the powers imbuing that world had a more complex relationship to divinity than the somewhat romantic connotations of “enchanted” found in various modern works. Magicians, witches, devils, and other entities were all created beings who could access powers beyond the normal ken but were certainly not divine, despite any claims they might make to the contrary. Because such powers were imbued into nature itself, they were accessible to ordinary humans as well. And access them humans did! They were invoked to protect a village, cure ill children, and ward off injuries to livestock. They could also be used for evil, and archival and print documents attest to the practice of maleficent or demonic magic by learned clergy and illiterate peasants alike. When Protestant reformers demanded recognition of God’s omnipotence, they implicitly condemned this applied, occult magic and, in the process, practices that reflected a complete cosmology, that is, an understanding of how this world and the heavens operated. In this circumstance, it is not surprising that even the early reformers themselves could seem reluctant to abandon this immanent occultism.

Article

Thought experiments are basically imagined scenarios with a significant experimental character. Some of them justify claims about the world outside of the imagination. Originally they were a topic of scholarly interest exclusively in philosophy of science. Indeed, a closer look at the history of science strongly suggests that sometimes thought experiments have more than merely entertainment, heuristic, or pedagogic value. But thought experiments matter not only in science. The scope of scholarly interest has widened over the years, and today we know that thought experiments play an important role in many areas other than science, such as philosophy, history, and mathematics. Thought experiments are also linked to religion in a number of ways. Highlighted in this article are those links that pertain to the core of religions (first link), the relationship between science and religion in historical and systematic respects (second link), the way theology is conducted (third link), and the relationship between literature and religion (fourth link).

Article

Dirk Evers

Contingency is a term that occurs in philosophical discourse as well as in theology in a number of contexts and with a number of meanings. In its modern sense the English term contingency refers to events, processes, or properties that may occur, but are not certain to occur; or that have, but might not have, occurred, because they depend on factors beyond our knowledge or which themselves are contingent. Generally speaking, it refers to events, objects, and properties that could be otherwise, that do not have to be as they are, and that do not have to be at all, and for whose existence we cannot give a sufficient cause. Thus contingency covers a whole range of meanings, including “not necessary,” “by chance,” “random,” and “unpredictable.” In the discourse on science, the debate pivots on questions of determinism vs. indeterminism in physics (especially in quantum physics and in systems theory), on the contingent character of the cosmos and its fundamental physical laws, and on the question of whether the development of evolution and the actual forms of life that result from it are merely coincidental in biology. Some have referred to the first form of contingency as nomological and to the second as local contingency (Robert J. Russell, “Contingency in Physics and Cosmology: A Critique of the Theology of Wolfhart Pannenberg,” Zygon 23.1 [1988]). The alternative is between physical determinism (all events necessarily follow from prior initial conditions, so that contingency only refers to a lack of knowledge) and indeterminism (some events are not determined by prior conditions, hence contingency is an ontological fact). In religion and theology, contingency often marks the fundamental difference between the Creator and creation. It is used in ontological and cosmological proofs of the existence of God in the sense that all created beings cannot account for their own existence, but—in their contingency—point to a Creator, who is not contingent, but the necessary ground of his or her own being. However, it is disputed whether such a conclusion is valid or itself contingent. Another divide is between those who argue for total divine predestination (God determines everything that happens; again contingency is only a human category regarding insufficient knowledge and insight) and those who argue that God leaves some things to chance or to being determined autonomously by created entities. A consequence of the latter view seems to be that God cannot have sufficient fore-knowledge with regard to the process of creation so that God’s omniscience and omnipotence seem in danger. On the other hand, the option of total predestination faces the problem that in its view the Creator seems to be responsible for everything, including all evil.

Article

Were Luther to have lived another two decades, he might have been surprised even so early on to be informed that he positively influenced the rise of natural science. One can readily cite many Luther quotes that would cast him as anti-science; decontextualized quoting readily constructs such caricatures. But the truth of the matter is quite otherwise. Consideration of Luther and Luther’s protégés and their philosophical-historical contexts reveals their positive regard for science. This is explicit in Luther’s immediate heirs like Melanchthon and Andreas Osiander. Though they differed in their opinions about the work of Copernicus, both respected him and the discipline he practiced. Luther’s influence carried beyond his immediate disciples through Johannes Kepler into the 17th century. The Irish-Anglican chemist and theologian Robert Boyle, for example, was significantly influenced by the Reformation principle of God’s sovereignty. In turn, Boyle strongly influenced Isaac Newton. But Lutheran support for the natural sciences had one major qualification. When “freed science” appeared to speculate more on God’s action than describe the visible character of natural phenomena, Luther saw overreaching ambition. Such are the outlines of a historical approach of Luther’s influence on the beginning of the scientific revolution. Other Lutheran theological themes contributed to natural science’s robustness. In addition to a focus on God’s sovereignty—and so the doctrine of justification by grace through faith—these themes include (1) the nature of biblical authority, (2) the “realistic” epistemology of the theology of the cross, and (3) sacramentology.

Article

The title “Scientific Approaches to Mysticism” reveals half the task and belies the other half—namely, which of the sciences and whose mysticism are to be considered. Is it Capra’s tao of physics, Bohm’s holomovement of undivided wholeness, or Saver/Rabin’s limbic correlates of mystical ecstasy? Is it Freud’s psychoanalytic oneness of nursing at the breast, or Goodall’s evolutionary biology of mystical wonder? Numerous mystics have presented us with a cornucopia of mystical experiences, and many sciences have been employed to analyze mysticism. Any effort to create a singular scientific approach to an “imagined singular mysticism” is doomed to vagueness. Specifics matter, and they matter in the scientific approaches to mysticism. A scientific study of mysticism must first clarify what mysticism means—namely, a conscious experience in which one feels that the normal subject-object boundaries manifest in waking consciousness are altered, presenting a state of unity, union, or interrelationship. This definition of mysticism is broad enough to encompass nature mysticism, theistic I–Thou mysticism, and various forms of non-dualistic mysticisms ranging from experiences of the oneness of Being to the awareness of the emptiness of becoming. Each of these broad categories of mysticism must be refined by examining the particular tradition in which it manifests. As such, the scientific study of mysticism cannot assume, for example, that all Christian mystics, proclaiming the ultimacy of a personal communion with the Trinitarian god, are uttering the same thing, nor that non-dualistic mystics from different traditions, such as Christianity and Hinduism, are saying different things. The scientific study of mysticism must immediately confront the threat of reductionism, in which “mystical experience” is reduced to some elemental explanation such as, “it is only one’s brain.” This threat of scientific reductionism has long been elicited by the knowledge, for example, that the intake of drugs is correlated with mystical experience; more recently, this threat of reductionism has been intensified by the knowledge that we have machines that measure the neural patterns associated with individuals having mystical experiences, and we have machines that can allegedly induce mystical experiences. Stepping beyond the psychological, cognitive, and neuropsychological approaches to mysticism, the connections between mystical experience and physics have also been drawn. Relativity and quantum theories have become the hermeneutical tools to analyze and interpret the declarations of all sorts of mystical experiences. These studies of mysticism tend to present parallel explanations of the world. Evolutionary theory and biology also offer different angles of approach to the study of mysticism proposing explanations, for example, which relate mystical experience to the evolutionary chain of being or to techniques for transcending present limitations.