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A groundbreaking study that distinguishes the natural time of the cosmos from artificial mechanistic time. • Reveals September 11 as the signal of the end of artificial time according to the Law of Time. • Long awaited sequel to the author's bestselling book The Mayan Factor. • Explains the Great Calendar Change of 2004 and its enormous potential for the future of humanity. In Time and the Technosphere, José Argüelles presents a groundbreaking study that distinguishes the natural time of the cosmos from the artificial mechanistic time under which we currently live. Argüelles defines the actual nature of time as the frequency of synchronization. Applying this Law of Time to an understanding of the entire system of life on Earth, he shows that in order to not destroy Earth's ability to sustain life, we must change our definition of time and adopt a natural harmonic calendar based on the 13-moon 28-day cycle. Until the creation of the Gregorian calendar and the 60-minute hour, most of humanity lived by the 28-day cycle of natural time. The adoption of artificial time has subjected us to a 12:60 time frequency that governs the entire global industrialized civilization--the technosphere. With the collapse of the Twin Towers on September 11, a fissure was created in this artificial technosphere, opening up the noosphere (Earth's mental envelope). Humanity has a golden opportunity to leave the strife of the past and enter a time of peace by adopting a harmonious natural calendar that will repair the damages caused by the irregular tempo of technospheric time. Our last best chance to adopt this natural time and step into the bright new future promised by the galactic shift of 2012 is the Great Calendar Change of 2004, a new discovery based on the author's mathematical research into the Mayan calendar first begun in his landmark work The Mayan Factor. In Time and the Technosphere, Argüelles reveals the clear distinction between third-dimensional astronomical time and the fourth-dimensional synchronic order of the Law of Time, which holds enormous potential for the future of humanity.
This first of three volumes starts with a short introduction to historical metrology as a scientific discipline and goes on with an anthology of acient and modern measurement systems of all kind, scientific measures, units of time, weights, currencies etc. It concludes with an exhaustive list of references. Units of measurement are of vital importance in every civilization through history. Since the early ages, man has through necessity devised various measures to assist him in everyday life. They have enabled and continue to enable us to trade in commonly and equitably understood amounts, and to investigate, understand, and control the chemical, physical, and biological processes of the natural world. The essence of the work is an alphabetically ordered, comprehensive list of measurement nomenclature, units and scales. It provides an understanding of almost all quantitative expressions observed in all imaginable situations, including spelling variants and the abbreviations and symbols for units, and various acronyms used in metrology. It will be of use not only to historians of science and technology, but also to economic and social historians and should be in every major academic and national library as standard reference work on the topic.
Fifteenth-century almanac reveals life and thought in medieval Spain.
In this book, Peter Stearns presents the fascinating concept of time through a global historical lens. Covering both calendrical time and clock time, the volume shows how significant changes in conceptions of time are in world history, as they translate many key historical developments from religion to industrialization, into daily experience. The book explores why and how early societies became interested in measuring time, as well as explaining the causes and ongoing consequences of the modern sense of time. The author compares different societies and cultures in their attitudes and approaches to time and describes the role of globalization in its development. The volume offers many examples and illustrations to aid readers in their understanding of the advantages and disadvantages of various constructions of time, both in the past and among different groups of people today. Time in World History will be of interest to students of world history and sociology, introducing readers to historical forces that continue to shape their lives quite directly.
Christmas exerts an enormous attraction today even apart from its Christian character as a celebration of the incarnation of God in the Person of Jesus. Even marginal or indifferent Christians crowd the churches on Christmas Eve and in highly commercialized and technologized Western societies the Christmas season is celebrated with enthousiasm. Yet Christmas entered the calendar of feasts relatively late, by 336 C.E., and the reason for its introduction and quick spread remain speculative and based on fragmentary evidence. Towards the Origins of Christmas addresses both the contemporary Western celebration of Christmas, and its deep historical roots in the church of the fourth century. The book presents a thorough investigation of the patristic texts and evidence cited by liturgical scholars in the late 19th and 20th centuries to support two main theories: the Calculation theory and the History of Religions theory. This historical research is set in the framework of the contemporary experience of Christmas; the dynamics of time and the liturgical year; the inculturation of liturgy; and underlying elements of dualism and patriarchal power paradigms which linger beneath the often commercial and sentimental character of Christmas today. Suzan K. Roll was born in Clarence Center, New York (USA) in 1952. She holds degrees in classical languages and pastoral theology, and in 1993 received a Ph. D. from the Faculty of Theology of the Catholic University of Louvain (Leuven), Belgium, summa cum laude with the gratulations of the jury. She has thaught and published in the field of liturgy, sacraments, pastoral theology, and presently teaches at Christ the King Seminary, Buffalo, New York (USA).
'Curious and Modern Inventions' offers an insight into the motivating forces behind music, tracing it to a new conception of instruments of all sorts - whether musical, artistic, or scientific - as vehicles of discovery.
"The Great Mathematicians of Bharat" emerges as a seminal work, aligning perfectly with the vision of the National Education Policy (NEP) 2020, which emphasizes the integration and appreciation of Indian Knowledge Systems (IKS) in contemporary education. This book meticulously documents the rich legacy of India's mathematical geniuses, serving as a crucial resource in rekindling interest and respect for Bharat's profound mathematical traditions. It underscores the symbiotic relationship between cultural ethos and scientific inquiry, highlighting how Indian mathematicians not only contributed to the field of mathematics but also how their work was deeply interwoven with Hindu spiritual and cultural practices. By chronicling the journey from ancient sages to modern masters, the book provides a comprehensive view of the evolution of mathematical thought in Bharat, thus fulfilling NEP 2020's objective of integrating indigenous knowledge with modern academic frameworks. In doing so, it not only educates but also inspires, setting a precedent for future academic endeavours to explore and celebrate India's rich intellectual heritage.