scholarly journals Giordano Bruno’s geheugenkunst en de jacht op Proteus

Author(s):  
Manuel Mertens

The present article presents the art of memory of the sixteenth-century philosopherGiordano Bruno by taking into consideration the mythological figure of Proteus.Bruno’s comparison of the metaphysical Monad – aim of his philosophical quest – withProteus sheds a light on the mnemonic practice. Although Bruno is often presented as aherald of modern science, the description of the Monad as Protheus, always subject tonew metamorphoses, and the importance of Ovidius’ Metamorphoses show him ratheras a representative of the Pythagorean tradition. An echo of Ovidius is also indicated inBruno’s Cena de le ceneri showing that the Pythagorean influence is also present in hiscosmological view on the motion of the earth.

Author(s):  
Kalpana Denge ◽  
Rupali Gatfane

Asphyxia is most commonly appearing as a major cause of unnatural deaths. Scattered references can be reviewed in ancient literature regarding asphyxial death. Description of various signs of asphyxial death is given briefly in ancient texts and it is worthwhile to study them with the help of modern science. In ancient literature these asphyxial deaths are described briefly as Kanthapeedan, Dhoomopahat and Udakahat. In modern literature asphyxial deaths are described as hanging, strangulation, suffocation and drowning which occur in homicidal or suicidal purpose or accidental. Viewing these references, asphyxial deaths are studied comprehensively with the object of highlighting it with the help of modern knowledge. Thus present article deals with exploration of ancient references of asphyxial death with the help of contemporary science.


2010 ◽  
Vol 21 (1) ◽  
pp. 69-78 ◽  
Author(s):  
Hans Roskamp

AbstractIn recent years the development of metallurgy in West Mexico has received increasing attention in the field of archaeological and technology studies. Considering that the latter already include excellent descriptions and analysis of the ritual and sumptuary functions of metal artifacts, the present article focuses on the sacred symbolism of the metal resources and the metalworking process itself according to several indigenous cosmogonical narratives and other additional pictorial and alphabetical sources from sixteenth-century Michoacan and adjacent cultural areas. The available documentation clearly shows that a crucial role was attributed to the native god Tlatlauhqui Tezcatlipoca.


2016 ◽  
Vol 4 (3) ◽  
pp. 0-0
Author(s):  
Умиджон Улугов ◽  
Umidjon Ulugov

Modern Tajikistan experiences considerable difficulties in a solution of the problem of rational management of objects of water infrastructure which don´t belong to maintaining public authorities, and are step by step transferred to hands of water users. In the present article the actual problems of economic (enterprise) activity of associations of water users in the Republic of Tajikistan urged to solve problems of maintaining, operational management of an internal irrigational network of the Republic of Tajikistan are considered. In article the separate data which have become a basis for reforming of sector of agriculture, to reforming of the former collective farms and state farms in modern Dehkan (farmer) farms and also on lack of essential measures on definition of the property right to constructions, the equipment, the earth of internal irrigational networks of Tajikistan are entered. Way out creation of a new civil form – associations of water users is considered – to whom functions on the maintenance of an internal irrigational network due to economic activity are assigned. Arguments concerning equivalence of economic activity commercial and as result – a contradiction to standards of the civil legislation of the Republic of Tajikistan are given in article.


Capitalisms ◽  
2020 ◽  
pp. 327-348
Author(s):  
Nelly Hanna

Studies of capitalism have often been based on the European or, more often, the nineteenth-century English experience. Its sources were taken to be based on the European experience, the trading companies of the sixteenth century, Protestantism, and so on. From there, it was diffused to the rest of the world. To fully understand capitalism, one had to focus on the European experience and the restrictive definitions that were based on its development in Western Europe. The Eurocentric approach to this subject is now being reconsidered. Studies of regions outside Europe are now showing that the emergence of capitalism was a much more complex and diverse trend, and it could have multiple sources. The present article focuses on one of these sources.


Author(s):  
Jan Zalasiewicz ◽  
Mark Williams

There is a celebrated Flemish painting by Pieter Bruegel the Elder in the Kunsthistorisches Museum in Vienna. It depicts the age-old battle between Carnival and Lent. Carnival—a time of high spirits, led in this vision by a fat man on a beer-barrel, carousing and brandishing a pig’s head on a spit—is opposed by Lent, deflating the happy excitement and bringing in a time of sobriety and abstinence. Bruegel’s understanding of these opposed rhythms of rural life in the sixteenth-century Netherlands was acute: he was nicknamed ‘Peasant Bruegel’ for his habit of dressing like the local people, to mingle unnoticed with the crowds, all the better to observe their lives and activities. Bruegel’s vision of the age-old rhythm of life, in the form of an eternal oscillation between two opposing modes, may be taken to a wider stage. From the late Archaean to the end of the Proterozoic, the Earth has alternated between two climate modes. Long episodes of what may be regarded as rather dull stability, best exemplified by what some scientists refer to as the ‘boring billion’ of the mid-Proterozoic, are punctuated by the briefer, though more satisfyingly dramatic, glacial events. This alternation of Earth states persisted into the last half-billion years of this planet’s history—that is, into the current eon, the Phanerozoic. If anything, the pattern became more pronounced, as if it had become an integral part of the Earth’s slowly moving clockwork. There were three main Phanerozoic glaciations—or more precisely, there were three intervals of time when the world possessed large amounts of ice—though in each of these, the ice waxed and waned in a rather complex fashion, and none came close to a Snowball-like state. Thus, these intervals often now tend to be called ‘icehouse states’ rather than glaciations per se. Between these, there were rather longer intervals—greenhouse states—in which the world was considerably warmer; though again, this warmth was variable, and at times modest amounts of polar ice could form. Of the Earth’s Phanerozoic icehouse states, two are in the Palaeozoic Era: one, now termed the ‘Early Palaeozoic Icehouse’ centred on the boundary between the Ordovician and Silurian periods, peaking some 440 million years ago; and a later one centred on the Carboniferous and early Permian periods, 325 to 280 million years ago.


2021 ◽  
pp. 6-33
Author(s):  
Elisabeth Ervin-Blankenheim

This chapter and the next one cover the way in which geology came to be a science in its own right, spanning the early centuries of geology. Lives of crucial individual scientists from the sixteenth century to the beginning of the twentieth century are discussed by relating the stories and discoveries of each, commencing with Leonardo da Vinci and continuing with the European geologists, including Nicholaus Steno, Abraham Werner, James Hutton, Charles Lyell, and early fossilists such as Etheldred Benet. Steno, Werner, Hutton and Lyell, and other early geologists revealed and wrote about the basic principles of geology, painstakingly untangling and piecing together the threads of the Earth’s vast history. They made sense of jumbled sequences of rocks, which had undergone dramatic changes since they were formed, and discerned the significance of fossils, found in environments seemingly incongruous to where the creatures once lived, as ancient forms of life. They set the stage for further research on the nature of the Earth and life on it, providing subsequent generations of geologists and those who study the Earth the basis on which to refine and flesh out the biography of the Earth.


Author(s):  
Rajinder Singh

In India the development of modern science is closely related to its colonial background, a subject well documented by historians. So far as the prestigious Nobel Prizes are concerned, little has been mentioned in the colonial context. This article shows that in the first half of the twentieth century only a few Indian physicists and chemists were either nominees or nominators. Some of them were Fellows of the Royal Society. A comparison of Indian Nobel Prize nominators and nominees with other so-called Third World countries and colonies suggests some interesting results, for example the similarities of development of physics and chemistry in the colonized and ruling countries. The present article also suggests that the election of the Fellows of the Royal Society from India, in the fields of physics and chemistry, reveals a pattern comparable with that of Nobel Prize nominations and nominees.


1992 ◽  
Vol 23 (2) ◽  
pp. 362
Author(s):  
Robert Baldwin ◽  
Walter Gibson

2017 ◽  
Vol 04 (01) ◽  
pp. 1750004 ◽  
Author(s):  
David C. Eisenhauer

The arrival of the Anthropocene entails an evolutionary tipping point that challenges basic precepts of political theory and modern science. Within this paper, emerging scholarship in political science, science and technology studies, and sustainability science are brought together to sketch out an approach for crafting more just and sustainable pathways in response to the crossing of critical thresholds in the Earth system. Accomplishing this task requires responding to the emerging reality of possibility, irreversibility, entanglement, and novelty that the Anthropocene and tipping points entail. I argue that grounding political projects in recognition of the unfolding and unpredictable terrain tipping points present allows for the opening of novel pathways toward a still possible just and sustainable planet.


1994 ◽  
Vol 143 ◽  
pp. 1-3
Author(s):  
V. Gaizauskas

Recent measurements made from platforms in space prove beyond question that the radiant energy received from the Sun at the Earth, once called the ‘solar constant’, fluctuates over a wide range of amplitudes and time scales. The source of that variability and its impact on our terrestrial environment pose major challenges for modern science. We are confronted with a tangled web of facts which requires the combined ingenuity of solar, stellar, planetary and atmospheric scientists to unravel. This brief overview draws attention to key developments during the past century which shaped our concepts about sources of solar variability and their connection with solar activity.


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