The invention of the laser in 1960 and the innovation process of laser technology during the following years coincided with the dramatic increase of the East-West-conflict during the 1960s – the peak of the so-called Cold War after the erection of the Berlin Wall in 1961. The predictable features of the new device, not only for experimental sciences, but also for technical and military applications, led instantly to a laser hype all over the world. Military funding and research played a (...) major part in this development. Especially in the United States military laser research and development played an important role in the formation of Cold War sciences. The European allies followed this example to a certain degree, but their specific national environments led to quite different solutions and results. This article describes and analyzes the special features and background of this development for the Federal Republic of Germany in the area of conflict between science, politics and industry from 1960 to the early 1970s. (shrink)

The invention of the laser in 1960 and the innovation process of laser technology during the following years coincided with the dramatic increase of the East-West-conflict during the 1960s – the peak of the so-called Cold War after the erection of the Berlin Wall in 1961. The predictable features of the new device, not only for experimental sciences, but also for technical and military applications, led instantly to a laser hype all over the world. Military funding and research played a (...) major part in this development. Especially in the United States military laser research and development played an important role in the formation of Cold War sciences. The European allies followed this example to a certain degree, but their specific national environments led to quite different solutions and results. This article describes and analyzes the special features and background of this development for the Federal Republic of Germany in the area of conflict between science, politics and industry from 1960 to the early 1970s. (shrink)

Frontmatter -- VORWORT ZUR ERSTEN AUFLAGE -- VORWORT ZUR ZWEITEN AUFLAGE -- INHALT -- Erstes Kapitel. ZIEL UND GEGENSTAND DER UNTERSUCHUNG -- Zweites Kapitel. DER CARTESIANISCHE EINWAND UND DIE PROBLEMSTELLUNG -- Drittes Kapitel. DIE THESE -- Viertes Kapitel. DIE DASEINSWEISEN DER LEBENDIGKEIT -- Fünftes Kapitel. DIE ORGANISATIONSWEISEN DES LEBENDIGEN DASEINS. PFLANZE UND TIER -- Sechstes Kapitel. DIE SPHÄRE DES TIERES -- Siebentes Kapitel: Die Sphaere des Menschen -- NACHTRAG -- SACHREGISTER -- NAMENSREGISTER -- Backmatter.

Julius Jolly: Kleine Schriften. Edited by Heidrun Brückner and Ingo Strauch following preparatory work by Albrecht Wezler. Veröffentlichungen der Helmuth von Glasenapp-Stiftung, vols. 38.1 and 2. Wiesbaden: Harrassowitz, 2012. Pp. xlviii + 1378.

In 2000, when atmospheric chemist Paul J. Crutzen and limnologist Eugene F. Stoermer proposed to introduce a new geological era, the Anthropocene, they could not have foreseen the remarkable career of the new term. Within a few years, the geological community began to investigate the scientific evidence for the concept and established the Anthropocene Working Group. While the Working Group has started to examine possible markers and periodizations of the new epoch, scholars from numerous other disciplines have taken up the (...) Anthropocene as a cultural concept. In addition, the media have developed a deep interest in the Anthropocene’s broader societal ramifications. The article sheds light on the controversial debate about the Anthropocene and discusses its inextricably linked dual careers, first as a geological term and second as a cultural term. Third, it argues that the debate about the “Age of Humans” is a timely opportunity both to rethink the nature-culture relation and to re-assess the narratives that historians of science, technology, and the environment have written until now. Specifically, it examines both the heuristic and analytical power of the concept. It discusses new histories, new ideas to understand historical change, and new temporalities shaped by scholars who have taken up the challenge of the Anthropocene as a cultural concept that has the ability to question established stories and narratives. Fourth, it ends by stressing the potential of the Anthropocene concept to blur established epistemological boundaries and to stimulate cross-disciplinary collaborations between the sciences and the humanities. (shrink)

In 2000, when atmospheric chemist Paul J. Crutzen and limnologist Eugene F. Stoermer proposed to introduce a new geological era, the Anthropocene, they could not have foreseen the remarkable career of the new term. Within a few years, the geological community began to investigate the scientific evidence for the concept and established the Anthropocene Working Group. While the Working Group has started to examine possible markers and periodizations of the new epoch, scholars from numerous other disciplines have taken up the (...) Anthropocene as a cultural concept. In addition, the media have developed a deep interest in the Anthropocene’s broader societal ramifications. The article sheds light on the controversial debate about the Anthropocene and discusses its inextricably linked dual careers, first as a geological term and second as a cultural term. Third, it argues that the debate about the “Age of Humans” is a timely opportunity both to rethink the nature-culture relation and to re-assess the narratives that historians of science, technology, and the environment have written until now. Specifically, it examines both the heuristic and analytical power of the concept. It discusses new histories, new ideas to understand historical change, and new temporalities shaped by scholars who have taken up the challenge of the Anthropocene as a cultural concept that has the ability to question established stories and narratives. Fourth, it ends by stressing the potential of the Anthropocene concept to blur established epistemological boundaries and to stimulate cross-disciplinary collaborations between the sciences and the humanities. (shrink)

Keine ausführliche Beschreibung für "Versicherung für Rechnung wen es angeht" verfügbar.

Historians of Science and Technology as Time‐eaters. Historians for long mainly focussed on the last couple of millenia. Recently, they have reached out to colonize different temporal worlds. While Deep History seeks to get a better understanding of the development of anatomically modern humans and their culture, Big History integrates cosmological, geological and human temporalities to develop new narratives on the big picture. Hence, historians are time‐eaters. They share their foremost prey, however, with other disciplines such as anthropology and archaeology, (...) paleontology and primatology, linguistics and molecular genetics, with which they collaborate and at the same time compete when reaching out for new temporal concepts such as the Anthropocene. This article understands the both rich and controversial debate on the Anthropocene, the epoch of the humans, as a positive provocation. For historians of science and technology, it offers a welcome opportunity to critically re‐assess their established sets of narratives by interlinking geological and human time‐scales. Newly developed terms such as the “technosphere” and the “technocene” force them to (1) re‐think their concept of technology, (2) better integrate history of technology and environmental history, and (3) replace linear temporalities by layered models of historical change. (shrink)

A modern classic, this powerful and sophisticated account of embodiment was first published in German in 1928 and now appears in English for the first time. With reference simultaneously to science, social theory, and philosophy, Plessner shows how life can be seen on its own terms to establish its own boundaries. Plessner's account of how the human establishes itself in relation to the nonhuman will invigorate a range of current conversations around the animal, posthumanism, the material turn, and the biology (...) and sociology of cognition. (shrink)

This title is part of UC Press's Voices Revived program, which commemorates University of California Press’s mission to seek out and cultivate the brightest minds and give them voice, reach, and impact. Drawing on a backlist dating to 1893, Voices Revived makes high-quality, peer-reviewed scholarship accessible once again using print-on-demand technology. This title was originally published in 1982.

Recent brain imaging points to differences in brain structure that relate to intelligence, but how do we model their causal relationship within a coherent framework that circumvents classic dualist traps? A bottom-level nonlinear, dynamic, multifactor, multiplicative, multidimensional, molecular (ND4M) trait-covariance time-space model may accomplish this better than traditional approaches.

Mazur & Booth (1998) (M&B) suggested that high testosterone (T) relates to status, dominance, and (anti-) social behaviour. However, low T also relates to status and to formal dominance. The General Trait Covariance (GTC) model predicts both relations under the assumption that high and low T modulates the genotype in ways that enforce the development of almost polar covariant patterns of body, brain, intellectual, and personality traits, irrespective of race. The precise modelling of these dose-dependent molecular body-intelligence-personality-behaviour relations requires that (...) causes, mechanisms, and effects enjoy equal operational standing. (shrink)

A revision of the author's thesis, Stuttgart, 1972.