Social-Ecological Peace – A framework to analyze the transition from violence to peace in post-conflict areas, applied to Aceh, Indonesia

While the analysis of peace often stops with "negative peace" in conflict studies (Shields 2017), critical structural analyses of a transition towards peace risk to analytically emphasize how wartime structures extend into post-conflict times (see e.g. Lee 2020). In this article, by engaging with the two fields of conflict studies and political ecology, a framework is developed that allows a critical analysis of resilient structures and discourses from times of conflict, as well as of possible leverage points that could support a transition towards what is here conceptualized as "social ecological peace". The framework hence helps to understand in how far dimensions of prior violence have transformed into peace, and if certain dimensions of violence have continued, even though they manifest themselves in a different way. The framework builds on Galtung’s conceptualization of violence and peace, but realigns "cultural violence" with Pierre Bourdieu's "symbolic violence". Additionally, for extending the framework with an ecological dimension and historical dimension, the notion of 'slow violence' by Rob Nixon is introduced. Applying the framework to Aceh, Indonesia, shows how cultural peace allows individuals to narrate and act out of a new identity, and in this way, enables them to put into effect structures of a new era of positivesocial-ecological peace. At the same time, discourses that are inherited from wartime and transform into peace time structures risk to carry violence in them. It becomes important to lay open the structural effects of the very discourses that have supported Aceh’s autonomy, so that they may not further extend structural violence into peace times. This is likely to remain a challenge in a context that is described as still negotiating and struggling to enhance its autonomy (Setyowati 2020a).

Developments of a multiplexer system for the High-Brilliance Neutron Source HBS

The High-Brilliance Neutron Source project (HBS) aims at developing a medium-flux accelerator-driven neutron source based on a 70 MeV, 100 mA proton accelerator. The concept optimizes the facility such that it provides high-brilliance neutron beams for instruments operating at different time structures. This can be realized by generating an interlaced proton pulse structure, which is unraveled and sent to three different target stations by a multiplexer system. In the following we present the developments of a multiplexer system at the JULIC accelerator at Forschungszentrum Jülich GmbH (FZJ), which serves as test facility for HBS. The main components of the JULIC multiplexer system are designed to be scalable to the HBS parameters.

Cyclic stroke mortality variations follow sunspot patterns

Background: Mapping time-structures is a burgeoning scientific field enriching the (P4) medicine models. Local evidence in Mediterranean populations is underinvestigated. Methods: The Censused stroke-related death events (D) in the largest East-Mediterranean port (Piraeus), during (1985-1989), when local population had diet (low fat/sugar, proteins and vegetables/fruits daily, and pure olive oil almost exclusively) and genetic homogeneity-later interrupted by the immigration into Greece in 1990; and Sunspot numbers were indexed by Wolf numbers (Rz) (1944-2004), and evaluated using Fast Fourier Analysis and Singular Spectrum Analysis in MATLAB. Results: D were turned with fluctuations >35% in Rz. A non-anthropogenic 6.8 days cycle was recognized. Conclusions: This study may be taken into consideration in future public health planning and chronotherapy evaluations.

Cyclic stroke mortality variations follow sunspot patterns

Mapping time-structures is a burgeoning scientific field enriching the (P4) medicine models. Local evidence in Mediterranean populations is underinvestigated. The Censed stroke-related death events (D) in the largest East-Mediterranean port (Piraeus), during (1985-1989), when local population had diet and genetic homogeneity-been interrupted by the immigration into Greece in 1990s, and Sunspot numbers indexed by Wolf numbers (Rz) (1944-2004), were evaluated using Fast Fourier Analysis and Singular Spectrum Analysis in MATLAB. D were turned with fluctuations >35% in Rz. A non-anthropogenic 6.8 days cycle was recognized. This study may be taken into consideration in future public health planning and chronotherapy evaluations.

Lifestyle of People Living in Harsh Climatic and Geographical Conditions

The goal of the present empirical study was to describe the lifestyle of people who have to live in harsh climatic and geographical conditions. The research featured the people of Kamchatka and involved several stages. During the first stage, the author obtained descriptive characteristics of the environment in question based on self-reports of respondents. The interviewed included those satisfied with their living conditions and those willing to leave Kamchatka. The lifestyle features were grouped into the differential assessment of environmental characteristics and the factors that directly affect the construction of one's individual lifestyle, e.g. climate, or the so-called geophysical factor, society, household, economy, etc. During the second stage, the author identified the nuclear and peripheral lifestyle structures typical of individuals that have to live in harsh conditions. The nuclear lifestyle structure consisted of characteristics that reflected activity, emotional assessment, safety, meanings, and truth. These features were associated with the direct implementation of specific goals, motives, and needs. The content and structural components of one's lifestyle appeared to be affected by one's chronotopes, or space-time structures. A time construct proved to build itself into one’s individual lifestyle, which led to a special type of constructing relationships heading from the past to the present and the future. This specific feature also determined the assessment of one’s life activities.

Observations of ionospheric TEC peaked structures from Global Ionosphere Maps

<p>The total electron content (TEC) data from Global Ionosphere Maps provide a global TEC map in the region between latitude 87.5°S to 87.5°N, and longitude 180°W to 180°E. The TEC data in geographic coordinates are first transformed into geomagnetic coordinates through Altitude-Adjusted Corrected Geomagnetic Model (AACGM). We then use 2-dimensional (longitudinal, 180°W-180°E and time, 10 days) Fourier transform (FT) of TEC variations along different geomagnetic latitude to obtain all wave modes in both UT (universal time) and LT (local time) frames for the period from November 18, 2002 to October 15, 2014. The summation of contributing wave modes at a given local time provides the longitudinal variation of the associated zonal waves. The phases of wave modes lead to a constructive or destructive interference of contributing zonal wave, which gives different structures at different local time. These local time structures include Weddell Sea Anomaly (WSA), Southern Atlantic Anomaly (SAA), and Four-peaked structure. The dependence of the peaked structures on latitudinal, seasonal, and solar activity is studied.</p>