The Weimar Triangle: France, Germany, Poland in the Middle East. United Arab Emirates Perspective

The article’s scientific goal is to investigate the Weimar Triangle countries’ relations with the United Arab Emirates. Therefore, the author asks the research question. Are the Weimar Triangle states’ role and significance increasing in the external dimension of the European Union? Based on the example of the United Arab Emirates, the research adopted a hypothesis. It is the statement that after Brexit, the Weimar Triangle countries have a chance to improve their importance in the EU external activities. Apart from case studies, to revise the hypothesis, the author performed a meticulous comparative analysis. Moreover, the research implemented International Practice Theory as an appropriate tool to investigate the presented issue. This empirical research and its findings resulted from over ten years of the author’s direct observation, analysis, and participation in many initiatives, both in the European Union and in the United Arab Emirates. The Middle East for the Weimar Triangle countries is more significant than just from a trade potential perspective. The situation in this region is also affecting Europe, as well as global security architecture. For this reason, one should develop a coherent and comprehensive EU foreign and security policy towards the region, and the Weimar Triangle formula should be one of its pillars.

Algorithm of fire detection for multi-sensor system

Objective. The paper proposes a fire detection algorithm for a multisensor system. Due to the difficult conditions in the field, for the first time, watch rescue operations are difficult and often endanger the lives of rescuers. The main scientific goal is for the system to work autonomously on certain segments of the monitoring process, while the three agents, to varying degrees, must interact with each other based on communication and decision-making algorithms.Method. There are many algorithms for image processing, but algorithms that use several sources of information are not sufficiently developed and described. The focus is on fire detection algorithms. The algorithm was developed using NI Vision Assistant, a software tool for rapid prototyping and testing of imaging applications.Result. In addition to the software implementation in C, which NI Vision Assistant generates by default, the paper presents a Python implementation of the algorithm.Conclusion. The results of the work can be used to develop multisensor systems for monitoring hard-to-reach areas.

Radioactivity control strategy for the JUNO detector

JUNO is a massive liquid scintillator detector with a primary scientific goal of determining the neutrino mass ordering by studying the oscillated anti-neutrino flux coming from two nuclear power plants at 53 km distance. The expected signal anti-neutrino interaction rate is only 60 counts per day (cpd), therefore a careful control of the background sources due to radioactivity is critical. In particular, natural radioactivity present in all materials and in the environment represents a serious issue that could impair the sensitivity of the experiment if appropriate countermeasures were not foreseen. In this paper we discuss the background reduction strategies undertaken by the JUNO collaboration to reduce at minimum the impact of natural radioactivity. We describe our efforts for an optimized experimental design, a careful material screening and accurate detector production handling, and a constant control of the expected results through a meticulous Monte Carlo simulation program. We show that all these actions should allow us to keep the background count rate safely below the target value of 10 Hz (i.e. ∼1 cpd accidental background) in the default fiducial volume, above an energy threshold of 0.7 MeV.

System of Parametric Modelling and Assessing the Production Staff Utilisation as a Basis for Aggregate Production Planning

The requirement to achieve effective solutions in the shortest possible time in the manufacturing environment is essential, and it can be solved only by effective production planning methods. The scientific problem is that traditional methods for creating and assessing the production plans are insufficient for the future and it is necessary to look for new alternatives. The planners in the framework of designing the production layouts and subsequent capacity planning of the employees are missing the information, methods and tools for making clear decisions. The production costs in general and especially the costs for the workforce create a large part of the operating costs in many manufacturing enterprises. The scientific goal of the article is to present a design of the system for parametric modelling and assessing the working utilisation of the production staff intended for reducing costs. The described solution is based on object-oriented analysis and contains a methodology of planning and controlling the production process in the industrial environment. The designed methodology was used for developing a planning module of project software and was shown through a case study in a company dealing with the production of automotive components. Effective modelling of the digital copy of the manufacturing system in the software environment is one of the most difficult and important steps for developing reliable information systems for planning and inspection in the industry. The methodology’s results in a company are that the solution can be used as a basis for the aggregate production planning that brings savings and efficiency increases. The research results can be used in any company with strictly defined working positions, working activities, and limiting conditions.

Historical Analysis of the Example of Nowy Sącz in Space Syntax Perspective. Guidelines for Future Development of Urban Matrix in Medium-Sized Cities

This paper presents the development of the public space of Nowy Sącz, taking into account the space syntax analysis of the historical maps of the city and the structure of its development. Nowy Sącz is a city located in southern Poland, with over 80,000 residents. A space syntax analysis of historical maps helps to explain the urban space’s growth and development structure. The scientific goal of this paper was to build model solutions and urban typologies of Nowy Sącz; to present the logic of the model; and to compare simulation results with reality and historical knowledge. The application goal was to explain the processes and popularize the insight using clear space syntax visualizations. Axial maps of street networks were developed using current and historical city plans (publicly available plans from the late 18th century to the present day). The space syntax methodology was employed to measure Integration and Choice variables for each stage of the city’s spatial development. The results indicating areas of the highest Integration value were verified against historical studies. A strong correlation was demonstrated between the foci of urban life of super-local reach and their places in a growing city’s structural network.

From Crisis to Rebirth: Modern Museums as Assessed by Specialists

The article is devoted to conflicting assessments of the state of the museum in contemporary museum criticism: museums are experiencing either a protracted crisis or the Golden Age. The public is also criticized: people prefer to come to museums in order to be entertained with the help of new technologies and to achieve a scientific goal, and not in order to fulfill their civic duty (appreciating national treasure). In general, among the objectives of the museum (to form a “national imaginary”, to support a state ideology, to serve as a scientific and educational center, to entertain and give pleasure), the aesthetic is in the last place, but the current negative views about the state of a museum as a sociocultural institution are caused by the general suspicion that aesthetics has come to the fore as the most important factor. In order to correctly assess what is happening, modern approaches to the duties of the museum and the needs of the general public need to take the existing points of view on this subject in both Russian and international specialized literature into account. The analysis of the situation also involves data from Internet resources specializing in reporting on the modern art market, which is closely tied to museum politics. The article compares various approaches to the current situation: the goals and objectives historically attributed to the museum, a review of current exhibitions and of the technology used, a change in museum policy as a whole (in particular the fact that what was considered a profanation of a great idea 10 years ago has become a cultural norm today). Based on the results of the study, the following conclusion can be made: modern museums are indeed extremely commercialized. The most unexpected souvenirs are sold in museum stores. Para-museums openly parasitize on the tourist flow of large museums. More than that, nobody thinks twice about making a profit in any possible way, while simultaneously grumbling about the fall in cultural demands of the public. However, interest in museums among the general population remains unchanged, so asserting the widespread crisis of the modern museum is a very big stretch.

Biomorphic Transformations: A Leap Forward in Getting Nanostructured 3-D Bioceramics

Obtaining 3-D inorganic devices with designed chemical composition, complex geometry, hierarchic structure and effective mechanical performance is a major scientific goal, still prevented by insurmountable technological limitations. With particular respect to the biomedical field, there is a lack in solutions ensuring the regeneration of long, load-bearing bone segments such as the ones of limbs, due to the still unmet goal of converging, in a unique device, bioactive chemical composition, multi-scale cell-conducive porosity and a hierarchically organized architecture capable of bearing and managing complex mechanical loads in a unique 3D implant. An emerging, but still very poorly explored approach in this respect, is given by biomorphic transformation processes, aimed at converting natural structures into functional 3D inorganic constructs with smart mechanical performance. Recent studies highlighted the use of heterogeneous gas-solid reactions as a valuable approach to obtain effective transformation of natural woods into hierarchically structured apatitic bone scaffolds. In this light, the present review illustrates critical aspects related to the application of such heterogeneous reactions when occurring in the 3D state, showing the relevance of a thorough kinetic control to achieve controlled phase transformations while maintaining the multi-scale architecture and the outstanding mechanical performance of the starting natural structure. These first results encourage the further investigation towards the biologic structures optimized by nature along the ages and then the development of biomorphic transformations as a radically new approach to enable a technological breakthrough in various research fields and opening to still unexplored industrial applications.

The Hunt for Pevatrons: The Case of Supernova Remnants

The search for Galactic pevatrons is now a well-identified key science project of all instruments operating in the very-high-energy domain. Indeed, in this energy range, the detection of gamma rays clearly indicates that efficient particle acceleration is taking place, and observations can thus help identify which astrophysical sources can energize particles up to the ~PeV range, thus being pevatrons. In the search for the origin of Galactic cosmic rays (CRs), the PeV range is an important milestone, since the sources of Galactic CRs are expected to accelerate PeV particles. This is how the central scientific goal that is ’solving the mystery of the origin of CRs’ has often been distorted into ’finding (a) pevatron(s)’. Since supernova remnants (SNRs) are often cited as the most likely candidates for the origin of CRs, ’finding (a) pevatron(s)’ has often become ’confirming that SNRs are pevatrons’. Pleasingly, the first detection(s) of pevatron(s) were not associated to SNRs. Moreover, all clearly detected SNRs have yet revealed to not be pevatrons, and the detection from VHE gamma rays from regions unassociated with SNRs, are reminding us that other astrophysical sites might well be pevatrons. This short review aims at highlighting a few important results on the search for Galactic pevatrons.

Electrophoretically Deposited Chitosan/Eudragit E 100/AgNPs Composite Coatings on Titanium Substrate as a Silver Release System

Due to the possibility of bacterial infections occurring around peri-implant tissues, it is necessary to provide implant coatings that release antibacterial substances. The scientific goal of this paper was to produce by electrophoretic deposition (EPD) a smart, chitosan/Eudragit E 100/silver nanoparticles (chit/EE100/AgNPs) composite coating on the surface of titanium grade 2 using different deposition parameters, such as the content of AgNPs, applied voltage, and time of deposition. The morphology, surface roughness, thickness, chemical and phase composition, wettability, mechanical properties, electrochemical properties, and silver release rate at different pH were investigated. Using lower values of deposition parameters, coatings with more homogeneous morphology were obtained. The prepared coatings were sensitive to the reduced pH environment.

Towards a cultural politics of degrowth: prefiguration, popularization and pressure

This article discusses the role of culture in political ecology, with a focus on degrowth. Environmental scientists increasingly consider systemic societal changes such as degrowth as indispensable for the effective tackling of current climate and ecological crises, while governments and civil society remain skeptical of it. To tackle this challenge, this article argues for the strategic employment of cultural practices, values, narratives and identities within degrowth politics. The majority of existing degrowth scholarship considers cultural politics in terms of prefiguration – the act of performing degrowth futures in the present. Drawing on Stuart Hall's concept of politics as production, Chantal Mouffe's plea for a left populism, John Jordan's practice of artivism and Caroline Levine's notion of strategic formalism, this article advocates an extended understanding of cultural politics. It proposes a conceptual framework and research agenda that considers three dimensions of cultural politics: prefiguration, popularization and pressure. To illustrate these dimensions, it gives examples from contemporary activism and popular culture. The article's scientific goal is to conceptualize the functional and strategic role culture can play as instrument in the campaigning and activist uprising for degrowth. Its practical goal is to offer degrowth advocates and activists insights on how to mobilize various existing and emerging cultural forms towards their end.