SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Impact of war and forced displacement on children’s mental health—multilevel, needs-oriented, and trauma-informed approaches

The infliction of war and military aggression upon children must be considered a violation of their basic human rights and can have a persistent impact on their physical and mental health and well-being, with long-term consequences for their development. Given the recent events in Ukraine with millions on the flight, this scoping policy editorial aims to help guide mental health support for young victims of war through an overview of the direct and indirect burden of war on child mental health. We highlight multilevel, need-oriented, and trauma-informed approaches to regaining and sustaining outer and inner security after exposure to the trauma of war. The impact of war on children is tremendous and pervasive, with multiple implications, including immediate stress-responses, increased risk for specific mental disorders, distress from forced separation from parents, and fear for personal and family's safety. Thus, the experiences that children have to endure during and as consequence of war are in harsh contrast to their developmental needs and their right to grow up in a physically and emotionally safe and predictable environment. Mental health and psychosocial interventions for war-affected children should be multileveled, specifically targeted towards the child's needs, trauma-informed, and strength- and resilience-oriented. Immediate supportive interventions should focus on providing basic physical and emotional resources and care to children to help them regain both external safety and inner security. Screening and assessment of the child's mental health burden and resources are indicated to inform targeted interventions. A growing body of research demonstrates the efficacy and effectiveness of evidence-based interventions, from lower-threshold and short-term group-based interventions to individualized evidence-based psychotherapy. Obviously, supporting children also entails enabling and supporting parents in the care for their children, as well as providing post-migration infrastructures and social environments that foster mental health. Health systems in Europe should undertake a concerted effort to meet the increased mental health needs of refugee children directly exposed and traumatized by the recent war in Ukraine as well as to those indirectly affected by these events. The current crisis necessitates political action and collective engagement, together with guidelines by mental health professionals on how to reduce harm in children either directly or indirectly exposed to war and its consequences.
Extension of production capacities of Grego Jachting d.o.o. by procuring parts of plants and equipment for the production of sails

Grego Jachting d.o.o. has been successfully positioned on the nautical market as a high quality sailing ship producer through many years of operations; and
Cross-equatorial flow of grounded abyssal ocean currents

The cross-equatorial flow of grounded abyssal ocean currents in a differentially rotating meridional channel with parabolic bottom topography is examined. In particular, the dependence is determined of the cross-equatorial volume flux on the underlying flow parameters including the slope of the channel’s walls , the half-width of the channel , the half-width and height of the abyssal current and , respectively, the magnitude of the rotation vector , the Earth’s radius , and the reduced gravity . In addition, it is shown that the ratio between the width of the channel and the zonal wavelength of a narrow wave structure that is formed by the current in the equatorial region plays a crucial role in determining into which hemisphere the current flows after its interaction with the equator. It is found that some parameters (e.g. and ) do not have any significant effect on the zonal wavelength, while variations in other parameters (e.g. , , , and ) change the zonal wavelength and, consequently, can dramatically...
Cost-Effective high speed production for fasteners in titanium for the automotive industry

Starting originally in 1950 with the manufacturing of titanium components for motorsports, we, POGGIPOLINI became official suppliers for the Formula One (Ferrari and McLaren) in the 80s, the aerospace industry in the 90s (Augusta helicopters) and finally the automotive industry in 2004 (Ferrari, Lamborghini, Bugatti, McLaren and Porsche). Following a change in F1 regulations in 2009 limiting our production, we decided to reorient our strategy towards the aerospace and automotive industries. Today, we have become a recognized specialist in technical weight reduction solutions, critical components and structural fastening systems. With over 60 years of experience with titanium, aluminium, special alloys and composite, our full service capabilities range from engineering, R&D to system integration and final turnkey packaging using the most technological equipment and processes available. Currently, aerospace represent 54% of our business (total turnover > €8 million). Regarding automotive, thanks to the close relationship between the industries of motorsport and automotive, we have been able to develop a robust customer base for high end products and limited series. Nonetheless, this segment occupies only 21% of our total business. 
With the ProFiT project and its revolutionary manufacturing process for titanium bolts, POGGIPOLINI will move from a semi-manual production (200,000 units / €13.5 production cost) towards a mass production process (potential up to 30 million / < €5 production cost): the subsequent price reduction (> 60%) of the titanium bolts will allow us to expand our automotive market to general cars and by doing so triple our turnover by 2020.
STUDI ERGONOMI PERPUSTAKAANKOTA YOGYAKARTAdengan Pendekatan Aspek Antropometri

This study aims to determine whether bespoke furniture as supporting activities manifest in Yogyakarta City Library building have qualified the standards of comfort in accordance with the body anthropometry visitors and managers. This study also aims to determine the issue of ergonomics what is happening in the Library Building of
Yogyakarta.
	This study was conducted using a descriptive study. Data obtained through two ways. Preliminary data obtained by measuring the dimensions of the furniture and distributing questionnaires to managers and visitors about the age and height dimensions. After obtaining the initial data, the study continued in the second phase, namely the preparation and grouping the data for later analysis using risk factor assessment work is Rapid Entire Body Assessment (REBA).
	From the results of research using REBA assessment methods, it can be concluded that about 45% of the body position when using existing furniture in Yogyakarta City Library has a high level of job burnout and need to be re-furniture design in order to achieve comfort for its users.
The European Union and the Central American Common Market Signs an Association Agreement: Pragmatism versus Values?

This article discusses the association agreement between the European Union and Central America signed in 2010.The importance of this agreement is crucial in international relations since it is the first successful association agreement between two regional groups that include trade, political dialogue and development aid. The central argument of this article sustains that the agreement was possible thanks to the efforts of the Spanish diplomatic team. However, this was not sufficient and the efforts of Central American countries were absolutely essential. The main events that influenced the agreement are analysed in order to find the reasons behind the agreement: the Spanish presidency; the bananas conflict between the EU, the US and Central American countries; and the political conflict in Honduras.
In vitro reconstitution and single cell analysis of the shigella-septin cage.

Autophagy, an intracellular degradation process, is an important defence mechanism against pathogenic bacteria, including the Gram-negative enteroinvasive human pathogen Shigella flexneri. Work has shown that septins, a component of the cytoskeleton that interacts with membranes, entrap cytosolic Shigella in cage-like structures for targeting to autophagy. However, the factors mediating septin cage formation are mostly unknown. The Mostowy lab has recently discovered that mitochondria are required for efficient septin cage assembly and that ~50% of entrapped Shigella are metabolically inactive. The precise fate of septin cage-entrapped bacterium (replication, persistence, death) remains to be defined. For my project, called INCAGE, I will reconstitute the septin cage in vitro and study host and bacterial factors that modulate septin assembly. I will purify septin complexes and reconstitute septin assemblies (filaments, rings, cages) in vitro, and investigate how auxiliary components (actin, mitochondria, endoplasmic reticulum) influence septin cage assembly. This will reveal how septins recognize bacteria and how they assemble into cage-like structures. In parallel, I will follow septin cage-entrapped Shigella at the level of the single cell to study the lethal action of septin caging and uncover mechanisms that enable bacterial survival. I will test if the subpopulation of septin cage entrapped bacteria that stay alive, can replicate or led to the formation of persister cells (transiently refractory to stress) able to cope with host imposed stress (antibiotics, autophagy). Completion of these objectives will identify factors that promote septin cage assembly and its lethal action against entrapped bacteria. In depth understanding of septin cage assembly and its antibacterial activity can reveal important information about septin biology and cell-autonomous immunity, and help to design novel approaches to counteract bacterial infections.
Intelligent ultraviolet (uv) radiation filters

3 million non-melanoma skin cancers and 132,000 melanoma skin cancers occur globally each year, of which about 65% to 95% of cases are related to sun exposure and a history of sunburn. Prevention tools are shade, clothes, hats and sunscreens.

Ultraviolet (UV) filters are the sunscreens active ingredients that absorb the radiation. There is no fixed time that we can be exposed to the sun without developing sunburn, it depends on the irradiation to which we are being subjected, which varies according to the time of day, latitude, season and the activity that is being done.

Existing sunscreens do not adjust to the radiation dose that reaches the skin; they degrade quickly as they absorb more radiation, therefore offering less protection during a given exposure time. In addition, none of the existing filters can generate enough protection alone in one formulation; they must be formulated in combination with other UV filters to produce reach the sun protection factor (SPF).These combinations produce compounds that are responsible for the discoloration and subsequent death of corals.

Roka Furadada (Roka) has developed SMART UV, intelligent UV filters that are activated by a minimal dose of harmless radiation and are able to respond to high doses of radiation while maintaining protection over long periods of time. SMART UV offers all day, sun protection of SPF 30, without the need to be combined with other filters. SMART UV filters produce significantly less environmental damage.

SMART UV: Better for human health, better for the environment.

Sales volume of UV filters will reach over 50,000 tons and will be equivalent to a turnover of 1,815 billion euros, with a growth of 3.1% of CAGR by 2022.
Era-Net smart cities and communities

Smart Cities and Communities have been identified as key to achieving the energy efficiency targets for 2020 and 2050. The main objective of this ERA-NET is to stimulate successful practice and facilitate replicability within Smart Cities and Communities projects and also across projects in order to achieve a technological shift in the current energy system and provide smart and integrated solutions for technology, government and society. ERA-NET Smart Cities and Communities aims to create solutions in the form of projects, which demonstrate or at least constitute a decisive step towards implementations that 
(1) help cities deal with a long uncertain time horizon, 
(2) monitor ongoing experiences and implement change in the project when necessary, and 
(3) avoid pitfalls already encountered by others and facilitate collective learning of stakeholders embedded within a physical and social context. 
Additional activities within the planned ERA-NET are: (A) to work towards a joint call with China and (B) to align national R&D funding with Structural Funds. (A): A structured and systematic approach towards a joint call with China on smart city research will be developed making highest use of existing relations, activities and experience of European Funding Agencies with Chinese partners in order to develop a joint call with China. Beneficiaries of this call (mainly research organisations and companies) would be given a good starting position for further research and development projects. (B) The realisation of smart cities measures requires large investment volumes. Thus, the combination and clustering of different financing instruments is necessary. In line with the new ""smart specialization"" strategy of the EC, the proposed additional activities should encourage and enable Member States, regions and their Managing Authorities to align their national R&D funding schemes with available Structural Funds (in particular ERDF, but also ESF resources).
SLIDE CHAIR FOR A RAIL SWITCH

The invention relates to a slide chair for a rail switch. The slide chair comprises a base plate by means of which the slide chair is or can be fastened, and a slide chair plate which is or can be firmly connected to the base plate. The base plate has a heating fluid guide channel. The invention further relates to a rail switch having at least one such slide chair and a heating device for a rail switch.
Consolidation, enhancement and promotion of the tourist maritime and fluvial port system in the Upper Adriatic

“PORTOLANDO” aims at consolidating nautical maritime-fluvial tourism by means of targeted actions leading to the retrieval of routes and thematic itineraries that are often unknown, in order to promote the Upper Adriatic territory, its history, culture and natural beauty. As the territory is often characterized by watercourses and navigable lagoons of historical and architectural interest, the project intends to rediscover and promote waterways and internal lagoons, with particular emphasis on an environment-friendly and sustainable nautical activity. The project aims at making more accessible to national and international pleasure watercraft the Upper Adriatic tourist port system: in order to improve information flows and provide assistance to both tourists and operators, a joint network (website) will be set up, for the tourist ports of the Veneto region and of nearby Slovenia. Thanks to this network the number of tourists can be increased and the local attractions enhanced. Moreover, the “Guide to ports and docks in the Upper Adriatic” (printed by Touring Club Italiano) contributes to promote the network’s visibility, making available to the tourists itineraries that would otherwise remain unknown.
Aprisco Field Station: the spatial structure of a new experimental site focused on agroecology

Abstract The Dehesa ecosystem provides important social and economic values across the Iberian Peninsula. Assessing the temporal dynamics of this system under climate change is important for the maintenance and conservation of these highly valuable ecosystems. Here, we present the baseline data of an observational plot network in the Dehesa that will form the foundation for monitoring long-term dynamics and for experimental manipulations testing the mechanisms driving resilience within the Dehesa. The initial surveys indicate that the forest structure is typical for the Dehesa, which suggests it is an exemplary site for examining temporal dynamics of this ecosystem. We present these initial data to encourage collaborations from international scientists via either direct experimental projects or meta-analyses.
A Novel Flap for the Reconstruction of Midcheek Defects

Cheek defects generally occur because of reasons such as trauma, burn, and tumor excisions. In the reconstruction of cheek defects, it is essential to cover the defects using the tissues with compatible color and similar texture. Although many techniques have been described for this purpose, local flaps are more likely to be used.In this study, we describe a new technique named "rabbit ear flap," which we used for the reconstruction of a 4.5 × 7-cm cheek defect due to basal cell carcinoma excision in a 71-year-old male patient. Two separate flaps on the extension of right facial artery with an inferior pedicle on the nasolabial region (hairless skin) and a superior pedicle flap that extended from right oral commissure to the submandibular region (hairy skin) were used. The hairy skin part of the defect was closed via the hairy skin flap, whereas the hairless region was closed with the hairless skin flap. The donor sites were closed primarily.No complication was encountered in the early or long-term follow-ups. In the 28-month follow-up of the patient, it was observed that the color and texture compatibility was fine, the natural beard integrity was obtained, the donor site scarring was minimal, and the scarring was camouflaged well in the anatomical lines.This technique is supposed to be an alternative method for reconstruction of medium-sized cheek defects because it is a simple, reliable, and single-session procedure, and because of its similar color and texture, it offers satisfactory aesthetic and functional outcomes due to natural beard restoration.
The Retention of Workers Nearing Retirement: A Job Embeddedness Approach

In light of projected labor shortages in key industries and underfunded retirement plans, this study investigated the reasons some older employees choose to continue working past their retirement-eligibility dates. Using a sample of 15 workers ages 52 to 67 and a qualitative interview methodology, the authors determined that retention of employer-provided health care benefits may be a critical factor in encouraging older workers to remain on the job. Further, workers in this sample highly valued the opportunity for positive social interaction on their jobs and indicated that more flexible work schedules would be one change the employer could make that would have the most immediate impact on their decision to retire. They also said that more money, more recognition/appreciation, more autonomy, and more opportunities to develop skills and knowledge would potentially keep them on the job longer. The authors conclude with a discussion of implications for practice and research.
Charting the space of conformal field theories: a combined numerical and analytical approach

Conformal Field Theory (CFT) was originally conceived in four and three dimensions, with applications to particle physics and critical phenomena in mind. However, it is in two dimensions that the most spectacular results  have been obtained. In higher dimensions, there used to be a general feeling that the constraining power of conformal symmetry by itself is insufficient to tell nontrivial things about the dynamics. Hence the interest in various additional assumptions. This is not fully satisfactory, since there are likely many CFTs that do not fulfill any of them.
The main focus of this proposal is to take a fresh look at the idea that the mathematical structure of CFTs is instead such a strong constraint that it can allow for a complete solution of the theory. This program, known as conformal bootstrap, has provided a new element in the quantum field theory toolbox to describe genuine non-perturbative cases.
This project aims to explore new directions and push forward the frontiers of conformal filed theories, with the ultimate objective of a detailed classification and understanding of scale invariant systems and their properties. 
CFT-MAP will develop more efficient numerical techniques and complementary analytical tools making use of two main methods: by studying correlation functions of operators present in any quantum field theory, such as global symmetry conserved currents and the energy momentum tensor; by inspecting the analytical structure of correlation functions.
The project will scan the landscape of CFTs, identifying where and how they exist. By significantly improving over the methods at disposal, this proposal will be able to study theories currently are out of reach.
Besides the innovative methodologies, a fundamental outcome of CFT-MAP will be a word record determination of critical exponents in second phase transition,  together with additional information that allows an approximate reconstruction of the QFT in the neighborhood of fixed points.
Segmentation of Multiple Knee Bones from CT for Orthopedic Knee Surgery Planning

Patient-specific orthopedic knee surgery planning requires precisely segmenting from 3D CT images multiple knee bones, namely femur, tibia, fibula, and patella, around the knee joint with severe pathologies. In this work, we propose a fully automated, highly precise, and computationally efficient segmentation approach for multiple bones. First, each bone is initially segmented using a model-based marginal space learning framework for pose estimation followed by non-rigid boundary deformation. To recover shape details, we then refine the bone segmentation using graph cut that incorporates the shape priors derived from the initial segmentation. Finally we remove overlap between neighboring bones using multi-layer graph partition. In experiments, we achieve simultaneous segmentation of femur, tibia, patella, and fibula with an overall accuracy of less than 1mm surface-to-surface error in less than 90s on hundreds of 3D CT scans with pathological knee joints.
Material matrix generation for FDTD simulations using OpenGL

This paper presents a new technique of the material matrix generation for the finite-difference time-domain (FDTD) method. In the developed simulation tool, the preprocessing stage of every FDTD simulation is implemented within the OpenGL engine of the graphical user interface (GUI). Therefore, it was possible to compute the material matrix on a graphics processing unit (GPU) using graphical parameters of objects in a simulation scenario. The GPU computations are supported by a multicore central processing unit to achieve a higher efficiency. The developed technique was implemented using OpenGL library and integrated with GUI using modern IT technologies: C++, C++/CLI and C#.NET.