SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Postimperial memories, gender and trauma in the anthropocene: a change of feminist perspective on turkey

The increasing currency of the Anthropocene era demands new ways of thinking about grief and trauma which are both personal and cultural experiences. As E. Ann Kaplan proposes, the concept of “pre-traumatic stress syndrome” describes how cultural representations of accelerated environmental degradation generate “climate trauma,” which is accompanied by its own psychological condition (2015). Further, a host of slowly unfolding environmental crises confront us with “slow violence,” which is neither sudden nor spectacular but instead incremental with calamitous repercussions for years or decades or centuries. 

Much of the current narrative on the Anthropocentric age relies on the realm of Western and European from human-centered, techno-focused, and masculinist lens, overlooking the feminist roots of work on the Anthropocene. This novel project proposes feminist and queer study of Anthropocene trauma in post-imperial Turkey and its European diasporas by investigating how public intellectuals remember and dramatize grief and trauma regarding the lingering environmental effects of the Ottoman Empire, the environmental aftermath of war and genocide, climate trauma, and other forms of slow violence in modern Turkish literature. Divided into five work packages, the objectives of this project can be synthesized as follows: mobilizing a new taxonomy of trauma and grief in contemporary Turkey pertinent to the Anthropocene; developing feminist and queer forms of insight into the Anthropocene conversation through post-Ottoman context; being the first of its kind that simultaneously acknowledges and transcends current environmental concerns and one that relates back to gender, race, ethnicity, and class in Turkey and its European diasporas. This project corresponds well with 2020 EU policies regarding environment and climate action and the Horizon 2020 Work Programme since it studies a wide range of psychoanalytical and physical response to our dire environment predicament.
Subvención para Madej Ireneusz «autokarowe TRAVELS» para financiar sus actividades actuales y garantizar sus operaciones cotidianas.

El proyecto asume una subvención para Ireneusz Madej Coach Transport Company, que sufrió como consecuencia de la pandemia de COVID-19. Debido a la pandemia, el volumen de negocios ha disminuido significativamente. La subvención garantizará que las actividades y el empleo de la empresa se mantengan durante un período de 3 meses naturales.
REFRIGERATION APPLIANCE COMPRISING A DROP-DOWN DOOR

The invention relates to a refrigeration appliance (100) comprising an interior (103), a door (101) for closing the interior (103), and a drop-down door (109) which is arranged in the refrigeration appliance door (101) and closes the interior (103). Said drop-down door (109) comprises a light-transparent section (111). A light (117) for illuminating the interior of the refrigeration appliance (103) is arranged in the light-transparent section (111).
Evaluation of novel ultra-fast selective iii-v epitaxy

As the worldwide photonics market is increasing and optical and electronic devices based on III-V semiconductors are gaining market segment, the production of III-V semiconductor wafers including GaN has increased in volume  and sizes have increased from 2” to 6”. However, this is still short of the 8”-12” common in Silicon CMOS technology. Furthermore, the integration of III-Vs on silicon or on-insulator, has been a long-standing goal for the past 50 years, in order to combine electronic and photonic applications, and to allow photonic technologies to take advantage of the highly developed silicon CMOS technology, thereby opening up for vast new application opportunities. The aim of ENUF is for the first time to attempt to combine two different growth methods to achieve a low-cost integration of large-area III-V on insulator on a silicon platform, and to establish this as a replacement technology for existing III-V wafer production or to enable low-cost integration of optically active material as enabling technology for silicon photonic applications. The method can also be adapted to GaN on Si or on insulator for low-cost high-volume production of high power electronics and light emitting devices.
Laboratory experiments, numerical modelling and field observations of basaltic magma fragmentation

For low viscosity magmas such as basalts, rapid and unpredictable transitions between effusive and explosive activity may occur. These transitions dramatically alter the impact of an eruption and pose a real challenge to policymakers tasked with mitigating the risks associated with basaltic eruptions. Mechanisms controlling these transitions, however, are not well understood, mainly due to the lack of a clear understanding of basaltic magma fragmentation. 

The ENDGAME project proposes to investigate transitions in eruptive styles at basaltic volcanoes by studying fragmentation of basaltic magmas through a combination of targeted cutting-edge fluid dynamics experiments, new holistic numerical modelling of magma ascent and brand new field observations collected during a basaltic eruption. 

ENDGAME will aim to:
1) define new constitutive equations for basaltic magma fragmentation by implementing and performing jet flow and shock-tube experiments with a bubble- and particle-bearing analogue material in combination with high-speed Schlieren shadow photography;
2) extend a state-of-the-art 3D transient model of magma ascent to model the evolution of the particle-size distribution resulting from fragmentation through time by using a numerical technique which has been recently applied in volcanology, the “Method of Moments”;
3) use the new 3D magma ascent model to investigate the transitions in eruptive style by comparing numerical results with laboratory experiments and field observations that will be collected during an eruption at Piton de la Fournaise.

The interdisciplinary approach that characterizes ENDGAME, e.g. linking cutting-edge fluid-dynamics experiments with state-of-the-art 3D magma ascent modelling and field observations of an active eruption, will allow us to shed light on one of the biggest challenges in volcanic hazard assessment: what parameters and how they control the transition in eruptive style at basaltic volcanoes?
Competence centre for the conservation of cultural heritage

The 4CH project will design and prepare for a European Competence Centre (CC) on the Conservation of Cultural Heritage which will work proactively for the preservation and conservation of cultural heritage (CH). The project aims to start implementing the structure, organization and services of the CC which will operate as a virtual infrastructure providing expertise, advice and services using state-of-the-art ICT with a special focus on 3D technology. A Strategic Advisory Board, including representatives of major national and international CH bodies, will be established to advise on cultural, scientific, technological, financial, strategy and policy areas.  4CH will design and implement the ICT infrastructure of the CC, based on a Cultural Heritage Cloud, compliant with the EOSC vision, to provide an open collaborative digital space for cultural heritage conservation giving access to repositories of data, metadata, standards and guidelines. Access to High Performance Computing service providers will be supported.  
The core results of 4CH work will comprise of:  
•	a holistic interdisciplinary approach to state-of-the-art 3D documentation of monuments and sites for conservation, preservation, access and exploitation 
•	guidance on policies and strategies 
•	a catalogue of well-documented standards 
•	an inventory of software and tools 
•	guidelines for data acquisition, management and storage 
•	a set of success stories on advanced digitization 
•	advice on funding opportunities 
•	training and education plans for professionals and managers 
•	communication and dissemination of 4CH results
•	a complete business model and a sustainability plan for the Competence Centre.

4CH will foster the implementation of actions to substantially increase the number and the quality of digitized sites, documents and monuments.
How and when does climate influence carbon sink activity? multi-temporal analysis of wood formation in conifers

Forest carbon sequestration plays a crucial role in climate change mitigation. As evidenced by recent studies, tree carbon uptake is directly controlled by environmental influence on wood (xylem) formation processes. Current knowledge on how and when climate influences these processes mostly come from short-term direct (weekly xylogenesis monitoring) and long-term indirect (width and anatomy of annual tree rings) analysis of tree growth. Nevertheless these approaches, related to different scales of investigation, cannot provide a complete overview of the complex climate influence on tree carbon sequestration, when used separately. 
INTREE aims at quantitatively assess multi-temporal climate influence on tree carbon sequestration in temperate and boreal forests. The project will focus on two conifer species, Picea abies and Picea mariana, along two elevation gradients in the Alps and one latitude gradient in Canada. A novel approach, the analysis of intra-ring wood anatomy along tree-ring series, will be used to create a link between different scales of investigation. Xylogenesis monitoring, tree ring analysis, and intra-ring quantitative wood anatomy, will be innovatively used jointly to assess intra-seasonal to multi-decadal climate variation influence on xylem formation processes. This new knowledge will be used to quantify climate influence on xylem cell number, size, and wall thickness in tree rings, and therefore to assess how climate variations affect the amount of carbon annually stock in the tree stem.
INTREE will promote the integration of different expertizes, methods and scales of investigation in climate change-related research. Outcomes will provide a unique contribution to current understanding of forest carbon sequestration, and provide mechanistic information for vegetation and carbon process-based models. In conclusion, INTREE will improve the scientific knowledge necessary to develop climate change mitigation actions.
The “extended-personal reality”: augmented recording and transmission of virtual senses through artificial-intelligence

Social media has transformed the way we communicate through text, images, and videos. Despite recent technological avenues, virtual reality (VR) has not been incorporated in social platforms, hence limiting the comprehensive sharing of an EXPERIENCE. This project makes real the complex interplay between multisensory perception, emotional responses, past experiences, and perspective of the future also by disentangling the mental representation of self in space and time. The new Extended-Personal Reality technological and scientific paradigms will move Europe to the future generation of extended social interactions by allowing the public at large to i) create their own VR environments as they do photos and videos without the need for technical skills, ii) create virtual simulations eliciting unique psychological, cognitive, neurophysiological, and behavioural responses, iii) automatically generate VR environments from neurophysiological data, iv) easily manipulate VR environments to communicate and elicit specific emotions, v) manipulate perceived reality to effectively treat psychiatric disorders. EXPERIENCE embeds advanced artificial intelligence routines merging information from a person’s Extended-Personal Reality to inform manipulation tools including neuromodulation, multisensory biofeedback (audio, video, haptics), and subjective perception of time-space. EXPERIENCE will produce extremely realistic reproductions of the user's past and may re-administer it by modulating the associated emotional states on demand. Within a large number of research and innovation avenues, EXPERIENCE will prioritise novel diagnosis and treatment of affective disorders commonly associated with altered multisensory perception like depression, anxiety, and eating disorders. A plethora of innovative technological paradigms including gaming, e-learning, and neuroeconomics will be in the commercial exploitations, including the opening of a new market for actually selling EXPERIENCEs
Unravelling the hypothalamic epigenetic code behind obesity.

Despite titanic social and scientific efforts, rates of obesity continue to increase in Europe. Unfortunately, safe and effective treatments are currently unavailable. Obesity is a multifactorial disease that is largely the consequence of enigmatic and complex genetic-environmental interactions. Evidence suggests that the prevalent western-diet triggers epigenetic changes that contribute to the current obesity epidemics. Hypothalamic proopiomelanocortin (POMC)-expressing neurons are crucial elements of energy balance, and its dysfunction cause severe obesity in experimental models and humans. Our hypothesis is that over nutrition causes epigenetic changes in POMC neurons that in turn lead to dysregulated energy homeostasis and obesity. The objective of this proposal is to establish for the first time a genome-wide epigenetic map of POMC neurons in the context of over nutrition during adulthood and fetal programming. To pursue this aim we will use an innovative cell-specific in vivo strategy to tag and reliably isolate POMC neurons, followed by next generation sequencing to evaluate chromatin accessibility and histone marks distribution across the genome. As a result, we will provide a novel framework for understanding the underlying epigenetic signatures related with obesity development and susceptibility. Hence, this project is in line with the Horizon 2020 Framework for improving our knowledge of the causes underlying a disease. Furthermore, the outcomes of this project may have potential therapeutic implications for the treatment of obesity since most epigenetic marks are reversible and therefore potentially targetable. The multidisciplinary nature of the project is strong, involving a combination of genetic engineering techniques, molecular biology and bioinformatics. This proposal includes the transfer of knowledge to the host institution and the training of the candidate in new techniques and transferable skills.
Challenges and changes in the Polish healthcare system

The healthcare reform package submitted to the Polish parliament could lead to a radical and fundamental change in existing business models and in the rules on marketing activities. The most important provisions introduced by the new Reimbursement Act are: fixed markups and prices of reimbursed medicines, introduction of a pay-back system, risk-sharing mechanisms, tax on income from reimbursements, a maximum (total) reimbursement budget, new therapeutic and economic criteria for various levels of reimbursement. Undoubtedly the planned changes will improve the functioning of the reimbursement procedure by increasing the transparency of the process. Challenges facing health policy in Poland are not unique: similar have been identified in Hungary. Owing to the similarities between both countries in healthcare systems, clinical practice patterns and economic indicators, it seems to be reasonable to develop partnerships in creating relevant regional databases and registries, and in examination of the generalisability and transferability of health technology assessment findings.
Improving the sustainability of bioenergy production with a robot for biomass quality management

Renewable energy generation and biofuels are replacing fossil-based energy sources and decarbonizing the energy system. However, one problem still limits the optimal and efficient use of biomass for energy and other applications: the varying biomass feedstock quality causes 5-10% of extra operating costs at a typical power plant. The quality fluctuation can be dealt with by optimising the feedstock mix and plant processes based on the feedstock quality. However, this is only possible when real-time information of the quality of each raw material load is available. The conventional quality measurement methods cannot provide such data.  

Prometec Tools has developed an automated solution, the Q-Robot, that renews the raw material quality management at biomass power plants and biorefineries. It eliminates the error caused by conventional sampling procedures and provides information of each biomass delivery before it is unloaded from the truck. Moreover, since it makes load-specific information available also to the feedstock supplier, Prometec’s solution enables a completely new level of intelligent biomass quality management across the whole supply chain. The solution benefits the end user (plant), the feedstock supplier as well as the consumer and the society at large by improving the resource and cost efficiency (and therefore also the sustainability) of biomass supply and use. 

Prometec aims at becoming the leading European service provider for feedstock quality management at biomass power plants, pulp mills and biorefineries - a global multi-billion-euro market. The novel solution is estimated to create 800 000 € of annual savings at an 800 GWh power plant and its expected payback time is less than 12 months. The net savings potential in Europe in 2020 is 0,8 B€. The solution helps reduce CO2 emissions not only in the supply chain and at the plant but also by making biomass more competitive and therefore a more favourable fuel feedstock compared to coal.
CARTOGRAFAR MAPAS

Marina Camargo é natural de Maceió, mas estudou em Porto Alegre, onde concluiu bacharelado e mestrado em Artes Visuais no Instituto de Artes da Universidade Federal do Rio Grande do Sul (UFRGS). Desde os anos iniciais, suas pesquisas estiveram marcadas por uma noção expandida de desenho, na qual imagem e pensamento se constituem mutuamente e, assim, estruturam o próprio processo de trabalho. Questões relacionadas a cartografia começaram a interessá-la durante o período em que viveu em Barcelona (onde estudou Cultura Visual na Universitat de Barcelona, Espanha), a partir de quando o sentido de deslocamento físico passou a ser recorrente em seus trabalhos. Em 2010, Marina Camargo recebeu uma bolsa do DAAD para estudar com Peter Kogler na Akademie der Bildenden Künste em Munique (Alemanha), onde posteriormente concluiu sua formação. Durante esse período, seu trabalho voltou-se para questões relacionadas a lugares específicos, explorando dimensões diversas da paisagem e da representação dos lugares. Atualmente vive em Porto Alegre e Berlim.
Treatment-related morbidity in gynaecological cancers

Key content

•
The National Cancer Survivorship Initiative recognises that all treatment modalities in cancer have potential long-term physical and psychosocial implications for patients.

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Prediction and early recognition can prevent or minimise treatment-related morbidity in gynaecological cancer.





Learning objectives

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To introduce the concept of survivorship as an essential component of gynaecological oncology care.

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To understand the range of problems that women encounter following cancer treatment and the need for a multidisciplinary approach.





Ethical issues

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Informed counselling prior to treatment includes a description of potential long-term morbidity, which may contribute to decision making.





Please cite this article as: Hadwin R, Petts G, Olaitan A. Treatment-related morbidity in gynaecological cancers. The Obstetrician & Gynaecologist 2010;12:79–86.
Green IT Network Europe

GreenITNet
Information and communication technologies (ICT) have become a driving force of economy and society sustaining growth and prosperity. On line data processing has in the last decade developed into a truly new infrastructure. ICT is ubiquitous and will become more so in the coming years.  Also ubiquitous however has become the question of the sustainability of ICT. ICT has been singled out as a fast growing consumer of energy with a sizable carbon footprint. Already ICT consumes 8% of electricity in urban areas. Energy costs have become the largest proportion of ICT costs sometimes questioning the availability of the electricity needed.
Since a few years the sustainability of ICT, "Green IT", has become a major issue. Knowledge institutions, governments, and industries form the ICT sector and other sectors have turned actively to reduce the energy consumption of ICT. As the first results of these Greening OF ICT activties become available a second essential factor becomes
clearly visible. Reducing CO2 emissions and energy consumption of almost all sectors of society and the economy also depend on ICT.  It has been estimated that "smart" deployment of ICT (increasing power use) can decrease the use of electricity with a factor 5 or more.
The opportunity for Greening the economy and society BY ICT turns Green IT into a truly global issue, with ramifications on all levels of economy and society,  involving a myriad of stakeholders. For regional governments development of effective policies to stimulate stakeholders to implement Green IT actions have become a major new area of activity. GreenITNet offers the opportunity to assess a wide range of actions and analyse policies and policy instruments to explore, develop and implement Green IT. Policy development not only has to fit opportunities in sectors as different as households, buildings, mobility, industrial processes, and the ICT and energy infrastructure itself, it also has to grasp many different
opportunities and restraints of a technological, institutional, social and economical nature. 
Throughout Europe a number of regional authorities has taken up the challenge. The vastness of the task requires strong cooperation and exchange of experience to pool resources and expertise. The main objective of GreenITNet is to support 10 partners (Riga, Manchester, Rome, Barcelona, Amsterdam, Catania, Oresund, Malta, Kranj, Czestochowa) and a large network of other cities and regions to develop a systematic Green IT policy framework and select a number of good practises and effective policies. The project organises a process of systematic exchange and assessment of Green IT policies and delivers a repository of policies. GreenITNet makes an important start to turn policy making for energy efficient ICT and ICT as an enabler to fight climate change into mainstream regional policy involving many stakeholders, enduring well beyond the life time of the project.
Numerical Investigation of Liquid Flow in Two-, Three- and Four-Stage Centrifugal Pumps

In this study, a liquid flow in two-, three- and four-stage centrifugal pumps was numerical investigated. The continuity and Navier-Stokes equations with the k-e turbulence model and standard wall functions were used by means of the ANSYS-CFX code. To enhance the design of the multistage pump, the impacts of the number of impeller blades, diffuser return vanes and the number of stages on the performances of a multistage centrifugal pump were analyzed. The results obtained demonstrate that the selected parameters affect the pump head, brake horsepower and efficiency in a strong yet different manner. To validate the model developed, the results of the numerical simulations were compared with the experimental results from the pump manufacturer.