Dragon09/odtu_chatbot huggingface dataset:
decolonial pedagogy in womens audiovisual training in the global south case studies in mexico ecuador and guatemala

coloniality is known as the darker side of modernity it operates as a pattern of power implanted during the historical processes of colonization although still in force through mechanisms and relations of domination and dependency such as centerperiphery or nonculturalcivilized women from the global south stand on the margins of moderncolonial standards of being abbreviated in a state of primitivism this proposal approaches the audiovisual training of subaltern women in mexico ecuador and guatemala to offer a decolonial pedagogical model that builds paths for inclusive education and adds to the sustainability of the latin american audiovisual sectors it applies a qualitative methodology through the notion of situatedknowledge by retrieving the training experiences of indigeoenous and afrodescendant community filmmakers and audiovisual media students likewise with the purpose of identifying the moderncolonialgender factors that intervene in their education and further integration into the industry thereby it contributes to theoretical and methodological gaps from an interculturaltransmodern standpoint
the european hydrogen academy

hyacademyeu will capitalise on the investments already made by the european commission and member states in education and training activities the consortium brings together representatives from multiple projects table 1 enabling previous outputs to be consolidated and exploited maximising the academy impact and reachin order to realise its objectives the european hydrogen academy will have achieved by midterm tobuild and sustain a network of over 100 universities the network of 100 offering recognised qualifications specialisations and degrees in hydrogen technologiesbuild and sustain a network of over 500 schools integrating hydrogen topics into their science teaching including technical schools and colleges with more specific technical training create a network of 5 handson physical training laboratoriesoffer a portal to showcase and link the educational programmes available in the network and beyond in order to supply prospective trainees with accurate and detailed information on training and career opportunities with a minimum of 100000 accesses to documents specialising in hydrogen topicsprovide free training materials across european languages to lecturers and teachers in order to enable educational staff to deliver the vast body of educational measures necessary develop and integrate novel online teaching methodologies into university college and school curricula and train educational staff to successfully employ these and create and implement an organisational structure and a successful business case allowing continuation of the project activities postfunding in establishing a european hydrogen academy spanning all levels and types of education and traininghyacademyeu will considerably contribute to the eu goals of offering access to highquality education supporting the creation of a highlyskilled workforce and more and better jobs in the european hydrogen industry through the school activities it will foster public awareness and acceptance of hydrogen technologies
at the core of colonial plantations exploring the indigenous roots of the colonial sugar industry in the canary islands and the caribbean 15th16th c sukkar

the european colonisation of the atlantic brought about landuse change at a continental scale as colonists invaded new regions they dispossessed indigenous populations and took advantage of their farming areas to build cashcropping plantations however precolonial fields and their infrastructure had been designed according to different ways of organising production and were illsuited for commercial agriculture thus settlers were forced to partly accommodate the productive criteria of colonised societies how the adaptation of indigenous farming areas took place and how it both made possible and conditioned the development of colonial agriculture in the atlantic remain unexplored sukkar aims to decisively tackle this issue by conducting comparative interdisciplinary research in the canary islands and the dominican republic by combining the analysis of archival sources with the study of farming spaces and practicesthrough field surveying and gisbased spatial analysis i will be able to explore the deep connections that four sixteenthcentury canarian and dominican sugar plantations have with precolonial agriculture analysing the design and management of these plantations from a comparative perspective will allow me to identify their indigenous cores and ascertain how colonial agriculture mutated through its interaction with different systems for organising production sukkar will be the first research project on the development of the colonial sugar industry to focus on the contributions made by colonised populations on both sides of the atlantic the actions engagement with local knowledge will also highlight the cultural and ecological value of the agricultural landscapes and traditional practices of rural communities in the canary islands and the dominican republic and expose the pressing need to protect and nurture them
hineat hierarchical nanoengineered assemblies of titania sensor

the proposed research seeks to advance the state of the art in skin cancer diagnostics by developing an electrochemical sensor for tumour markers or biomarkers utilizing hierarchical nanoengineered assemblies of titania hineat nanoparticles melanoma is the most aggressive and deadliest form of skin cancer that can spread quickly to other body areas so its early identification and treatment are vital the existing histological and immunological cancer detection techniques are intricate expensive and often lack sensitivity and specificity therefore in this project we intend to introduce a subtle rapid accurate facile and lowcost hineatbased electrochemical sensor to detect the biomarker tyrosinase a crucial enzyme involved in melanin overproduction and development of skin melanoma the following two research goals have been set forth to achieve this 1 creation of hineat nanoparticles with enhanced electrocatalytic activity towards tyrosinase via tuning their physicochemicalsurface properties and 2 employing largescale facilities synchrotronneutron sources to investigate the interfacial properties of the titaniatyrosinase interaction thus the current project represents a groundbreaking approach to push the frontiers of skin cancer diagnosis through the innovative use of titania nanoparticles and largescale facilities for developing an effective pointofcare electrochemical sensor success in this research promises heightened precision and sensitivity in melanoma detection potentially leading to timely diagnoses and improved patient outcomes ultimately we aspire to make a significant contribution to health care by lessening the severity of melanoma reducing overall care expenses and increasing the lifespan of cancer survivors in line with the european commissions beating cancer plan
judging plausible deniability

plausible deniability pd can be used strategically to convey content without dealing with the repercussions of asserting it explicitly for instance one might say i admire your courage for wearing this dress to convey an insult without incurring the social costs of explicit aggression pd underlies such important phenomena as politeness covert threats political dog whistles and flirting despite this pd is understudied and as of yet imperfectly understood arguably pd cannot be reduced to the mere probability of the relevant interpretation rather it also relies on subtle social structures such as power dynamics attribution of responsibility and commitment and their interactions with the linguistic expression of content this makes pd an extremely complex and fascinating phenomenon from the point of view of linguistics philosophy of language and more generally the cognitive and social sciences the plaude plausible deniability project aims to develop a unified account of pd that untangles its conceptual components and unifies its various guises under one theoretical umbrella plaude will develop a formal computational model of pd to achieve a high degree of clarity and precision and generate quantitative empirical predictions that will be tested experimentally the model will improve over previous accounts by analyzing pd as a compromise between conveying content to another language user and avoiding judgment by a judge or bystander be it concrete or imagined this model will be used to systematically analyze realworld cases of manipulative language use with the aim of disseminating the judgebased account which is not only a technical innovation but will also form the basis for a nontechnical explanation of the phenomenon resulting in a workshop to help entities vulnerable to pdbased linguistic strategies
integrated simulations of active emulsions in complex environments

biological cells consist of a myriad of interacting biomolecules that collectively arrange in stable structures for example molecules undergo phase separation to form socalled biomolecular condensates we now know that malfunctioning condensates can cause diseases like alzheimers parkinsons and cancer yet we do not understand how condensates become malfunctioning and how healthy cells control them some challenges in understanding condensate dynamics are that cells are heterogeneous have complex material properties and exhibit significant thermal fluctuations biological cells are also alive and use fuel molecules to control processes actively i recently showed that active chemical reactions could generally affect the dynamics of droplets however it is unclear how such active droplets behave in the complex environments inside cellsemulsim will study how cells control biomolecular condensates and provide a novel integrated simulation method incorporating relevant processes on all length scales on the scale of individual droplets i will investigate the influence of driven reactions and elastic material properties of droplets on the cellular scale i will study the effect of the elastic cytoskeleton and the presence of multiple compartments for each of these processes i will derive experimentally verified models using examples of relevant biological processes including cell division chromatin organization and signaling combining the physical theories for these critical processes will culminate in an agentbased model describing a collection of droplets ultimately also including number fluctuations this novel simulation framework will model biomolecular condensates in their cellular environment taken together emulsim will propel our understanding of biomolecular condensates and lay the ground for the development of novel therapies in medicine
harnessing the electrochemical power of oxygen

the recent discovery of anionic redox chemistry has unveiled a new transformational paradigm for designing sustainable rechargeable batteries with superior energy density lirich layered oxide llo cathodes exhibiting oxygen redox activity can deliver exceptional capacities 40 higher than stateoftheart nmc811 due to the cumulative cationic and anionic redox processes however the llos suffer from poor energy efficiency reduced power density and voltage decay caused by progressive irreversible migration and trapping of transition metals in intermediate sites in the structure during operation in this context the aim of the project is to target new llo polymorphs with improved stability and performance through crystal engineering of the oxygen stacking sequence and tuning of local cationcation interactions first i will leverage my expertise in in situ xrayneutron diffraction and total scattering methods to study the evolution of the atomic structure average and local during synthesis of selected llo compositions this will 1 dramatically reduce the time needed to cover parameter space 2 facilitate identification of the optimal reaction conditions for specific llo polymorphs and 3 provide fundamental mechanistic insight secondly this information will be used to target llos with different structural configurations and systematically examine the relationship between their electrochemical performance and structural evolution during operation thirdly i will investigate the charge compensation mechanisms cationic and anionic of the materials which will be related to the structural changes as well as electrochemical data to yield a complete mechanistic picture of the synthesisstructureproperty relationship in the system this fundamental groundwork will allow development of a fabrication strategy for the next generation of sustainable highperformance cathode materials exploiting the untapped electrochemical potential of oxygen
enabling large efleets participation in power systems optimisation through mass deployment of peoplefriendly lowcost infrastructure and interoperable vehicles

electric car markets have grown exponentially in recent years and the trend continued strongly through 2023 the eu has passed legislation to match its electrification ambitions and more rd projects are being funded to develop affordable usercentric ev concepts equally important is the sufficient coverage of charging infrastructure to achieve the optimal ratio of evs per charger the epowermove concept is to develop a global energyusage optimiser which brings together advanced technologies from charging infrastructure design and grid energy control with a number of innovative and complementary elements to maximise the potential utilisation of individual innovations all developments in the project are driven by social innovation affordability and user acceptability meeting users needs and requirements in sociocultural contexts of different communities the proposed slow charging solutions are costeffective bidirectional and interoperable and intelligently synergised with the grid to optimise the overall efficiency and capacity of power supply mindful of increasing penetration of renewable energy systems solutions are demonstrated in helsinki finland with focus on charging infrastructure cost reduction and peoplefriendly applications klagenfurt austria with focus on business model development and nicosia cyprus with focus on grid compatibility and energy flow optimisation the multilevel systemic architecture is designed to be flexible scalableand compatible with a variety of regional power systems and v2g technologies new business and usage models are explored to maximise the project results impact building up from a proven proliferation model developed in several eufunded projects to assess policy intervention scenarios and strategies for massdeployment ev uptake epowermove will accelerate the transition to sustainable urban emobility and contribute to the reduction of greenhouse gas emissions in the global transport sector
rectenna in millimeterwave frequency range for highpower energy reception

the rempower project embarks on a pioneering journey to harness the untapped potential of spacebased solar power sbsp through innovative rectenna technology and subthz wireless energy transmission however sbsp also faces many challenges such as high launch costs technical difficulties and potential safety and security issuesat its core rempower is driven by four pivotal technical objectives associated with the capture and rectification of a subthz high energy beam100 ghz modular flexible and lightweight rectenna rempower will develop rectenna technologies capable of capturing energy at 100 ghz these modular rectenna technologies will provide modularity flexibility at panel level and will allow the reduction of the weight of the final solutionhigh efficiency and high power rectification rempowers advanced diode and rectifier modeling and design will allow tackling high rectification efficiency and high power handling capability despite the subthz constraint this will yield high output dc power while limiting the cost related to the number of required nonlinear devicesnonlinear rectifier and rectenna characterization rempower will introduce a novel approach by subjecting rectifiers to wideband signals enabling a comprehensive analysis of amplitudes and phases across multiple intermodulation frequencies this breakthrough will unveils intricate nonlinear behaviors for heightened efficiencyscalable rectenna arrays for large surfaces rempower will focus on scalability to enable highpower transmission to reduce design and manufacturing costs and to improve modularity and flexibilitythe progress within rempower transcends current technological boundaries offering promise for sustainable inspace mobility solutions and renewable energy generation by conquering the challenges of highfrequency energy capture rempower will reshape the future of space exploration energy generation and sustainability
development of an innovation pipeline to facilitate and promote funding proposals for deployment of low carbon technologies

the 2dploy project aims to provide support to eiis by assisting them in developing compelling proposals for the innovation fund sintef vito aspire and rinacsm as research partners of 2dploy consortium have already identified and shortlisted five promising h2020 projects from industrial partners ceinnmat evonik oleon and vito the 2deploy methodology will be tested starting with these 5 pilot projects which will help establish and undergo the projects innovation pipeline this pipeline consists of several key steps including 1 screening h2020 projects through a prequalification matrix and a 1hour interview with an expert and 2 an evaluation commission that aims to select only the most mature projects 3 the chosen projects will then be able to participate in advanced masterclasses that cover six different topics related to the ifs key requirements such as degree of innovation scalability potential for avoided ghg emissions and technical and financial maturity 4 finally 2dploy will offer personalized guidance and feedback to support the preparation of three sound proposals to be submitted to the if the 2dploy methodology will be constantly improved through a twoway learning strategy that involves collaborations and synergies with key industrial and eu stakeholders such as the innovation fund the directorategeneral for climate action processes4planet clean steel clean hydrogen joint undertaking batt4eu and clean energy transition the activities and achievements developed within the scope of 2dploy can then be replicated by relevant he partnerships to accelerate the deployment of mature promising and highimpact innovations that come out of ri projects maybe combined with other derisk mechanisms that can encourage innovation owners to invest in these technologies and thus pave the way for the decarbonisation of eii with european innovative technology
contaminants of emerging concern an integrated approach for assessing impacts on the marine environment

contrast will develop an integrated assessment and effectbased monitoring framework iaf to measure the impacts of cecs on the marine environment to provide a measure of good environmental status for application in eu policy ie msfdwfd the iaf will involve chemical measurements together with biological effects endpoints that will be optimised to detect the presence and degree of effect of cecs in the marine environment contrast will identify the cecs that pose the greatest threat to marine life by using chemical prioritisation schemes to inform which of the cecs should be measured in the environment additionally which cecs should be used in the laboratorycontrolled experiments where the effects on biological systems and marine biodiversity will be performed a combination of in silico in vitro and in vivo bioassays together with omics will be used to determine the principal mechanisms of toxicity of cecs selected from the chemical prioritisation schemes this will provide important information on how cecs may interact with marine organisms at environmentally relevant concentrations and inform which biological effects tools should be used in the iaf to cover the range of toxicity mechanisms that cecs produce contrast will address this by optimising existing and developing new biomarkers so that the iaf includes biomarker tools to cover many of the mechanism of toxicity produced by cecs a series of european wide case studies will be used to test the suitability of the iaf to measure the effects of chemicals including cecs on indicator species and biodiversity the knowledge gained from field testing and laboratory studies will form the basis for guidance documents and policy briefs on the best practices for performing an iaf on cecs in the marine environment furthermore the interactions of climate change drivers on cecs will be evaluated including effects on cecs distribution circulation fate bioavailability and toxicity to marine life
charting the evolution of proteinprotein interaction networks shaping plant metabolic adaptation to land

plant colonization of land was a critical evolutionary step for terraformation and the emergence of rich terrestrial ecosystems land plant ancestors emerged from freshwater algae and subsequently radiated to yield the astonishing diversity observed nowadays extant land plants comprise two major groups tracheophytes and bryophytes which represent the vascular and nonvascular stage of their evolution recent advances in phylogenomics indicate that the watertoland transition was accompanied by the emergence andor expansion of protein families that founded novel plant metabolic pathways this has been for instance the case for the pathways generating phenylpropanoids specialized molecules serving as antiuv and precursors to structural polymers and the hormones abscisic acid aba and strigolactones sl that help plant coordinate stress responses and interaction with microorganisms while these three plant metabolic pathways are almost fully elucidated little is known about i the organization of involved proteins in interacting networks and ii the evolutionary relevance of proteinprotein interaction ppi networks for the emergence and function of metabolic pathways eppimal project proposes to answer these questions by exploring the evolution of ppi networks associated with the phenylpropanoid aba and sl metabolisms the project will implement a cuttingedge proximitydependent labeling pdl approach centered on key enzymes to characterize ppi networks in bryophyte and tracheophyte species the project shall disclose the conservation or expansion of ppi networks in the course of land plant evolution and potentially identify overlooked protein involved in investigated metabolic pathways ppi data will be complemented with molecular genetics and metabolomics investigations altogether eppimal will bring original information on the evolution of protein networks shaping three iconic land plant metabolic pathways that supported plant adaptation to land