Dragon09/odtu_chatbot huggingface dataset:
electoral information and analysis system for the enhancement of democracy

electoral information and analysis system for the enhancement of democracybuilding on the expertise in electoral analysis developed within the erc tarica political and socioinstitutional change in north africa the elyssa project electoral information and analysis system for the enhancement of democracy aims at facilitating access to electoral information by providing different categories of users ngos media political actors cooperation institutions with tools for the analysis of voting and political change in the post2011 maghreb the project consists in the development of a tool for exploration visualization and analysis of electoral data the elyssa platform will allow for indepth multiscalar analysis of electoral results the establishment of electoral time series and dynamic electoral analyses as well as correlation analyses between voting results and socioeconomic data the proposed analysis tools address a variety of needs enabling users to manipulate election data autonomously to form independent opinions and make informed decisions
water smart connect

todays urgent challenges are inherently complex and systemic and will not be solved by individual actors or territories in isolation to foster enabling innovation ecosystems across the eu a systemic approach that is inclusive and collaborative is required diverse actors from separate regions ensure an equitable diffusion of benefits and maximise the value of innovation for all this project aligns with eies aims to create more connected inclusive and efficient innovation ecosystems that support the scaling of companies and spur innovation to address important challenges in a responsible way previous projects and collaboration ie wst s3p are used as the foundation for this further developmentproposal topicsthe project will focus on digitalisation within waterheavy sectors as an enabler to create a water smart societyconceptthe project will take a threefold approach to driving crossregional innovation with the watersmart focus area these are1 prioritisation of key innovation areasregionally the project will generate a base of qualitative and quantitative data on existing capacities gained from partners experience and knowledge and through engagement of quadruplehelix stakeholders this process will drive the identification of innovation priority areas regionally2 crossregional actionsthrough crossregional workshops key innovation areas and gaps will be identified with a focus on formulating crossregional action plans that generate a pipeline of specific ideas concepts for future projects the workshops will analyse gaps in the competences of each of the regions to foster crossregional collaboration 3 idea generation and partner matchingbased on the crossregional workshops the partners will select match key innovation ideas and stakeholders through workshops webinars and digital cocreation the focus will be to develop a pipeline of concepts for future collaboration eg eureka water4all horizon europe
optimal methods to characterize adc resistance in solid tumors and identify clinically useful biomarkers

over the past 5 years antibody drug conjugates adcs have shown impressive improvements in survival outcomes of solid tumors and hematological malignancies with 14 adcs already approved across different countries and more than 140 that entered the clinical development they are intended to replace standard chemotherapies across multiple tumor types over the next decade although adcs show great clinical efficacy resistance eventually occurs and it becomes critical to understand resistance mechanisms to guide the choice of the following lines of therapy for patients who progress on a given adc given the complex nature of adcs immunocompromised mouse models nude mice nodscid or nog mice and currently used clinical assays standard radiology ihc wes etc are not the optimal preclinical and clinical tools to identify the multiple causes of resistance the oasis project aims to generate a biobank of different patientderived organoids pdos which better recapitulate adcs resistance and integrate different assays spanning from wholebody molecular imaging abradiolabeled pet scan or immunopet circulating tumor cells ctc plasma proteomics to multiplex immunofluorescence mif and machinelearning enhanced digital pathology aidigital pathology to capture most of the parallel mechanisms of resistance to adcs such tools will enable to define biomarkers of adc resistance that can inform further therapeutic decisions
linguistic statistical learning abilities in bilingual and atrisk population

the speech signal is a continuous stream where contrary to written language words are not separated infants track regularities present in the speech signal and take advantage of such regularities to segment it this mechanism has been called statistical learning and it may underlie later language development outcomes the present project aims to investigate the linguistic statistical learning abilities during the first two years of life and how they relate to later language development in different infant populations the current project will identify early neural and cognitive risk markers for developmental disorders and explore howwhether these correlate to statistical learning abilities and other linguistic abilities by combining outputs of two innovative methodologies fdcseeg and pupillometry this work will contribute to the improvement of neurocognitive experimental methods suitable to test the mechanisms of language learning and processing in infants and to the foundations for implementing scientific findings in clinical and nonclinical settings
underwater security

maritime security including the underwater is of paramount importance to assure the smooth and safe transportation of goods and people tofrom the eu ports as well as to preserve uninterrupted operations of critical coastalbasedriverbasedmaritime infrastructures ships and maritime infrastructures need to be protected against all illegal acts through a continuous 247 underwater security surveillance against potential intruders divers hostile underwater vehicles and illicitdangerous containers towed by ships b ondemand ships hulls scanninginspection for the best possible detectionrecognitionclassification of strapped attached hidden or misplaced illicit ie narcotics and dangerous material c underwater inspections of ports entrances seabed and docking places foundation for the best possible detectionrecognitionclassification of dangerous containers ie cbrne packages and ieds at these places as well as to apply deterrent and response measures in order to preventdeter illicit acts and avoid undesired escalation of security incidents to that end the multinational and interdisciplinary undersec project team consisting of experts in the maritime security and underwater security domain researchacademic institutions and technology and endusers from the coast guard borders control and port authorities sectors will develop a modularholistic approach prototype system consisting of multimodal sensors and robotic assets for ships ports and maritime infrastructures underwater security situational awareness and decisionmaking support with relevant response capabilities individual technologies will be tested compared with each other and preevaluated in a controlled environment while the modular components and the system as a whole will be tested and evaluated during reallife pucs demonstrations in actual operational environments resulting in the establishment of new knowledge innovative solutions and advanced processes
octo reconfigurable converter

the orion project octo reconfigurable converter is a collaborative technological project proposed in the frame of the horizon europe program in a call related to space technologies for european nondependence and competitiveness its main objective is to develop a new highspeed adc analog to digital converter that will be designed and optimized for active antennas and digital beamforming its performances will be validated on a dedicated demonstration board and in a specific use case the final component will reach trl7 and will be spacequalified it responds to the challenges of the digital beamforming application by providing an integrated 8 channels devices with very low power that is able to make direct conversion up to the xband it will generate new knowledge on the possibility to move from the xband to the kaband the new adc will be highly suitable for a wide range of applications from telecommunications to earth observation and gnss and will respond to the future needs of europes flagship programs such as the green deal the project addresses the issue of the critical components supply chain by fully assessing the gaps and potential vulnerabilities and will propose recommendations at the european and industrial levels the project also focuses on two key elements which are the wafer foundry and the circuits packaging the orion project targets a 90 european supply chain as the manufacturing test and qualification are already on european opentoall industrial facilities the orion project is led by teledyne e2v and fosters cooperation between scientific fraunhofer iis and the polytechnical university of madrid and industrial teams indra and thales alenia space the partners will implement several measures for exploitation of the results and dissemination to the european scientific industrial and policy communities it builds upon and is complementary to several other research and innovation activities
deciphering the antibodymicrobiota axis in early life

immunoglobulins igs are thought to influence formation of the microbiota composition during a critical window of opportunity in early life yet the antigen binding profiles of these igs are vastly unknown and it is incompletely understood how early misguided immune education contributes to the development of allergies or asthma on an even more fundamental level it is also unclear if or how b cell receptor bcr sequences of different individuals converge to binding similar microbiota antigens and how such responses form in early lifehere we will leverage phage display as well as novel approaches to study bcr sequenceig function relationships focusing on the following objectives research questionsa how do immune exposures in early life shape ig repertoires and influence health later onwe hypothesize that ig repertoire development depends on the birth mode duration of breast feeding antibiotics treatments here we will deeply profile the ig repertoires of motherchild dyads against 600000 rationally selected microbiota antigens we will also study the immune repertoires of children with allergies and mine these data sets for associations with early life ig data setsb do bcr sequences of different individuals converge to binding similar antigens as observed for some viral antigens we hypothesize that also universal responses towards bacterial antigens exist and we can capture such sequences in early life we will apply state of the art and novel proprietary methodologies to link bcr sequences with ig binding in adults infantslinking bcr sequence information with the actual antigen targets will contribute to understanding the sequencefunction relationship of ig binding and their formation in early life deep profiling of motherchild dyads will provide new insights to the development of ig repertoires by comparing these datasets with allergic children may also reveal links between early immune education lasting impacts on health
bio knowledge agora developing the science service for european research and biodiversity policymaking

despite improved understanding of the need for science to inform biodiversity related policy making and the rich field of sciencepolicy interfaces spis there remains a gap in ensuring that all decision makers across all societal sectors have direct access to researchbased knowledge when planning budgeting and deciding on actions that have an impact on local national eu and global biodiversity bioagora will develop a science service which responds to the present gaps and future needs in spis and provides the science pillar of the eus knowledge centre for biodiversity kcbd it will channel the entire landscape of eu biodiversity science from monitoring to metaanalyses and communicate this knowledge through twoway platforms to eu institutions and the broader community to do this the project will use ongoing processes of spis across europe and beyond as demonstration cases to address the most urgent needs identified for the science service bioagora will go beyond the state of the art by cocreating new ways of bridging the gap between science practice and policy and use this as a basis for the science services development for future needs to do this it will 1 analyse the existing landscape of spis assess their policy tools and the current biodiversity knowledge held in europe 2 engage with a broad range of actors those already established ones and those not yet fully integrated within the landscape as well as the users of spis 3 form the science service governance structure and systems model along the projects span by testing it in real life 4 provide capacity building for the eu community of decision makers to become empowered for transformative change for biodiversity bioagora will deliver a functional and responsive science service capable of providing a onestopshop for fitforpurpose materials and tools which enable decision makers to secure biodiversity and sustainability transformation
translational optoelectronic control of cardiac rhythm in atrial fibrillation

its my conviction that one day we will enable the human heart to terminate its own rhythm disturbances and thereby restore its normal rhythm at any place and time such acute restoration of cardiac rhythm would not be based on traumatizing electric shocks but on generation of bioelectricity by the affected heart itself in order to explore this paradigmchanging approach for ambulatory shockfree control of cardiac rhythm i will integrate the unique advances of genetic engineering computer modelling tissue engineering and microoptoelectronics to determine the advanced and translational potential of such optoelectronic heart rhythm control the most prevalent cardiac arrhythmia will be targeted atrial fibrillation afto this purpose we will first engineer human atriumsized 3d models of af from fully functional conditionally immortalized human atrial cardiomyocytes expressing lightgated ion channels to realize and explore optoelectronic rhythm control in these models customized multielectrodeled arrays melas will be integrated to gain full control over bioelectricity generation by precisely tailored illumination such illumination will be accomplished by a modular interactive optoelectronic system allowing continuous accurate and realtime monitoringbased activation of specific leds in the melas insights from these studies will guide the application of this approach in pig models of af to determine its feasibility safety and therapeutic implications from design to interpretation all these studies will be supported by advanced computer simulations to realize an iterative process of optimization for maximum project outcomeestablishing translational optoelectronic control of cardiac rhythm is expected to break new ground by revealing unique novel insights into af mechanisms and management this project could thus provide distinctively innovative therapeutic options while generating novel tools and concepts in medical research and care
magnetic alloys and compounds for ultrahigh harmonics spin current generation

limiting power consumption for massive data while increasing data processing speed and transfer rates requires the development of innovative architectures for logic memory and hyper frequencies applications spintronics brings some answers proposing solutions based on spinorbit coupling however there is still a need to further reduce power consumption simplify memory architectures and close the thz gap i propose unconventional experiments to develop magneticbased platforms towards subthz spin current generation without the use of laser sources and gain access to the study of magnetic materials with high resonance frequenciesi formulate here new challenges presenting cuttingedge concepts involving spinorbit coupling in magnetic alloys and compounds with magnetic rashba interfaces these will allow exploring and exploiting the ultrahigh harmonics generation of spin currents spinorbitronics signals in the subthz domain by tuning the ferromagnetic exchange and rashba splittingbased on these innovative concepts magnetallien has a twofold objective i to demonstrate that magnetic alloys and compounds such as amorphous ferrimagnets and magnetic epitaxial heusler that possess strong spinorbit coupling will lead to a new platform for efficient spin current selfproduction and ii will lead to the production of ultrahigh harmonics spin pumping voltage up to tens or hundreds of ghz enabling various uses in new spinorbitronics experiments magnetallien project will generate knowledge in spin current selfproduction and selftorque in magnetic alloys and compounds that will allow making decisive progress for lessenergyconsuming architectures although of fundamental nature demonstrating the existence of ultrahigh harmonics signal which exploitation in innovative devices for spinorbitronics goes far beyond the state of the art this project will open new avenues and perspectives to tackle in a disruptive way allelectric subthz domain
artificial agency and learning in quantum environments

quantum mechanics is our most fundamental theory of physics it has formed and often challenged our understanding of physical reality we use quantum mechanics to manipulate and control matter and light at the atomic scale and it provides the basis for many new technologies at the same time the rise of artificial intelligence ai and machine learning ml is gaining momentum in science and basic research ml is already employed in different areas of physics mostly for big data processing and classification but the development of ai is heading much further and is likely to transform basic science in the near future in this project we will investigate the use of ai in basic science with a focus on quantum physics and more specifically quantum information we will develop models of artificial agency which are beneficial for basic research both from a practical and a foundational perspective we will develop classical artificial learning agents that can be used eg for adaptive schemes of quantum error correction and integrated in largescale quantum computing architectures the design of complex quantum communication networks and the study of novel computational phases of matter the models of learning agents that we develop will facilitate applications towards aidriven quantum experiment and scientific discovery our focus will be on transparent and interpretable models for artificial agency that are beneficial if not needed for basic science these models can be used in future hybrid laboratories where human researchers will interact with ai assistant systems on the foundational side we will investigate quantum agents and the role of agency in quantum theory these investigations will shed light not only on the possible ways of learning in a quantum environment but also on the physical dimension of ai the explainability of quantum ai and the consistency of quantum theory
operation and maintenance and grid friendly tools and solutions for solar data fusion and insight explosion for reliable bankable circular pv plants

supernova will embrace existing proven successful concepts breaking silos and innovating in sector where rdi are usually not a common target and will integrate them with further disruptive key elements om and grid friendly design of pv plants thanks to advanced solutions in software for the early design and engineering phase to go beyond yield maximisation severe weather events are increasing in frequency and bespoke planning and dedicated mitigation measures must be put in place multilayer approach where standalone solutions can be hybridised and connected in interoperable digital platforms avoid a data tsunami effect on stakeholders by leveraging on ai to manage and govern the immense quantity of data and provide solutions using instruction tuned large language models share data with a larger basis to generate value for the data provider and for the data user and study how the process could be also monetized develop solutions related to the use of automated processes that can replace the operators work in data and image collection increase the intrinsic value of om contracts free up human resources for data analysis itself and therefore the creation of added value in new services develop solutions that exploits all the previous key elements towards condition monitoring of pv components in view of circular economy for eg reuse drive optimal procurement for future projects provide valuable insights for better services for eg insurance and ultimately increase profitabilitycombining these features supernova will innovate in om and grid friendly design including mitigation measures for severe weather conditions tools and components for multi aspect sensing robotic solutions and their hybridisation data fusion to generate ai based controlled insights explosion via federated pv asset management classify pv components for reuse and create a pv data space
the hysterical body between medical science and theatre 19th20th century

when and why does the exposure of the body become in itself spectacularised hystheas investigates this question by looking at a specific case study the body affected by hysteria the most spectacular of neuroses and its exposure in two contexts medicine and theatre at the turn of the 19th and 20th centuries how do literary and artistic imaginaries influence the scientific study of hysteria how do hysterical symptoms identified in a medical context influence theatrical productions the project will examine a selection of italian case studies specifically i will consult the archive of the female asylum of san clemente venice focusing on the period from the 1870s to the 1930sthe archival sources will be compared with the theatrical writings on the body and gesture that arose in the same years the starting point will be the littlestudied repertoire of the italian grand guignol complemented with other scenes that attracted audiences through the spectacularity of the pathological body the staged posed body is what connects the exhibition of female bodies suffering from hysteria in the medical sphere with the same exhibition in the theatrical sphere the pose in itself will be considered a form that straddles fiction and reality art and life the iconographic apparatus photos of medical records but also images for treatises and drawings for newspaper articles and writings on the body from the two fields medicine and theatre will constitute the materials to be comparedthe project addresses areas of study history of mental illness and theatre that have rarely been compared in italian studies above all the projects impact and reflection on the performing arts is of primary importance the contemporary performance scene is increasingly opening up to accommodate dramatic compositions written byfor nonstandardised bodies hystheas will shed new light on the bodys exposure in order to overcome the diseasespectacularisation nexus