Dragon09/odtu_chatbot huggingface dataset:
advanced modelling and characterization for power semiconductor materials and technologies

the proposed project addmorepower aims to advance xray and electronprobe related characterization techniques to make them quantitative and automated tools for the power semiconductor industry and to refine modelling using moda and fair datamanagement methods to enhance and efficiently use characterization data using chada thereby addmorepower will promote the materials integration and development for european power semiconductor technologies to allow a broader and faster market penetration while also providing new opportunities for other industries basing themselves on mono and polycrystalline materials with the rapid and massive spread of power electronics and power semiconductors to enable the digitalization and the electrification of our society and its supply with sustainable energy new requirements arise to the conception and integration of semiconductor and interconnect materials addmorepower will provide the necessary characterization and modelling techniques that meet the particular needs of the upcoming power semiconductor technology generations1the transition to the new semiconductor materials gallium nitride gan and silicon carbide sic mainly limited by defects in the crystal lattice for which currently no established characterization workflows exist2the starting 3dintegration also of power devices posing severe thermomechanical challenges to the involved metals and intermetallic materials which can only be mastered by understanding gained by predictive modelling3the trend towards digitalization and industry40 which requires fair findable accessible interoperable and reusable data at all development and production stepsthe project brings together renowned research institutes with many years of experience in electron and xray characterization emerging new research groups and company startups and researchers with a track record in multiphysics materials modelling as well as data engineering
next generation technologies for battery systems in transport electrification based on novel design approach to increase performance and reduce carbon footprint

the transport sector represents around 25 of all eu co2 emissions to face this challenge the nextbat consortium involving 12 partners from 6 different eu countries and 1 associated partner from switzerland will provide a new framework for standardization of the next generation battery system design that will contribute to speed up a safe and sustainable electrification of transport and mobile applications in the eu thereby also contributing to meet the eu co2 reduction target and to reach a climate neutral economy by 2050 nexbat will significantly contribute to decrease the carbon footprint of the innovative battery system by decreasing production costs thanks to the high recyclability capacity of both hardware and cells components introduced along the production chain 100 ww for hardware 5080 for cells depending on technology the experience and expertise of renowned research centres and smes will allow the development of innovative safebydesign battery systems with increased performances recyclability and interoperability that will reach trl5 by the end of the project the electrification of transport and mobile applications requires highperformance and safe battery system thanks to the new technologies developed within the nextbat framework the battery system performances will be enhanced energypower density increase by 30 50 with decreasing battery weight by 25 using a newly developed lightweight material battery management systems will be incorporated at the cell and system unit allowing to increase battery lifetime by 20 at a soh of 80 at cell level with innovative electronic sensingactuating systems two interoperable prototypes will be manufactured and safety guidelines and methodologies will be established as a result of safety testing campaigns performed by certified laboratories and the endusers whereas dismantling and reuse of bms parts will be assessed along with life cycle analysis
financing and innovation ecosystems for smes to innovate for raw materials and circular economy solutions and using downstream space technologies

the european space programme euspace holds vast potential to fulfil the eu green and digital twin transition but smes limited uptake and technological capacity is preventing them from fully unlocking the green and digital transformation fierce aims to address these limitations by mobilising 140 smes startups and scaleups with specialised technical and business advisory to design business solutions and engage in process innovation using downstream space data in areas such as circularity raw materials environmental monitoring and corporate sustainability spaceenabled green solutions we mobilise 25 million eur in financial support providing 70 smes with access to market services and key infrastructure to realise their vision through transformation projects supporting ideation scaling up and commercialization of spaceenabled solutions accelerating smes journey to the market we complement our support for smes with 10 local entrepreneurship initiatives driven by innovation intermediaries and business support networks dihs clusters etc aimed creating more sme opportunities for spaceenabled green innovation through synergies with regional industrial research and market actors and infrastructure providers oitbs we reach further to key euwide networks een sme alliance earsc through our strategic partnership network to create synergies and joint activities to navigate smes and innovation intermediaries towards exploiting highimpact opportunities for funding collaboration and knowledge exchange as well as jointly organized fierce investment tracks in the frame of key industry and business events we deploy the fierce digital toolbox to enrich our support with 50 learning resources 10 practical tools and 70 qualified service providers to create a vibrant dedicated community finally we monitor our performance and impact to design practical replication handbooks to inspire wider application and recommendations for enabling policies
aiempowered edge cloud continuum for selfaware cognitive computing environments

next generation enablers such as iot ai and cloud computing open new opportunities to deal with worlds current and future societal environmental and economic challenges however they come with significant data management challenges according to idc the total amount of data generated only by connected devices will exceed 40 trillion gigabytes by 2025 in most of the current systems data storage and analysis happen on centralized locations on the cloud this is pushing network capacity to its limits furthermore centralized storage and processing lead to single point of failure situations which are critically inefficient in case of disasters and crisis our world is continuously living natural disasters health crisis climate change and security threats that show the importance of resilient and energyefficient information systems cognifog targets those challenges and proposes to build a cognitive fog framework to i reduce energy consumption and latency in next generation it systems by reducing the network traffic by analysing data at the edge in a distributed manner closer to where they are generated rather than routing them through the communication networks to a data center ii reduce opex and faster service provisioning by providing a cognitive selfadaptive framework with minimum or no human intervention with dynamic provisioning of computing storage and networking resources along the faredgetoedgetocloud path iii ensure european leadership by providing an open interoperable framework with open apis for application developers to rapidly create and deploy applications benefiting the edgecloud continuum on top of heterogenous iotit systems cognifog will validate project results in three representative application domains critical collaboration missions smart health and smart industry with a consortium of 12 european partners leaders in their domains cognifog will be a cornerstone in the cognitive fog computing domain
groups of algebraic transformations

during the last decade spectacular achievements have been performed in the study of groups of birational transformations of algebraic varieties we now have a detailed understanding of such groups in dimension 2 far less is known in higher dimensions but the last five years saw the birth of a large array of techniques that apply in arbitrary dimensions they include powerful tools from padic analysis isometries of cat0 cube complexes pluripotential theory and algebraic geometry simultaneously recent arithmetic equidistribution theorems have been combined with holomorphic dynamics to solve problems of unlikely intersection in the dynamics of polynomial maps and to study parameter spaces of such maps the novelty of this proposal will be to combine these recent advances coming from two active sujectsi propose to develop a global study of groups of algebraic transformations of higher dimensional varieties both from the dynamical and thealgebrogeometric viewpoints i have been developing this program progressively during the last ten years moving to higher dimensions is crucial to broaden the range of applications and is now possible with the advances mentioned abovethe first leitmotif will be the large scale geometry of groups of birational transformations the second will be the dynamics of natural actions of such groups on families of geometric objects notably on families of rational surfaces and on character varieties there a three long term goals a to extend some of the geometric features of linear groups to all groups acting faithfully by algebraic transformations this includes the mapping class groups of closed surfaces for instance b to compare the geometry of distinct rationally connected varieties through a comparison of their groups of birational transformations c to get new properties of families of geometric objects such as rational surfaces via dynamics in their parameter or teichmüller spaces
networknature scaling up naturebased solutions to achieve 2030 policy goals

networknature will continue networknatures legacy as a network of networks and expand it to engage new audiences in addressing the societal challenges outlined by the eu it will maintain and enhance the established evidencedemandpolicydriven multistakeholder platform for nbs strengthening partnerships and fostering new relationships around a clear strategic framework for action underpinned by an updated eu research innovation nbs roadmap and complementary analysis of policy opportunities for integrating nbs at eu member state regional and local level in view of eu 2030 policy targets and eu missions networknature will provide scientific nbs insights across selected policy priorities and different european and international contexts this will guide our work around dialogue stakeholder interactions knowledge sharing and awareness raising resulting in products standards and advisory services that support the growing nbs community of innovators practitioners and developers a targeted training and capacity building programme will promote a step change from siloed projectbased thinking towards an integrated systemic and stakeholderled approach to nbs planning design and investment while leveraging the role of ecosystems as critical infrastructure that support regenerative economic activities and help reduce biodiversity loss we will enable regional and europewide transdisciplinary collaboration to answer identified ri needs for nbs via knowledge exchange between eufunded nbs ri projects and stakeholders together with skills development and capacity building for target groups from science policy business and society international collaboration with key strategic partners eg uncbd ipbes ipcc unfccc unep undrr and selected regions will enable european expertise to inform the global nbs discourse contributing to the ecs vision of a stronger europe in the world and supporting new investments for nbs
improving energy access and climate resilience in africas fringe communities

we will establish a renewable energy park reep in a rural community fringing the mole national park in ghana to demonstrate energy access and climate resilience using the waterenergyfoodecosystem wefe nexus approach we will replicate a plugandplay microgrid developed under the ongoing horizon project repower using solar photovoltaics pv battery energy storage system bess and biomass combined heat and power bchp to increase energy demand of the community we will develop technologies and activities for the productive use of energy pue using a circular economy approach whereby waste generated from agriculture and food processing serves as feedstock for the bchp plant and cookstoves an estimated 900 million africans have no access to clean cooking and over one million deaths occur annually from use of firewood and kerosene involving mainly women and children we will test and promote the use of improved cookstoves ics that can be easily integrated into the current traditional cooking system this will help to arrest intrusion into the protected wildlife park for fuelwood which has led to widespread deforestation and loss of biodiversity we will use life cycle approaches to measure the social ecoconomic and environmental impacts of the project and cooperate with other leapre and ccse projects to facilitate the adoption of the results across africa we will identify and catalogue sources of funding including public and private investors and international private and donor funding attention will also be given to building local value chains for materials supplies and a skilled workforce for the operation and maintenance of the microgrid and pue components the reep will be fully operational by the end of the project period and is expected to become financially selfsustainable within 5 years our business model will be based on a publicprivate partnership and include other sources of financing such as sale of carbon credits
circular and dynamic manufacturing supply chain orchestration and optimisation

circuloos aims to deliver circular manufacturing tools which orchestrate and continuously optimise the supplychain endtoend and comprehensively integrate planning and execution combining these with direct calculation of the product sustainability and circularity profile both internally and with external partners this environment will enable them to configure and execute disruptive circular manufacturing processes for sustainable production that cover the entire life cycle of products which become waste and are recycled in the same or other life cycles to achieve this objective the project aims at deployingcircular endtoend supply chain orchestration of collaborative workflows and connecting planning and execution metrics with advanced and multimodal visualisation dt of supply chains formulated factory processes and product design and analyticssupply chain optimisation that monitors the global across the supply chain and local within the factory processes and executiondynamic sustainability assessment functionalities that ponder the alternative supplychain scenarios varying in terms of materials used processing technologies suppliers involved andor activated circular economy practicessupply chain data spaces for seamless multilevel data flow across the supply chain partners cybersecure and trustworthy data sharing across the supply chain by employing a distributed trusted and efficient identity and access management system together with the associated trust frameworknovel circular business processes will be demonstrated supporting reusing reducing and recycling material in production and consumption systems skills upskilling and reskilling will be provided in ramp and through online courses
mauve a uv satellite for space science

we propose building a ready to launch cubesat mauve optimised for the observation of stars in the ultra violet uv spectral window mauve will be designed and built by a consortium of space focused smes and will be capable of observing over tens of different stars during its expected lifetime of 3 years enabling studies of stellar flaring activity and exoplanet habitability the mauve program will demonstrate the potential for cubesats to deliver data to the astronomical and planetary community that complement and enhance the outputs of science satellites built by esa and other space agencies our cubesat will move from trl3 to trl 6 within this project and will prove a 16u configuration for delivering excellent science data while developing the key technologies in the interface with the detector the thermal design and high performance pointing accuracy the project and its subsequent development is based on the basic philosophy underpinning delivery of space 40 capabilities in europe the establishment of privatepublic partnerships with a unique commercial approach to space science data delivery building a global community of scientists with european leadership the delivery of such a complete system on such a condensed timescale will be a breakthrough in the technology available to the space community enabling a new era of space research and exploration
a holistic approach in patient management and epidemic surveillance through convergence of diagnostic technologies capacity building and stakeholder engagement

research on povertyrelated diseases prds in subsaharan africa suffers from major technological and nontechnological challenges that prevent high quality healthcare to reach many areas not only their performance but also the affordability manufacturability suitability for low and middleincome countries lmics and deployment of the few available diagnostics are main barriers to ensure good quality of healthcare in subsaharan africa the holicare project aims to tackle such challenges from a holistic perspective by bridging the gap between technological excellence available infrastructures capacity and local uptake of new technologies we have chosen to work with lower respiratory infections as a blueprint for our new approach due to their huge clinical and socioeconomic impact and relevance to the sarscov2 pandemic technologywise we propose a 2tiered digitally interfaced diagnostic approach that will start in the field using multiplexed lateral flow tests for rapid screening and triage followed by a referral to a hospital when needed and a followup detailed diagnosis using a pocinstrument performing simultaneous nucleic acid amplification lamp for pathogen identification and immunoassays for host biomarker quantitation digital and manufacturing infrastructures will encompass these technology innovations to ensure future local product development quality controlled biobanks will be developed for executing reliable clinical studies training and human capital investment will be achieved by focussed and highlevel training activities adoption and implementation activities will pave the way for the proposed diagnostic solutions to be successfully deployed fitting the purpose of the local populations our developments will be scalable adaptable and transferrable to other diseases and national eco systems aiming to contribute to the improvement of healthcare delivery in subsaharan africa
novel firstinclass specific oromucosal immunotherapy somit to treat celiac disease cd

celiac disease is an autoimmune indication for which there is no cure only the lifelong avoidance of the disease causing gliadin protein in gluten is available as a suboptimal and cumbersome necessity for cd patients we developed a unique novel combination of antigen gliadin protein probiotic tolerogenic bacterial particles tbps and mouth patch technology to enhance the bioavailability and tolerance induction synergistic tolerizing properties of the tbpantigen combination and the therapeutic effect of the somit concept has been shown in a suitable pig model our somitcd promises to require a shortcourse weekly treatment for less than 3 months in cd patientsthis eic project will allow us to finalize the various preclinical activities and perform phase ibiia clinical study paving the way to closing a codevelopment deal with a big pharma playerafter market entry in 2029 we aim to reach a market share of 15 and generate annual revenues of 148m by 2033
soft wearable assistive garments for human empowerment

soft robotics has become one of the fastest growing fields over the last decade and the development of technologies related to the associated modelling sensing actuation and control challenges has flourished as part of the fields impetus soft robots have been demonstrated in diverse applications such as wearable devices mobile or locomotive robots as well as soft manipulators soft lower extremity exoskeletons soft wearable robotics swrs are one of the most challenging research topics and require multidisciplinary approaches involving diverse fields such as neuroscience biomechanics robot control ergonomics and other fieldsswag aims to explore a fundamentally new approach to engineering soft structures that omit fully rigid materials for inflatable ones made from highstrength fabrics and films when manufacturing humanassistive exoskeletal devices that target strainprone segments of the human body ie lower body and core such soft wearable adaptive garments with actuation capabilities offer higher variable stiffness and forcetoweight ratios compared to other existing methods and simultaneously entirely conform to each joints intricate kinematics because of this new design approaches can be used as building blocks to realise complete assistance for multidegreeoffreedom joints such as the ankle or hip by adapting flexible and conforming motions achieved by continuum robot designs swags advances will be demonstrated in 4 different application scenarios the project brings together 13 partners from 5 eu countries and the uk the partners consist of an interdisciplinary combination of leading academics with very strong track records in their respective fields they are supported by rtos with demonstrated capabilities of developing and validating applicationdriven solutions as well as two commercial partners aiming to lead the exploitation of swags outcomes
guiding multimodal therapies against mrd by liquid biopsies guidemrd

advancing personalized approaches in cancer therapy aiding identification and adaptation of multimodal treatment strategies for improved outcomes depends on clinical implementation of novel diagnostic technologies for most cancer types the riskfeatures used to select individuals for postoperative adjuvant multimodal therapy are suboptimal where many patients are overtreated and others undertreated liquid biopsy has opened a new diagnostic avenue to detect and monitor minimal residual disease mrd in individual cancer patients especially for selecting patients for multimodal therapies postoperatively however despite many circulating tumor dna ctdna diagnostics being developed there is a lack of standardization harmonization and robust data to demonstrate clinical validity guidemrd is a consortium of leading academics technology companies pharmaceutical companies and experts in multistakeholder engagements together we will tackle the critical questions by developing reference standards for ctdna diagnostics clinically validate promising ctdna diagnostics and develop data to guide the use of multimodal therapies with a noninvasive diagnostic test with robust engagement with regulatory authorities payers and importantly patients themselves we will develop recommendations and guidelines based on objective data to use ctdna diagnostics to guide multimodal therapy selection to improve patient outcomes