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international, inter-sectoral and interdisciplinary experience;\n• Enhanced networking and communication capacities with scientific peers, as well as with the general public that will increase and broaden the research and innovation impact.\nFor participating organisations\n• Increased alignment of working conditions for researchers in accordance with the principles set out in the European Charter for Researchers;\n• Enhanced quality and sustainability of research training and supervision;\n• Increased global attractiveness, visibility and reputation of the participating organisation(s);\n• Stronger R&I capacity and output among participating organisations; better transfer of knowledge;\n• Regular feedback of research results into teaching and education at participating organisations.\nScope:Fellowships will be provided to excellent researchers undertaking international mobility. Applications will be made jointly by the researcher and a beneficiary in the academic or non-academic sector.\nPostdoctoral Fellowships either can take place in Europe (i.e. in an EU Member State or a Horizon Europe Associated Country) or in a Third Country not associated to Horizon Europe:\n• European Postdoctoral Fellowships are open to researchers of any nationality who wish to engage in R&I projects by either coming to Europe from any country in the world or moving within Europe. The standard duration of these fellowships must be between 12 and 24 months.\n• Global Postdoctoral Fellowships are open to European nationals or long-term residents[1] who wish to engage in R&I projects with organisations outside EU Member States and Horizon Europe Associated Countries. These fellowships require an outgoing phase of minimum 12 and maximum 24 months in a non-associated Third Country, and a mandatory 12-month return phase to a host organisation based in an EU Member State or a Horizon Europe Associated Country.\nSpecific eligibility conditions apply to MSCA Postdoctoral Fellowships in the research areas covered by the Euratom Research and Training Programme 2021-2025[1].\nSecondments\nResearchers receiving a Postdoctoral Fellowship may opt to include a secondment phase, within the overall duration of their fellowship in any country worldwide. The secondment phase can be a single period or be divided into shorter mobility periods.\nFor European Postdoctoral Fellowships, secondments cannot exceed one third of the requested duration of the action (excluding from the duration of the action any additional period for a non-academic placement) and should be in line with the project objectives, adding significant value and impact to the fellowship.\nFor Global Postdoctoral Fellowships, optional secondments are permitted for up to one third of the outgoing phase. A maximum of three months of such secondments can be spent at the start of the project at the beneficiary (or associated partners linked to the beneficiary), allowing the researcher to spend time there before going to the associated partner in the Third Country. This period of maximum three months will be considered as part of the outgoing phase.\nSecondments cannot take place during the mandatory twelve-month return period to the host organisation in an EU Member State or Horizon Europe Associated Country.\nPlacements in the non-academic sector\nPostdoctoral Fellowships can provide an additional period of up to six months to support researchers opting for a placement at the end of the project to work on R&I projects in an organisation from the non-academic sector established in an EU Member State or Horizon Europe Associated Country[3]. While this possibility is also available to fellows recruited in the non-academic sector, such a placement must be implemented at a different non-academic host organisation established in an EU Member State or Horizon Europe Associated Country[4]. The request for such a non-academic placement must be an integral part of the proposal, explaining the added-value for the project and for the career development of the researcher, and will be subject to evaluation. This incentive aims at promoting career moves between sectors and organisations and thereby stimulate innovation and knowledge transfer while expanding career opportunities for researchers.\nIf the placement does not meet the requirements (taking place in an academic organisation or in a Third Country), the proposal will be evaluated without taking into account the placement. 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The two principal representatives and studied PFAS (perfluorooctanoic acid (PFOA) and perfluorooctane sulfonate (PFOS)) are banned in many countries, leading the major global manufacturers to find alternatives having shorter carbon chains (< C8) or with replacement chemistry with multiple ether-oxygens inserted between the perfluorinated carbon backbones, allowing the formation of non-covalent hydrogen bonds with a water molecule, which makes them more labile to degradation. However, those new chemicals have been identified in various environmental matrices are now becoming global contaminants. But our understanding of the PFAS alternatives toxicity is lacking in aquatic organisms and, in the case of emerging replacements and by-products, even not unexplored. Studies assessing their potential genetic, developmental, cellular, and systemic toxicities have not yet been conducted in aquatic organisms. 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Applications will be made jointly by the researcher and a beneficiary in the academic or non-academic sector.\nPostdoctoral Fellowships either can take place in Europe (i.e. in an EU Member State or a Horizon Europe Associated Country) or in a Third Country not associated to Horizon Europe:\n• European Postdoctoral Fellowships are open to researchers of any nationality who wish to engage in R&I projects by either coming to Europe from any country in the world or moving within Europe. The standard duration of these fellowships must be between 12 and 24 months.\n• Global Postdoctoral Fellowships are open to European nationals or long-term residents[1] who wish to engage in R&I projects with organisations outside EU Member States and Horizon Europe Associated Countries. These fellowships require an outgoing phase of minimum 12 and maximum 24 months in a non-associated Third Country, and a mandatory 12-month return phase to a host organisation based in an EU Member State or a Horizon Europe Associated Country.\nSpecific eligibility conditions apply to MSCA Postdoctoral Fellowships in the research areas covered by the Euratom Research and Training Programme 2021-2025[1].\nSecondments\nResearchers receiving a Postdoctoral Fellowship may opt to include a secondment phase, within the overall duration of their fellowship in any country worldwide. The secondment phase can be a single period or be divided into shorter mobility periods.\nFor European Postdoctoral Fellowships, secondments cannot exceed one third of the requested duration of the action (excluding from the duration of the action any additional period for a non-academic placement) and should be in line with the project objectives, adding significant value and impact to the fellowship.\nFor Global Postdoctoral Fellowships, optional secondments are permitted for up to one third of the outgoing phase. A maximum of three months can be spent at the start of the project at the beneficiary (or associated partners linked to the beneficiary), allowing the researcher to spend time there before going to the associated partner in the Third Country. This period of maximum three months will be considered as part of the outgoing phase.\nSecondments cannot take place during the mandatory twelve-month return period to the host organisation in an EU Member State or Horizon Europe Associated Country.\nPlacements in the non-academic sector\nPostdoctoral Fellowships can provide an additional period of up to six months to support researchers seeking a placement at the end of the project to work on R&I projects in an organisation from the non-academic sector established in an EU Member State or Horizon Europe Associated Country[3]. While this possibility is also available to fellows recruited in the non-academic sector, such a placement must be implemented at a different non-academic host organisation established in an EU Member State or Horizon Europe Associated Country[4]. The request for such a placement must be an integral part of the proposal, explaining the added-value for the project and for the career development of the researcher, and will be subject to evaluation. It must be substantiated by a letter of commitment from the European non-academic organisation where the placement takes place[5]. This incentive aims at promoting career moves between sectors and organisations and thereby stimulate innovation and knowledge transfer while expanding career opportunities for researchers.\nIf the placement does not meet the requirements (missing letter of commitment or taking place in an academic organisation or in a Third Country), the proposal will be evaluated without taking into account the placement. 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ASSISTANCE","role":"participant","country":"FR","city":"CRETEIL","activityType":"PRC","sme":false,"ecContribution":0.0,"totalCost":0.0,"geolocation":[48.767023989,2.4649680231],"order":11},{"name":"AUMOVIO AUTONOMOUS MOBILITY ROMANIA SRL","shortName":null,"role":"participant","country":"RO","city":"TIMISOARA","activityType":"PRC","sme":false,"ecContribution":216750.0,"totalCost":216750.0,"geolocation":[45.79633485,21.32434465550285],"order":13},{"name":"PARTNERS FOR AUTOMATED VEHICLE EDUCATION EUROPE ASSOCIATION","shortName":"PAVE Europe","role":"participant","country":"BE","city":"Bruxelles / Brussel","activityType":"OTH","sme":true,"ecContribution":147375.0,"totalCost":147375.0,"geolocation":[50.8329471,4.3574459],"order":14},{"name":"FICOSA AUTOMOTIVE 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Budget-Based"],"status":"Closed","openingDate":"2024-05-07","deadlineDates":["2024-09-05"],"budget":{"budgetByYear":{"2024":"10000000"},"expectedGrants":2,"minContribution":5000000,"maxContribution":5000000,"deadlineModel":"single-stage"},"keywords":["Behavioural change","Sustainable transport - general"],"description":"Expected Outcome:\nProject results are expected to contribute to all of the following expected outcomes:\n• Approaches for resilient collective awareness, which can eventually be used in e.g. complex models of collective behaviour.\n• Advanced collective awareness, decision making and triggering of actions for CCAM applications, enabled by new concepts and tools built on advancements in Artificial Intelligence (AI), including Hybrid Intelligence (HI).\n• CCAM solutions evolving from reactive into predictive system state awareness (including driver state and road user diversity), decision making and actuation, enhancing road safety.\n• Understanding of AI-related ethical issues and user needs, together with capabilities, limitations and potential conflicts of AI based systems for CCAM, including a definition and a measure of human-like control.\n• Increased user acceptability and societal benefit of CCAM solutions, based on explainable, trustworthy and human-centric AI. Interactions with AI-based vehicles are understandable, human-like and reflect human psychological capabilities.\nScope:\nToday’s mobility landscape is rapidly changing, as is seen in the recent boom in the detection of advanced and/or complex urban scenarios that add new challenges to the development of CCAM technologies. These novel scenarios are especially emerging with the establishment of new urban traffic regimes and cultures, such as restricted zones, shared zones, and cycle-streets, which need to be taken into account when designing and developing CCAM solutions.\nTo integrate and tackle complex traffic scenarios, CCAM technologies will require highly advanced decision-making based on enhanced collective awareness – the stage beyond on-board perception, advancing on e.g. results from projects under CL5-2022-D6-01-05[1] – incorporating information from multiple sources and including interpretation for the aggregation of this information. Developing collective awareness should take into account the state of the vehicle, the driver and the road user environment. It can also involve the tracking of other road users' behaviour and generating predictions on a short horizon, which can be based on the input from advanced behavioural models, e.g. those developed within CL5-2022-D6-01-03[2] projects. The integration of these findings will lead to collective awareness for CCAM.\nThe use of multiple sources (sensors and sensor fused information, maps, infrastructure, other road users, and localisation systems) and the sharing of the overall situational information and related intentions of the vehicle and that of its direct environment will be an important building block towards collective awareness. Eventually, in future work this can be incorporated in complex, self-organised bottom-up models of collective behaviour based on the change/modelling of individual interactions. Collective awareness should create a larger time window in safety critical situations and generate benefits for the overarching mobility system, which include efficient traffic management and improved traffic flow as it incorporates situation prediction capabilities and environmental benefits (which can eventually include e.g. smart charging strategies).\nAI is a key enabler to bring these increasing amounts of information together, with decision-making enabled both at vehicle level (including safety critical decisions) and at a mobility system level. In order to continue to define the role and limits of AI and of emerging new developments within AI, this topic recommends exploring Hybrid Intelligence (HI) as such a new subset of AI. Hybrid Intelligence is the process of developing and mobilising Artificial Intelligence (AI) to expand on human intelligence and expertise, thereby ensuring human-like control of CCAM operations. Applying an HI approach will allow CCAM technologies to integrate human expertise and intentionality into its decision-making in order to generate meaningful and appropriate actions that are aligned with ethical, legal and societal values. This will be essential to foster user acceptability, trust and adoption, especially when appropriate SSH expertise is included.\nProposed R&I actions are expected to address all of the following aspects:\n• Methods to establish collective awareness of CCAM applications that are resilient to faulty sources, thereby ensuring safe operations. Guidance for failsafe designs should be developed.\n• Methods to embed an HI approach in the entire action chain towards collective awareness (from basic perception to driving functions) to allow for seamless operation and real-time decision-making while enabling human-like control of CCAM applications by combining system and domain knowledge (of the vehicle and its technologies on one hand and of the transport environment including all the human interactions on the other, thereby understanding of potential risks and capabilities and needs of other road users). Tooling will be required to deliver situational awareness information in a structured way, based on multiple sources and in real-time. In addition, the development and integration of ethical goal functions to support collective awareness should be included. Work is expected to be based on:   • At least perception systems, sensor fusion, high-level world models/maps, vehicle positioning information. Guidance on common reference systems for positioning and time for synchronisation should be included in order to secure robustness and traceability.\n• Relationships between the vehicle and forecasted intentions of other road users (e.g. a pedestrian crossing the street at a zebra crossing), as such including spatial temporal relation of elements in the driving-situation.\nThis topic requires the effective contribution of SSH disciplines including ethics and the involvement of SSH experts, institutions as well as the inclusion of relevant SSH expertise, in order to produce meaningful and significant effects enhancing the societa","descriptionTruncated":true,"portalUrl":"https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen/opportunities/topic-details/HORIZON-CL5-2024-D6-01-04"}]}}
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The activities funded should be for civilian applications only.\nThe requested grant is expected to be used for:\n• addressing investors and test/validate the market readiness towards commercialisation and deployment (market research, value proposition, business case and business model, prospects for growth, intellectual property protection, competitor analysis etc.) and if relevant, aspects of regulation, certification and standardisation, aimed at getting both the technology and the business idea investment ready; and/or;\n• the maturation and validation of novel technologies beyond proof of concept to viable demonstrators of the technology in the intended field of application (i.e. from minimum TRL 4 to at least TRL 6-7).\nAt the end of the project, beneficiaries should:\n• demonstrate that the technology component of their innovation has been tested and validated in a laboratory and other relevant environment (at least all aspects of TRL 5 completed, preferably higher);\n• be ready to apply for EIC Accelerator and/or to seek other investors or sources of funding to enter licensing or collaboration agreements with third parties, or other routes to market deployment;\n• benefit from increased global visibility and access to funding and European and global markets.\nSuccessful applicants will be granted free access to the EIC Business Acceleration Services, such as coaching and specific events tailored to their needs (e.g. for improving their attractiveness towards investor and market readiness).\nSuccessful applicants will also be eligible for the Fast Track to the EIC Accelerator, which provides access to larger grants and EIC Fund investments.\nScope:This action focuses on deep-tech startups which 1) have high-impact innovation technology, product, service, or business model that could create new markets or disrupt existing ones, and 2) have the ambition and commitments to scale up.\nThe successful applicants are expected to work on the deep-tech innovation within the abovementioned priority areas. 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Specifically, we will comprehensively analyse various facets of the smuggling of both goods and people within the established trade routes and networks. The study will examine the macrostructure of the smuggling linkages, focusing on the hinterland of production/origin of clandestine trade and the foreland, the destination of material and human cargoes. It aims to identify the main nodes of export and import and the means of transportation. The research team comprises a PI, three senior researchers, six post-doctoral researchers, and two PhD candidates from Ukraine, Turkey, Romania, Italy, and Greece. They will utilize unpublished archival sources to produce two collective volumes, numerous articles, two PhD dissertations, organize four workshops, and an international conference, create an archival and bibliographical corpus, and produce a documentary film.  The project aims to advance our knowledge of inter-imperial relations beyond conventional geopolitical approaches. 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“Improve soil structure to enhance habitat quality for soil biota and crops”. Activities should also contribute to EU climate action and to other policies in the framework of the European Green Deal, such as the Organic Action Plan[1], the Biodiversity Strategy for 2030[2] and the proposed Nature Restoration Law[3].\nProject results should contribute to all of the following outcomes:\n• Reduced carbon and overall environmental footprint of the horticultural sector[4] and more sustainable production systems, reducing negative impacts on soil health throughout the value chain.\n• Novel products (e.g. alternative potting and soil-improving materials), production processes and management options for soil management are developed and tested and show improved environmental, social, health and safety performance, as demonstrated through improved testing and validation methods throughout the entire life cycle.\n• Sustainable alternatives to peat are more widely available and used in conventional and organic horticulture.\n• Policy measures and other incentives have been explored and elaborated to further the uptake of sustainable alternatives to peat.\nScope:\nPractices in horticulture can affect soil health and related ecosystem services at different points in the value chain, for example at production sites as well as further upstream. Within horticultural production systems, soils are often subjected to particularly intensive use, which can cause among others soil compaction, soil pollution (e.g. excess nutrients, pesticides or microplastics), and salinization as a consequence of intensive irrigation. Peat is commonly used in nurseries, greenhouses and amateur horticulture as a growing medium and for soil improvement, as it has an excellent water retention capacity, is highly fertile due to the reduced leaching of nutrients and can improve the soil buffering capacity. The extraction of natural peat, however, is highly contentious as the disturbance of peatlands leads to habitat loss, soil degradation, CO2 emissions and increased flood risks. Therefore, sustainable alternatives to natural peat are required. While various peat-free or peat-reduced growing media have become more widely available in recent years, their performance with regard to environmental and other relevant criteria remains difficult to assess.\nProposed activities should:\n• Identify, develop and promote horticultural practices and production systems that conserve or improve soil health. This should include alternative materials to be used as sustainable substitutes for peat as substrate or soil improver in organic and conventional horticulture, with the aim of attenuating soil stress and strengthening ecosystem services.\n• Demonstrate the feasibility and economic viability of the newly developed alternatives to the use of peat in horticulture. This should be done in accordance with relevant EU regulatory frameworks related to their placing on the market.\n• Generate data to support improved environmental, social, health and safety performance of alternative growing media in a life-cycle perspective and taking into account potential trade-offs and indirect consequences, including outside of the EU, where relevant.\n• Develop and/or improve sustainable management practices in horticulture (including digital technologies and infrastructures) to reduce the use of inputs such as plant protection products, fertilizers and water in horticultural crops. Measures should also contribute to improving soil structure and mitigating soil compaction. Where applicable, practices should cover both protected (greenhouses and tunnels) and open field systems.\n• Identify and analyse barriers (economic, social or regulatory) that may hinder the uptake of the proposed soil-friendly practices by professional producers as well as by private consumers in amateur horticulture, and where relevant suggest suitable measures to overcome the identified obstacles.\n• Develop and test material for awareness raising, dissemination and training to promote the uptake of soil-friendly horticultural practices. This material should be used by agricultural advisory services, in vocational training and other relevant contexts.\nIn this topic the multi-actor approach has to be implemented by involving a wide range of stakeholders (e.g. industry including SMEs, public authorities, research centres, public and private investors, civil society) to co-create sustainable solutions and increase opportunities for them to be scaled up. 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MSCA Doctoral Networks are indeed open to the participation of organisations from third countries, in view of fostering strategic international partnerships for the training and exchange of researchers.\nThese doctoral programmes will respond to well-identified needs in various R&I areas, expose the researchers to the academic and non-academic sectors, and offer training in research-related, as well as transferable skills[1] and competences relevant for innovation and long-term employability (e.g. entrepreneurship, commercialisation of results, Intellectual Property Rights, communication). Proposals for doctoral networks can reflect existing or planned research partnerships among the participating organisations.\nThe selection procedure for doctoral candidates must be open, transparent and merit-based, in line with the Code of Conduct for the Recruitment of Researchers. The vacancy notice (to be widely advertised internationally, including on the EURAXESS[2] website) must include the gross salary (not including employer’s social contributions) offered to the researcher.\nMSCA Doctoral Networks are encouraged to lead to Industrial or Joint Doctorates.\nIndustrial Doctorates\nThrough Industrial Doctorates, doctoral candidates will step outside academia and develop skills in industry and business by being jointly supervised by academic and non-academic organisations, both of which can be established in the same EU Member State or Horizon Europe Associated Country.\nJoint Doctorates\nJoint Doctorates represent a highly integrated type of international, inter-sectoral and multi/interdisciplinary collaboration in doctoral training. 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Observation"],"typeOfAction":"HORIZON-IA HORIZON Innovation Actions","typeOfMGA":["HORIZON Action Grant Budget-Based"],"status":"Closed","openingDate":"2021-10-28","deadlineDates":["2022-03-10"],"budget":{"budgetByYear":{"2022":"20000000"},"expectedGrants":6,"minContribution":3000000,"maxContribution":3000000,"deadlineModel":"single-stage"},"keywords":["Atmospheric allergens","Big data","Climate change mitigation","Earth Observation / Services and applications","Earth and related environmental sciences","Environmental monitoring systems","Geo-information and spatial data analysis","In-Situ Instruments / sensors","Information technologies","Operating Environment Knowledge & Modelling Technology","Remote Sensing Instruments / Sensors","Remote sensing","Space data exploitation"],"description":"Expected Outcome:\nThrough the development of new technologies a successful proposal will contribute to addressing the lack of ground observation (in-situ observation)[1] necessary to cope with climate change effects in hard-to-reach areas, areas facing extreme physical conditions and critical areas for human health and security. As such contributing to the European Green Deal objectives and a strengthened Global Earth Observation System of Systems (GEOSS), by deploying and adding value to environmental observation[2].\nProposals are expected to contribute to at least four of the following outcomes:\n• Lower cost of in-situ observation in terms of capital cost, deployment/recovery, and maintain leading;\n• Improved geographical coverage and long-time series of in situ environmental observations;\n• Tested and validated new in-situ measurement technologies in hard-to-reach under-sampled areas;\n• Dedicated technical protocols ensuring validation, interoperability, and synchronisation between in-situ and remote sensing systems in compliance with the GEOSS and Copernicus requirements;\n• Established collaboration with environmental observation data providers to ensure proper gap filling and adequate responses in terms of acquisition protocols;\n• Coherent business model(s) involving industrialists, research centres, and users ensuring the sustainability of systems developed;\n• Contribute to reinforcing the in-situ component of the GEO initiative, the Copernicus programme and the EC-ESA initiative on Earth system science, and to strengthen in-situ observations to adequately complement the space-based observations planned through Copernicus Expansion Missions.\nScope:\nThe geographical coverage and acquisition of long time series of in-situ observation of the various components of the Earth’s systems should be improved in order to ensure a proper monitoring and modelling of the environmental processes. This is recognised in the context of the Copernicus programme, by the GOOS 2030 Strategy, and was reiterated at global level at the GEO Ministerial Summit[3] in November 2019 in the Canberra Ministerial Declaration[4]. This topic is intended to support innovative technological solutions building on cutting-edge technologies in the domain of measurement and testing, big data and ICT to acquire necessary parameters from in-situ measurements required to ensure an integrated monitoring and model data assimilation necessary to respond to the climate transition and the European Green Deal challenges. This call covers marine and/or terrestrial measurements in hard-to-reach areas or areas with extreme physical conditions such as the polar regions, the tropical regions and desert regions, the deep-sea, and the high-altitude regions where the lack of in-situ data makes global assessment and mitigation of climate change effects very challenging. Proposals could also address geographical and high temporal resolution gaps in observations such as the real-time monitoring of aeroallergens or other atmospheric aerosols affecting health. The proposals should be conducted, inter alia, in collaboration with Copernicus and other, relevant activities[5] and communities in order to guaranty coherent approaches regarding the acquisition of new in-situ data and development of related monitoring systems – in particular in view of supporting the calibration of remote-sensing data. During the development of the systems, special attention should be given to data management, standardisation and dissemination issues.\nThe development of new in-situ observation systems should be conducted in close collaboration with the commercial sector. 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Successful proposals will also contribute to the implementation of the EU Bioeconomy Strategy and the updated EU Industrial Strategy.\nProject results should contribute to the following expected outcomes:\n• Uptake of circular bio-based solutions in construction and renovation of buildings, with possible spillovers to other large volume markets (e.g., transport and furniture).\n• Bio-based materials performance meeting market and regulatory requirements.\n• Improved environmental and health & safety profile compared to current equivalent, conventional products.\n• Contribution to improved air quality (including indoor air quality) by preventing air pollution.\n• Increased end user/consumer awareness and acceptance of SSbD bio-based solutions.\nScope:Buildings produce about 40% of the world’s CO2 emissions, throughout the phases of material production, construction, useful life of the construction facility and end-of-life of its components, contributing to environmental pollution. To meet the increasing demand for sustainable, circular, energy efficient buildings and construction materials, there is a need to adopt cost effective, environmentally appropriate technologies and upgrade traditional techniques to increase circularity. Bio-based materials and products can often provide more sustainable and circular solutions and at the same time confer useful functional properties. At the same time, their scalability and environmental sustainability needs to be clearly demonstrated compared to conventional building materials.\nProposals under this topic should:\n• Demonstrate bio-based products with tailored functional properties for large-scale applications in construction and renovation of buildings. Products in scope are functional elements such as (but not limited to) acoustic and thermal insulation panels, façade elements, interior fittings, foams, membranes, door structures, window frames. Examples of target functionalities include durability; fire retardancy; water barrier, moisture transfer, antimicrobial, antifungal/mould prevention, corrosion prevention among others. While the primary focus should be on construction and building products, proposals can also consider replication of the developed solutions in other large market sectors such as transport and furniture among others.\n• Assess the compatibility of the innovative solutions developed with the built environment in terms of materials and of planning, construction, maintenance, renovation and/or demolition practices. Assess the compliance of products with the relevant regulatory framework and provide recommendations to overcome any identified bottleneck. Perform field trials of the newly developed materials and products involving end users (assessment, training and awareness raising). When applicable, test the compatibility with other components relevant to the final application.\n• Ensure health and safety requirements of workers and end users/consumers are met, including indoor air quality benefits when applicable.\n• Demonstrate improved environmental profiles compared to conventional (fossil or bio-based) materials in the production, use phase and end of life (including disassembly for easier recycling where applicable, reduction of waste and sustainable waste management).\n• Demonstrate sustainable and resource efficient production routes.\n• Include a task to integrate assessment based on the safe-and-sustainable-by-design (SSbD) framework, developed by the European Commission, for assessing the safety and sustainability of chemicals and materials. Under this context, projects are expected to contribute with and develop recommendations that can advance further the application of the SSbD framework.\nProposals should seek for links and complementarities and avoid overlaps with past, ongoing and upcoming EU funded projects, including those funded under H2020, HEU and the BBI JU and CBE JU[4]. Synergies with projects from Processes4Planet and the New European Bauhaus Academy initiative are encouraged. 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A wide set of stakeholders should be involved, in accordance with the focus chosen, with a view to ensure that pilot trials are developed in an effective and realistic manner and that results can readily be taken up by relevant policymakers or/and other decision-makers.\nProposals should build on existing knowledge, activities, networks and platforms, notably the ones funded by the European Union. Furthermore, links should be established and synergies sought with closely related actions, such as relevant R&I actions funded by Horizon Europe or Horizon 2020. 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Budget-Based"],"status":"Closed","openingDate":"2023-10-04","deadlineDates":["2024-02-07"],"budget":{"budgetByYear":{"2024":"10000000"},"expectedGrants":3,"minContribution":2000000,"maxContribution":3000000,"deadlineModel":"single-stage"},"keywords":["Distance learning (web based education)","Economics, Econometrics","Education and Training","Education, general (including training, pedagogy, didactics)","Education, special (to gifted persons, those with learning disabilities)","Education: systems and institutions, teaching and learning","Educational policy","ICT in education and learning","Social sciences, interdisciplinary","Vocational training"],"description":"Expected Outcome:\nProjects should contribute to the expected outcomes described in the first and second bullet points, or to the expected outcomes described in the third and fourth bullet points:\n• Provide quantitative and qualitative evidence of what determines participation and completion rates in upper secondary and tertiary education, including the long-term impact of the Covid-19 crisis and the role of policies and investments to promote equity and inclusion in education and training.\n• Enhanced knowledge base about which policies and practices can promote better-informed and more effective educational choices at all levels, including the role of vocational education and training.\n• Improved understanding of the long-term impact of the Covid-19 crisis on the transition from education to (vocational) training or from education and training to the labour market of young people across the EU, including through foresight.\n• Informed policies and programmes aiming to help the transition from education to (vocational) training or from education and training to the labour market, including in the area of student and graduate international mobility.\nScope:\nEffective educational transitions, in particular participation and completion rates in upper secondary and tertiary education, are prominent in the European Education Area[1], which includes targets[2] on early school leaving and tertiary educational attainment. Promoting successful transitions from education to the labour market has been one of the core European Commission policy activities since the outburst of the Great Recession. The COVID-19 crisis has made educational and labour market transitions more challenging, especially for disadvantaged young people. This may lead to worsening inequalities, which could become persistent unless education and training policies and investments tackle them appropriately.\nProposals should use quantitative and qualitative methods to analyse transitions between educational levels (including between general education and vocational training) and/or between education/training and the labour market and improve the evidence base for policy decisions by addressing several interrelated research questions, such as: what are the determinants of participation and completion rates in upper secondary and tertiary education and how can they evolve in the post-COVID world? What are the implications of COVID-19 on learning mobility and on graduates’ labour market outcomes? How do education outcomes interact with sources of disadvantage in defining labour market outcomes of young people? How can vocational education and training institutions adapt to the future of education and work, including the digital transition? Proposals should also include the voice of young people and other relevant stakeholders as part of the data collection. Clustering and cooperation with other selected projects under this call and other relevant projects are strongly encouraged.\n[1]  https://education.ec.europa.eu/\n[2]  https://eur-lex.europa.eu/legal-content/EN/TXT/PDF/?uri=uriserv:OJ.C_.2021.066.01.0001.01.ENG","descriptionTruncated":false,"portalUrl":"https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen/opportunities/topic-details/HORIZON-CL2-2024-TRANSFORMATIONS-01-10"}]}}
{"id":"321745","acronym":"ECOSIGNAL","name":"Environmental signaling and ovarian diseases susceptibility","offer":"In adult mammals, ovarian function is characterized by regular cyclic changes, which are critical for the egg development, sex steroid hormones production and fertility. These processes depend on the tight regulation of the activity of different ovarian signaling cascades that if altered during critical periods of development can lead to adverse effects on reproductive function. Initial investigations reveal that ovarian development and functions are sensitive to exposure to endocrine disrupting chemicals (EDCs). Endpoints of EDCs action in the ovary have been well investigated; however, insufficient research has been done to identify molecular mechanism(s) by which EDCs perturb ovarian function. Alteration in signaling could provide plausible link between EDCs exposure and pathophysiology of reproductive diseases such as premature ovarian failure, polycystic ovarian syndrome and infertility in women. The aim of the EcoSignal is to investigate if exposure to EDCs affects the function of key ovarian signaling pathways and thus alters ovarian function. To achieve this goal, we will expose ovarian cells to a estrogenic EDCs and the signaling responses and ovarian function will be analyzed using various molecular and cell biology techniques. This includes identification of ERK and AKT signaling as estrogenic EDCs targets and their contribution to the ovarian dysfunctions. Identification of EDC-sensitive signaling in the ovarian cells is an important step in understanding the risk of EDCs on human reproductive diseases. This proposal will allow an experienced US-based postdoctoral fellow to join a research team in Serbia studying EDCs and reproductive biology. The project will provide him not only with an opportunity to identify signaling pathways in the ovary affected by EDCs, but will also considerably improve his chances for an academic position in the near future.","objective":"In adult mammals, ovarian function is characterized by regular cyclic changes, which are critical for the egg development, sex steroid hormones production and fertility. These processes depend on the tight regulation of the activity of different ovarian signaling cascades that if altered during critical periods of development can lead to adverse effects on reproductive function. Initial investigations reveal that ovarian development and functions are sensitive to exposure to endocrine disrupting chemicals (EDCs). Endpoints of EDCs action in the ovary have been well investigated; however, insufficient research has been done to identify molecular mechanism(s) by which EDCs perturb ovarian function. Alteration in signaling could provide plausible link between EDCs exposure and pathophysiology of reproductive diseases such as premature ovarian failure, polycystic ovarian syndrome and infertility in women. The aim of the EcoSignal is to investigate if exposure to EDCs affects the function of key ovarian signaling pathways and thus alters ovarian function. To achieve this goal, we will expose ovarian cells to a estrogenic EDCs and the signaling responses and ovarian function will be analyzed using various molecular and cell biology techniques. This includes identification of ERK and AKT signaling as estrogenic EDCs targets and their contribution to the ovarian dysfunctions. Identification of EDC-sensitive signaling in the ovarian cells is an important step in understanding the risk of EDCs on human reproductive diseases. This proposal will allow an experienced US-based postdoctoral fellow to join a research team in Serbia studying EDCs and reproductive biology. The project will provide him not only with an opportunity to identify signaling pathways in the ovary affected by EDCs, but will also considerably improve his chances for an academic position in the near future.","sourceVersion":"791c7b7758c6e20017f4b2eaed621afb49ba9809cad00e5f5d9b1698e97d0773","originalSourceVersion":"fad72c09d6d4acd120c1240bbef9a027ddce1f76094856a8fd52893e6bfacb24","textHash":"0251e42d7c005e372024810fd0e84fbffabb2748d8b6dfe2a59264128b911017","sourceUrl":"https://cordis.europa.eu/project/id/321745","country":"RS","participantCountries":["RS"],"programme":"FP7","status":"CLOSED","sourceUpdated":"2019-08-02 10:30:30","locations":[],"goal":3,"goalIds":[3,9],"rels":[{"code":"3","name":"Ensure healthy lives and promote well-being for all at all ages","uri":"http://data.europa.eu/sdg/3","state":"supported","strength":"strong","assertionId":"mapping:32c2ce39662b980444c56628dd37586805bca2d3327c26e1794094bf0c040de0","revision":1,"reviewStatus":"unreviewed","claim":"Project 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At the same time, crop productivity should be maintained to protect global food security. This poses for me the urgent question: What is the current and future environmentally safe operation space for global groundwater use and what is, and will be, the impact of sustainable groundwater use on crop production worldwide? In this project, I will provide a better understanding of groundwater availability worldwide. My project will define the environmentally safe operating space for current and future groundwater use and will define and quantify the key trade-offs between sustainable groundwater use and crop production. I will develop a novel and innovative modelling framework that connects groundwater, surface water, and crop growth. The model will be linked novel future water demand scenarios, including adaptation strategies towards sustainable groundwater use worldwide. 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With expected increasing water demands and climate change, the pressure on our groundwater resources will increase further and new regions experiencing negative impacts will develop. To reduce and prevent these impacts, groundwater uses should be reduced. At the same time, crop productivity should be maintained to protect global food security. This poses for me the urgent question: What is the current and future environmentally safe operation space for global groundwater use and what is, and will be, the impact of sustainable groundwater use on crop production worldwide? In this project, I will provide a better understanding of groundwater availability worldwide. My project will define the environmentally safe operating space for current and future groundwater use and will define and quantify the key trade-offs between sustainable groundwater use and crop production. I will develop a novel and innovative modelling framework that connects groundwater, surface water, and crop growth. 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{"id":"101064589","acronym":"OTRA","name":"An Ontology for the Transmission and Re-Use of Argumentative Patterns (OTRA) in Christian-Muslim Religious Encounters","offer":"In this project, I will study argumentative structures in Christian anti-Islamic polemics from a historical perspective using a Digital Humanities approach. By investigating these argumentative patterns, I want to find out how this discourse developed over time. Are we confronted with a stable set of arguments, stereotypes, and references that structured the Christian discourse about Islam from the Middle Ages? Or did the increased availability of empirical sources and the increased contact from the 17th century lead to new forms of argumentative interactions? In order to answer these questions in a data-driven, comparative way, I will create an ontology that allows to record and classify references, borrowings, and structure of arguments in a standardized form. 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The aim of the action is thus to build technical, economic and legal expertise needed for project development and leading to the launch of concrete investments.\nThe proposed investments will be launched before the end of the action which means that projects should result in signed contracts (or launched tendering procedures as appropriate) for sustainable energy investments to that effect, e.g. construction works, energy performance contracts, turnkey contracts.\nThe PDA focusses on the sectors of existing public and private buildings; street lighting; retrofitting of existing district heating/ cooling; energy efficiency in urban transport (such as transport fleets, the logistics chain, e-mobility, modal change and shift) in urban/sub-urban agglomerations and other densely populated areas and energy efficiency in industry and services.\nWhilst proposals may address investments into distributed, small-scale renewable energy sources in combination with energy efficiency, the main focus should lie on capturing untapped high energy efficiency potentials.\nProposals should have an exemplary/showcase dimension in their ambition to reduce energy consumption and/or in the size of the expected investments. Proposals should also deliver organisational innovation in the financial engineering (e.g. on-bill financing schemes, guarantee funds, or factoring funds) and/or in the mobilisation of the investment programme (e.g. bundling, pooling or stakeholder engagement). Innovation should be demonstrated taking into account the state-of-the-art. In addition, proposals should demonstrate a high degree of replicability and include a clear action plan to communicate experiences and results towards potential replicators across the EU.\nThis PDA facility focuses on small and medium-sized energy investments of at least EUR 7.5 million to EUR 50 million[1].\nThe Commission considers that proposals requesting a contribution from the EU of between EUR 0.5 and 1.5 million would allow this specific challenge to be addressed appropriately. Nonetheless, this does not preclude submission and selection of proposals requesting other amounts.\nExpected Impact:Proposed actions are expected to demonstrate the impacts listed below (wherever possible, use quantified indicators and targets):\n• Delivery of a series of sustainable energy investment projects and innovative financing solutions and/or schemes;\n• Every million Euro of Horizon 2020 support should trigger investments worth at least EUR 15 million.\n• Primary energy savings, renewable energy production and investments in sustainable energy triggered in the territory of participating parties by the project within its duration (respectively in GWh/year and million Euro of investments per million Euro of EU funding),\n• Demonstration of innovative and replicable investment financing solutions, documenting feedback/uptake from potential replicators.\n[1]It is complemented by the ELENA facility which provides project development assistance for larger scale investments.","descriptionTruncated":false,"portalUrl":"https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen/opportunities/topic-details/EE-22-2016-2017"}]}}
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While scaling has been proven valuable for a few parameters, relationships have been derived in a mono-disciplinary context only.ObjectivesFollowing the urgent scientific and societal needs, the overall aim of PowerOfSize is to obtain a cross-disciplinary suite of mechanistic and statistical relationships for environmentally relevant parameters (quantities) in assessment models as a function of size and other descriptors, underpinned by overarching scaling principles. Based on research gaps and policy priorities, we focus on pollutants, covering emission and fate in catchments and cities, accumulation in organisms and effects on communities.Methods, expected results and impactBased on information from reviews, databases and articles, we will derive empirical and theoretical relationships for rate, time, density and other quantities Y (parameters) as a function of city, catchment, organism and community size X, covering, e.g., water in catchments, materials in cities, blood in organisms and biomass in communities as well as the pollutants they generate, carry and degrade. Identifying overarching principles based on shared system characteristics (e.g., dimension), the integrated suite obtained 1) profoundly advances our understanding and 2) crucially reduces data-hungriness of assessment tools.","objective":"SettingOver the last decades, anthropogenic pressures on the environment have dramatically intensified and diversified. Nowadays, we have to deal with 100,000+ pollutants, species and sites. To set the right priorities among these environmental problems and to select the best alternatives among sustainable solutions, proper assessment tools are urgently needed.RelevanceWhile several models are available, application to thousands of cases is severely limited by data gaps due to financial, ethical, disciplinary and other constraints. As an alternative, missing information can be obtained by linking parameters to size (e.g., catchment area, organism weight). While scaling has been proven valuable for a few parameters, relationships have been derived in a mono-disciplinary context only.ObjectivesFollowing the urgent scientific and societal needs, the overall aim of PowerOfSize is to obtain a cross-disciplinary suite of mechanistic and statistical relationships for environmentally relevant parameters (quantities) in assessment models as a function of size and other descriptors, underpinned by overarching scaling principles. 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{"id":"891511","acronym":"TRI-DENTUM","name":"Inferring Past Human Diets through a three-fold approach: Dental Microwear, micro-residues within Dental Calculus and Erosion Patterns of the Temporomandibular joint (TMJ)","offer":"Identifying past human diets is a key to understanding biological changes and cultural adaptations of Homo sapiens. A variety of proxies are generally considered to reconstruct ancient and historic nutrition, mostly recovered from osteological samples. Teeth are often subject to research, as they directly relate to mastication. Dental microwear is a direct evidence of differential masticatory regimes, while dental calculus may retain micro-residues of the food ingested. Yet, only a few studies have proposed the combination of dental microwear and analysis of dental calculus. Even more rarely, such data have been contextualized in the masticatory apparatus.The TRI-DENTUM project aims to investigate past human diet from an evolutionary perspective. It is multidisciplinary in scope, as it involves archaeology, biology, dentistry and evolutionary medicine. It explores the possibility of developing innovative methodological approaches to infer past human diets from the examination of osteological specimens. The diet of selected individuals recovered from a medieval German cemetery and the Canton of Zurich’s archaeological collection will be reconstructed through an original, three-fold approach. Three independent analyses are considered: dental microwear, extraction of micro-residues from dental calculus and evaluation of radiological osteoarthritis signs in the temporomandibular joint (TMJ). While working on the project, the researcher will acquire new skills in bioarchaeology and evolutionary medicine at the Institute of Evolutionary Medicine (IEM) (Zurich, Switzerland).TRI-DENTUM will foster advancements within archaeology, being therefore transformational to the field, as it will allow approaching past human diet with an innovative and holistic approach. Hence, the methodology designed herein will be applicable in the future to varied geographical areas and chronological periods to respond to specific questions related to the evolution of the human diet.","objective":"Identifying past human diets is a key to understanding biological changes and cultural adaptations of Homo sapiens. A variety of proxies are generally considered to reconstruct ancient and historic nutrition, mostly recovered from osteological samples. Teeth are often subject to research, as they directly relate to mastication. Dental microwear is a direct evidence of differential masticatory regimes, while dental calculus may retain micro-residues of the food ingested. Yet, only a few studies have proposed the combination of dental microwear and analysis of dental calculus. Even more rarely, such data have been contextualized in the masticatory apparatus.The TRI-DENTUM project aims to investigate past human diet from an evolutionary perspective. It is multidisciplinary in scope, as it involves archaeology, biology, dentistry and evolutionary medicine. It explores the possibility of developing innovative methodological approaches to infer past human diets from the examination of osteological specimens. The diet of selected individuals recovered from a medieval German cemetery and the Canton of Zurich’s archaeological collection will be reconstructed through an original, three-fold approach. Three independent analyses are considered: dental microwear, extraction of micro-residues from dental calculus and evaluation of radiological osteoarthritis signs in the temporomandibular joint (TMJ). While working on the project, the researcher will acquire new skills in bioarchaeology and evolutionary medicine at the Institute of Evolutionary Medicine (IEM) (Zurich, Switzerland).TRI-DENTUM will foster advancements within archaeology, being therefore transformational to the field, as it will allow approaching past human diet with an innovative and holistic approach. Hence, the methodology designed herein will be applicable in the future to varied geographical areas and chronological periods to respond to specific questions related to the evolution of the human diet.","sourceVersion":"84db7437b63c77c8522b611a75192a09fba8ca51d6f2527808f6f0fc7a87f25a","originalSourceVersion":"769d27822172a3b9e015b223a914d59357385a6b774024994684dd301ba2171c","textHash":"823d6cf586674058722f065674bff6dc05e5f8e9196d10870a8203561f3b0775","sourceUrl":"https://cordis.europa.eu/project/id/891511","country":"CH","participantCountries":["CH"],"programme":"H2020","status":"CLOSED","sourceUpdated":"2023-08-08 15:06:29","locations":[],"goal":null,"goalIds":[],"rels":[{"code":"11.4","name":"Strengthen efforts to protect and safeguard the world’s cultural and natural 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LIST recently showed that a few grams of electrocaloric ceramics can generate a variation of temperature of 20.9 K and a cooling power of 4 W. Besides, electrocaloric polymers have a cooling potential one order of magnitude larger than ceramics. This is what we intend to develop in this project, with a clear assessment of scale up capabilities thanks to an ad hoc consortium. Hence, Arkema, world leader in electroactive polymers, will investigate electrocaloric polymers able to reach a variation of temperature larger than 5 K. KEMET, European industrial partner, will prepare thousands of multilayer capacitors based on optimized electrocaloric polymers. The PI from USTUTT, who recently published the most efficient energy recovery circuit for electrocalorics, will build electronic modules able to increase the efficiency of electrocaloric devices up to 60%. 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At the same time, the need for mechanical cooling can be mitigated by using nature-based solutions (such as trees and plants), passive cooling techniques (such as natural ventilation, shades, thermal insulation, radiative cooling etc.), the use of natural energy (e.g. winter cold for summer use, or solar cooling) and behavioural changes or other demand-based technologies.\nThe demand for cooling is rising and cooling processes often result in significant greenhouse gas (GHG) emissions, due to the use of hydrofluorocarbons (HFCs) or fossil fuel to power cooling equipment. At the same time, the global energy market disruption and increasing costs of energy supply are threating the competitiveness of several high cooling demand sectors, so that the availability of super-efficient and low-cost cold technologies is crucial. These needs call for novel solutions as they cannot be addressed by simply adapting conventional cooling processes and solutions, nor relying on existing supply chains for components and devices. The alternative cooling technologies under development are either for small scale (e.g. solid-state refrigeration) or for a limited temperature range (e.g. sorption based refrigeration).\nThis Challenge is strategic for the European Green Deal [1] and the REPowerEU [2] plan, Renewable Energy Directive (RED II), and Energy Efficiency Directive (EED) EU policy objectives, transforming the EU into a resource-efficient and competitive economy, increasing Europe's autonomy on energy and critical materials, preserving Europe’s natural environment, tackling climate change and adaptation to it, food security and health protection, and strengthening the EU technological leadership in this strategic sector.\nOverall goal and specific objectives\nThis EIC Pathfinder Challenge aims at advancing scientific knowledge and technological development of novel, clean and efficient cooling solutions that fully underpin “cold economy” vision.\nFor this purpose, the portfolio of projects supported under this Challenge should explore the potentials of new devices, processes, components and materials for clean cooling generation, storage and/or transport, such as:\n• Generation of clean cooling which may integrate the use of renewable energy, waste heat/ cold harvesting, passive and radiative cooling, thermochemical and hybrid heat pumps, heat transformers, waste heat recovery, heat pipes); solutions for a wide range of applications ranging from vaccine storage temperature (-80 to 4°C), food (-40 to 12°C), data centres and air-conditioning (6 – 12°C) are eligible;\n• Store and/or transport of cooling (spatially and/or temporally decoupling demand and generation), clean cold chain transportation, thermal energy carriers, inter-seasonal storage, including charging/discharging dynamics where relevant (i.e. short charging times and mid to long duration storage);\n• Utilization and/or management of cooling, such as cascade use of cold energy for different temperature requirements, integration of innovative and low/ net zero cooling concepts in critical demand segments (i.e. data-centre, hard-to-abate industrial sectors, buildings, specific solutions for food processing or medical applications) or other demand side related technologies).\nSpecific objectives of the Challenge are to explore new devices, processes, components and materials for cooling. Technologies to be integrated in products and services shall demonstrate their potential to (i) reduce investment/operational costs, (ii) increase efficiency, operational reliability and interoperability, (iii) avoid the use of critical raw materials [3] or harmful refrigerants and (iv) pursue circularity by design approaches, low environmental impact and low carbon footprint.\nThe proposals should refer the expected COP (coefficient of performance) to the max theoretical COP of the inverse Carnot cycle and describe how the proposed solution can be competitive with the state of art at the proposed operating range. 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and functionality of innovative energy storage systems developed for specific system designs and applications.\n• Improvement of the already established European storage value chain able to contribute to the EU climate neutrality objectives.\n• Creation and improvement of European technological value chains with the potential for international cooperation and market exploration\n• Demonstration of successful business cases and systems designs for energy storage integration solutions in innovative and 'green' energy systems at different scales and timeframes.\n• Demonstration of effective integration of innovative energy storage systems and value chains at the interface of renewable energies and specific demand sectors\n• Ensuring the compatibility of systems and standards of distributed energy storage for participation in flexibility markets.\nScope:\nDemonstration of successful operation and integration of either standalone or combined innovative storage solutions (e.g. chemical, electrical, thermal, mechanical including e.g. compressed air/liquid, supercapacitors, innovative hydropower storage solutions) into innovative energy systems and grid architectures. Material development with respect to Supercapacitors is excluded from this topic, as it is treated in Cluster 4, topic HORIZON-CL4-2022-RESILIENCE-01-24 (\"Novel materials for supercapacitor energy storage\").\nSolutions should in particular explore, how innovative storage solutions can enable and drive further the successful penetration of renewable into the European energy mix across several important demand sectors (industry, energy, transport, residential, agriculture) by delivering effectively at the interface of renewable energies and specific demand sector needs.\nThe solutions should show clear innovation with respect to the state of the art e.g. through use of new advanced materials or new design solutions, always bearing in mind the objective of sustainability and circular economy, minimizing the environmental footprint.\nThe demonstrated technologies should respond to energy storage flexibility requirements in form of technological requirements and expected future investment and operational costs and business cases in existing or emerging energy markets, by acknowledging existing system designs and energy grid architectures. The demonstrated technologies should include interfaces for connecting with existing infrastructure, e.g. of hydraulic systems for innovative hydropower or the use of natural gas storage sites for hydrogen or biomethane storage, or abandoned infrastructure such as mines, or storage solutions in district heating networks.\nWhen integrating the storage solution, common architecture models (Smart Grids Architecture Model - SGAM[1]) and implementing standards (such as CEN-CENELEC, SAREF etc.) should be taken into account to ensure interoperability and compatibility.\nHighest interoperability should be reached ideally for all, but in any case for most of the use cases of storage, so that cost of deployment of distributed storage is decreased.\nTechnical and regulatory barriers, also including the market dimension, should be taken into account. This together with considering consumer acceptance of the solution as a prerequisite to increasing participation of consumers in the energy system.\nThe selected projects are expected to contribute to relevant BRIDGE[2] activities.\nnull\nActivities are expected to achieve TRL 6-7 by the end of the project – see General Annex B.\n[1] https://ec.europa.eu/energy/sites/ener/files/documents/xpert_group1_reference_architecture.pdf\n[2] https://www.h2020-bridge.eu/","descriptionTruncated":false,"portalUrl":"https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen/opportunities/topic-details/HORIZON-CL5-2022-D3-01-11"}]}}
{"id":"952335","acronym":"NanoQIQO","name":"Twinning towards the Russian-Armenian University’s scientific excellence and innovation capacity in nanomaterials for quantum information and quantum optics","offer":"Quantum Technology (QT) is an emerging field with a heavy volume of investments globally – private (Google, IBM, Toshiba) and public (Canada, U.S., and EU with its 1 billion EUR Quantum Flagship). Among the most evident benefits provided by QT are highly efficient quantum computers decreasing ICT energy consumption and footprint, and boosting Artificial Intelligence and Big Data applications for improved economic efficiency, health, safety.At the same time, Quantum Information Science is a rapidly evolving discipline with many research challenges, making the observation of quantum components a very actual task.The Russian-Armenian (Slavonic) University from Armenia is a national leader in Nanotechnology, Quantum Mechanics and Solid State Physics. The NanoQIQO Twinning project is initiated by RAU to enhance the research excellence, increase international visibility and open new prospects of research collaboration, including participation in EU-funded projects.The project will create a functional research network between RAU and two international leaders in the field of material science, quantum mechanics and quantum optics - University of Hamburg (Germany) and University of Patras (Greece).NanoQIQO project will include (i) short term exchanges of established researchers with regard to nanomaterials for quantum information and quantum optics; (ii) trainings for early-stage researchers to improve the career prospects; (iii) dissemination and communication campaign to raise RAU’s research profile and enhance the networking with international research community and stakeholders (iv) development of research management and administration skills in the RAU through upgrading of its Department of International Cooperation.As a result of the project implementation, the RAU will boost its scientific and technological capacity, strengthen reputation and improve competitiveness, contributing together with the partners to the global progress in Quantum Technologies.","objective":"Quantum Technology (QT) is an emerging field with a heavy volume of investments globally – private (Google, IBM, Toshiba) and public (Canada, U.S., and EU with its 1 billion EUR Quantum Flagship). 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internationally-leading counterparts at EU level. Driven by the quest for excellence, research intensive institutions tend to collaborate increasingly in closed groups, producing a crowding-out effect for a large number of promising institutions. This is the challenge that a specific Twinning action will try to address.\nScope:Twinning aims at significantly strengthening a defined field of research in a university or research organisation from a Widening country by linking it with at least two internationally-leading research institutions from two different Member States or Associated Countries. Twinning will:\n1. Enhance the scientific and technological capacity of the linked institutions with a principal focus on the university or research organisation from the Widening Country;\n2. Help raise the research profile of the institution from the Widening country as well as the research profile of its staff.\nSuccessful Twinning proposals will have to clearly outline the scientific strategy for stepping up and stimulating scientific excellence and innovation capacity in a defined area of research as well as the scientific quality of the partners involved in the twinning exercise. This scientific strategy should include arrangements for formulating new (or ongoing) joint research project(s) in the scientific area of choice and describe how Twinning will take this research to a new stage, by enlarging its scope and/or the research partnership. If relevant, any links with sustainable development objectives are to be outlined.\nSuch a strategy should include a comprehensive set of activities to be supported. These should include at least a number of the following: short term staff exchanges; expert visits and short-term on-site or virtual training; workshops; conference attendance; organisation of joint summer school type activities; dissemination and outreach activities.\nA dedicated focus towards promoting the involvement of early stage researchers (as per the MSCA definition[1]) in the coordinating institution from the Widening country is expected. This should take the form of a dedicated work package or task in the proposal describing activities dedicated to early stage researchers from the coordinating institution that could include training, mentoring and networking measures within the Twinning exercise, with a special focus on the promotion of gender equality among early stage researchers.\nOne of the lessons learned from previous calls and from the interim evaluation of Horizon 2020, is the lack of experience with regard to research management and administration in widening countries. That is why proposals should also focus on strengthening the research management and administration skills of the coordinating institution from the Widening country. This should take the form of a dedicated work package or task, placing emphasis to specific activities, in view of helping the staff of the coordinating institution to improve their proposal preparation and project management/administration skills. If not yet in place, setting up/upgrading a research management/administration unit within the coordinating institution would be beneficial. This will be achieved by fully utilising the experience and best practices of the internationally leading partners and is expected to be a concrete deliverable of the Twinning exercise.\nIn general, costs relating to administration, networking, coordination, training, management, travel costs are acceptable under a Twinning project. While the action does not focus on equipment and research costs, these could be accepted if they constitute only a minor part (up to 10%) of the total Horizon 2020 funding requested and are deemed necessary to fulfil the action's specific scope and objective.\nTherefore, for grants awarded under this topic and type of action the following cost categories will be ineligible costs:\n- infrastructure costs;\nThe respective option of Article 6.5.C of the Model Grant Agreement will be applied.\nThe duration of a Twinning project can be up to 3 years.\nIf the coordinating entity has already been funded (as a coordinator) under other Horizon 2020 Twinning calls, these projects need to be described in the proposal. In particular, proposers need to clearly demonstrate the added value and impact of the proposal in achieving the Twinning programme objectives, in comparison to the already funded Twinning project within the coordinating entity.\nThe Commission considers that proposals requesting a contribution from the EU of EUR 0.9 million, would allow this specific challenge to be addressed appropriately. Nonetheless, this does not preclude submission and selection of proposals requesting lower amounts.\nExpected Impact:- Increased research excellence of the coordinating institution in the particular field of research as a result of the twinning exercise.\n- Enhancing the reputation, attractiveness and networking channels of the coordinating institution.\n- Improved capability to compete successfully for national, EU and internationally competitive research funding.\n- Illustrate quantitatively and qualitatively the expected potential impact of the twinning exercise within the coordinating institution (and possibly at regional/national level) based on indicators like expected future publications in peer reviewed journals, collaboration agreements with businesses, intellectual property, new innovative products or services.\n- It should be explained how the leading scientific institutions in the partnership will contribute in terms of provision of access to new research avenues, creativity and the development of new approaches, as well as acting as a source for increased mobility (inwards and outwards) of qualified scientists.\n- The benefits for the internationally leading scientific institutions and the way they would mater","descriptionTruncated":true,"portalUrl":"https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen/opportunities/topic-details/WIDESPREAD-05-2020"}]}}
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{"id":"101145783","acronym":"SECRET","name":"Supporting Research Ethics Committees for efficient functionality and national accreditation to REview clinical Trials in Uganda and Ethiopia","offer":"BACKGROUNDThere are few research ethics committees (RECs) with capacity to review and provide oversight for clinical trials in Sub-Saharan Africa (SSA), and hardly any national accreditation systems used to evaluate the quality of review by these RECs. Although digital protocol submission systems improve RECs efficiency, up to 48% RECs in SSA still use paper-based systems. Additionally, many (single country) clinical trials in SSA are not registered with any internationally recognized clinical trials registry. The SECRET project seeks to address these challenges in Uganda and Ethiopia, by establishing national RECs accreditation systems, building capacity of RECs to review clinical trials (including during outbreaks and emergencies), establishing national clinical trials registries linked to the Pan African Clinical trial registry (PACTR), and developing digital protocol submission systems.METHODOLOGYThe SECRET project includes partners that have worked together in other EDCTP-funded projects, to address the identified gaps through four objectives and six work packages. We will leverage the experience of the Uganda National accreditation system to establish a national accreditation system for Ethiopia and accredit at least two RECs in Ethiopia and two in Uganda. We will also leverage the expertise of the PACTR to set up the Uganda National Clinical Trial Registry. Nuvoteq that have experience in digital solutions for health care services will support Ethiopia to set-up the digital protocol submission systems. We shall also leverage the expertise of Makerere University bioethics training unit and the National Drug Authority of Uganda to build capacity for clinical trial review and oversight for the RECs to be accredited. The Uganda National Health Research Organisation and Institute of Tropical Medicine in Antwerp, which are the coordination institutes, have worked together on ALERRT, an epidemics preparedness consortium funded by EDCTP.","objective":"BACKGROUNDThere are few research ethics committees (RECs) with capacity to review and provide oversight for clinical trials in Sub-Saharan Africa (SSA), and hardly any national accreditation systems used to evaluate the quality of review by these RECs. Although digital protocol submission systems improve RECs efficiency, up to 48% RECs in SSA still use paper-based systems. Additionally, many (single country) clinical trials in SSA are not registered with any internationally recognized clinical trials registry. The SECRET project seeks to address these challenges in Uganda and Ethiopia, by establishing national RECs accreditation systems, building capacity of RECs to review clinical trials (including during outbreaks and emergencies), establishing national clinical trials registries linked to the Pan African Clinical trial registry (PACTR), and developing digital protocol submission systems.METHODOLOGYThe SECRET project includes partners that have worked together in other EDCTP-funded projects, to address the identified gaps through four objectives and six work packages. We will leverage the experience of the Uganda National accreditation system to establish a national accreditation system for Ethiopia and accredit at least two RECs in Ethiopia and two in Uganda. We will also leverage the expertise of the PACTR to set up the Uganda National Clinical Trial Registry. Nuvoteq that have experience in digital solutions for health care services will support Ethiopia to set-up the digital protocol submission systems. We shall also leverage the expertise of Makerere University bioethics training unit and the National Drug Authority of Uganda to build capacity for clinical trial review and oversight for the RECs to be accredited. 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There is a need to better understand the challenges that these countries are facing. They include the varied levels of clinical trial activity, with no health research legislation in some of them; as well as the need of better quality control, certification and accreditation of ethics and regulatory bodies, adherence to common international standards and open data access. Coherent linkages between ethics and regulatory functions are needed, as well as linkages with clinical trial registration and more systematic research reviews. Furthermore, better systems and technologies, including more external expertise and digitalisation for processing research application review and handling of documentation and data, are required.\nSeveral initiatives have already established capacity development tools and structures that add value to the capacity development efforts of ethics and regulatory agencies in SSA[1] and should be taken into consideration.\nThe projects funded under this call will support the SSA countries to establish and/or develop own robust capacities for ethics review and national medicines regulatory systems. This also includes support towards national and international collaboration in compliance with established international standards. 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{"id":"101203728","acronym":"SOCIALADAPT","name":"Intelligent Embodiment: Social Robots that Understand and Adapt Through Recommender Systems","offer":"Social robots, conceived to provide companionship, emotional support, and assistance with daily tasks, play a crucial role in promoting mental health and wellbeing, aligning with the United Nations Sustainable Development Goals. Despite advancements in social robots’ ability to understand and respond to humans, they have limited capabilities in personalization and adaptivity, which are crucial for ensuring long-term user engagement. Meanwhile, given the rapid growth of the AI-driven e-commerce market and the widespread adoption of Large Language Models, conversational recommender systems have become a popular tool for providing recommendations and information. While most recommenders effectively sustain long-term user engagement in real-world applications, they are typically regarded as non-embodied agents, overlooking their social roles in interactions. SOCIALADAPT aims to enable social robots and recommender systems to benefit from each other and achieves the following objectives: for social robots, i) inferring user preferences from multi-modal interactions, and ii) personalized and adaptive responses for long-term use; for recommender systems, iii) integrating conversational recommenders with humanoid embodiments, and iv)  evaluating the embodied recommender. To address the first objective, the candidate will use multimodal recommendation methods to infer short-term and long-term user preferences. For the second, she will develop a reinforcement learning method that learns from inferred user preferences to generate adaptive responses. The third objective entails integrating recommendations with virtual humanoid embodiments generated by generative AI. For the fourth, she will evaluate users’ social presence when interacting with the recommender through use studies, in compliance with data privacy. The candidate expects to advance her research career and contribute to the intersection of social robotics and recommender systems, becoming one of the leaders.","objective":"Social robots, conceived to provide companionship, emotional support, and assistance with daily tasks, play a crucial role in promoting mental health and wellbeing, aligning with the United Nations Sustainable Development Goals. Despite advancements in social robots’ ability to understand and respond to humans, they have limited capabilities in personalization and adaptivity, which are crucial for ensuring long-term user engagement. Meanwhile, given the rapid growth of the AI-driven e-commerce market and the widespread adoption of Large Language Models, conversational recommender systems have become a popular tool for providing recommendations and information. While most recommenders effectively sustain long-term user engagement in real-world applications, they are typically regarded as non-embodied agents, overlooking their social roles in interactions. SOCIALADAPT aims to enable social robots and recommender systems to benefit from each other and achieves the following objectives: for social robots, i) inferring user preferences from multi-modal interactions, and ii) personalized and adaptive responses for long-term use; for recommender systems, iii) integrating conversational recommenders with humanoid embodiments, and iv)  evaluating the embodied recommender. To address the first objective, the candidate will use multimodal recommendation methods to infer short-term and long-term user preferences. For the second, she will develop a reinforcement learning method that learns from inferred user preferences to generate adaptive responses. The third objective entails integrating recommendations with virtual humanoid embodiments generated by generative AI. For the fourth, she will evaluate users’ social presence when interacting with the recommender through use studies, in compliance with data privacy. 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The action should have the potential to achieve maximum impact in the field and to make a significant contribution to the objectives of the EDCTP3 programme, and in particular:\n• Contribute towards combatting drug resistance through development of new or improved antimalarial products;\n• Lead to the advancement of new drugs and/or drug combinations, with the aim of registration of new drug(s) and/or drug combinations for treatment and prevention of malaria in SSA and globally;\n• Contribute to the reduction of malaria mortality and morbidity in SSA, particularly in pregnant women, infants and children and thus contribute to achieving SDG 3 ‘Ensure healthy lives and promote well-being for all at all ages’.\nProposals are expected to include the effective in-kind and/or financial contribution of contributing partners, in order to produce meaningful and significant effects enhancing the impact of the related research activities.\nApplicant consortium\nThe contributions from contributing partners should correspond to the amounts they have committed in the letter of endorsement requesting to become a contributing partner (Article 9 Council Regulation (EU) 2021/2085). Their contributions can consist of financial contributions and/or in-kind contributions. Applicant contributing partners must submit the endorsement letter for approval by the Global Health EDCTP3 Governing Board before the deadline for submission of the second-stage applications. It is recommended that the draft letter is submitted to the Global Health EDCTP3 Programme Office sufficiently ahead of deadline for submission of proposals to allow the review[1].\nIn case of in-kind contribution (even combined with financial contribution), contributing partners become a part of the applicant consortium and participate in the project, as appropriate i.e. as beneficiaries orAffiliated entities in the meaning of Article 8 of the Horizon Europe model grant agreement.\n[1] The Global Health Programme Office will ask the applicant contributing partner to revise the letter in case it significantly departs from the template letter published on the Global Health EDCTP3 JU website or is missing any compulsory elements. The preliminary assessment by the Programme Office does not consider the merits of the application. The final decision as to acceptance or rejection of a new contributing partner rests with the Global Health EDCTP3 JU Governing Board\nExpected Outcome:Background\nIn the past two decades, significant progress has been made in the fight against malaria. However, malaria remains a major burden with enormous socio-economic impact, on individual, family, community, and national levels in many parts of sub-Saharan Africa. In 2022, the WHO African Region accounted for about 93,6% of cases and 95,4% of deaths globally; 78,1% of all deaths in the WHO African region were among children aged under 5 years in 2022, compared with 90,7% in 2000. Between 2019 and 2020, estimatedmalaria cases increased from 218 million to 230 million, and deaths from 552 000 to 604 000.\nDespite recent progress made towards malaria control including implementation of the Malaria RTS,S and R21 vaccines, serious bottlenecks remain in providing compelling regional effectiveness data in the context of combined medical interventions and full access to preventive interventions, diagnostic testing, and treatment and further efforts are required to ensure these vaccines are well integrated in multi-tool strategies to prevent and control the disease. The greatest burden of disease affects children, pregnant women, and immune-compromised individuals of all age groups.\nSeveral antimalarial drugs have been developed, but the ever-present potential for emergence of resistance underscores the need for new highly efficacious drugs with adequate safety profiles. In addition, new antimalarial drugs with different modes of action are needed for malaria chemoprevention in the most vulnerable populations.\nIn this context, the Global Health EDCTP3 JU aims to invest in Malaria therapeutics and strategically pivot the major investments made by funding of the earlier EDCTP programmes in this field. Recommendations from the JU advisory bodies and results of the literature review included the need for novel treatment strategies to address the resistance against Artemisinin-based combination, R&D for malaria therapeutics in the light of emerging resistance and generation of evidence on. In addition, the need for preparatory studies to design and conduct clinical trials focusing on complimentary tools for maximum impact (vaccines,treatments, prophylaxis, vector control) was also highlighted.\nExpected Outcome\nThis topic aims at supporting activities that contribute to one or several of the expected impacts for this call. Proposals submitted under this topic should aim for delivering results that are directed, tailored towards and contributing to at least two of the following expected outcomes:\n• Generate clinical data progressing development of new or improved antimalarial treatment regimen combatting drug resistance;\n• Progress new drug(s) and/or drug combinations towards registration for treatment of malaria in SSA;\n• Generate clinical data on special populations, including pregnant women, neo-nates, infants, children, adolescents and immune-compromised individuals living in high transmission regions;\n• Generation of evidence on resistance to current treatments including combined therapies, as secondary outcome.\nScope:Scope\nProposals submitted under this topic are expected to advance the clinical development of existing and new antimalarial candidates.\n","descriptionTruncated":true,"portalUrl":"https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen/opportunities/topic-details/HORIZON-JU-GH-EDCTP3-2025-01-MALARIA-02-two-stage"}]}}
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use of unused and new skills to unfold the potential of the technological solutions at the workplace for upcycling and contribution to inclusive growth;\n• At a longer term, to pave the way toward sustainable-by-design for circular products.\nScope:\nCurrently only 12% of the material resources used in the European process industry are recycled and recovered materials and these are mostly down cycled to less valuable products. To move towards a truly circular and sustainable process industry that uses its resources consciously, and without landfilling, breakthrough innovations aiming at upcycling large amounts of secondary resources are needed. The focus of this topic is the upcycling of secondary resources that must lead to the same quality and diversity of products as those obtained when using primary resources. The innovation needed will depend on the addressed waste category. However, even if the upcycling technologies may be sector specific, the cross-sectorial elements are important and should deserve due attention.\nProposals are expected to address the following aspects:\n• Considering the upgrading of secondary resources, when relevant, which may include the development of better separation and sorting technologies and digitalisation;\n• Ensure consistent quality and safety of recyclates and their suitability for the upcycling process itself;\n• If relevant, detection and removal additives in the secondary resources stream;\n• Take due account of logistic aspects such as production planning, risk assessment and management or zero defect at supply chain level;\n• The innovative upcycling of the secondary raw materials should be demonstrated through at least two realistic use cases that must lead to the same quality and diversity of products as those obtained when using primary resources, with demonstrable economic return, developed in closed cooperation between recyclers, process industry, users and technology providers;\n• Successful upcycling relies on advanced monitoring and sensing in the process industries and value chains, and on an improved data completeness, accuracy and interoperability between the process and the recycling companies. 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