Dragon09/odtu_chatbot huggingface dataset:
osawardseu

in its 30month duration osawardseu will establish a european public recognition scheme for open source os software sw and hardware hw this system for european awards will foster interest in contributions and promote greater integration utilisation and exploitation of os sw and hw assets in europe it will do this bycelebrating excellence the european os awards designed with guidance from an expert european os academy will annually recognise outstanding contributions from individuals and projects throughout europeamplifying impact the strategically timed eu os week coinciding with major european events like fosdem will elevate the awards profile and foster extensive community engagementbuilding european expertise the european os academy composed of leading figures in os will work with the european commission ec and osaawardseu to nominate and select awardees ensuring the legitimacy and prestige of the awards while inspiring future generations the academy will also be built as an institution that implements and drives osawardseus strategy for skills developmentosawardseu brings a strong sustainability component into its approach by leveraging existing communities and initiatives we ensure the awards week and academy endure beyond the projects lifespan this award systems focus on public recognition and institutionbuilding creates a lasting impact that serves as a worldrenowned annual event highlighting europes os achievements by intertwining recognition awards legitimacy and skills academy and skills strategy and community engagement week we cultivate a comprehensive strategy that celebrates excellence fuels innovation and guarantees the continued advancement of os technologies in europe across society and industrial verticals by extension osawardseu is a project aimed at advancing the eus competitiveness and open strategic autonomy
ebrainhealth actionable multilevel health data

the project ebrainhealth will deliver a distributed research platform for modeling and simulating complex neurobiological phenomena of human brain function and dysfunction in a data protection compliant environment it will provide thousands of multilevel virtual brains from patients and healthy human controls for research and innovation brain data from multiple sources will be preprocessed solving the societal grand challenge of dementia is a big task yet it appears feasible in a collective approach therefore we will build an interdisciplinary digital twin for dementia for modeling and simulating complex phenomena at the service of research infrastructure communities ebrainshealthcloud will offer endtoend services for personalized complex brain modeling and simulations in distributed einfrastructures with data protection by design and by default and simulationready human multiscale brain data that range from molecular genomics proteomics metabolomics and cellular to electrophysiology and imaging to behavioural clinical lifestyle and environmental data as well as data from wearables brain data are preprocessed and annotated such that they all relate to a common reference 3d brain space ebrainshealthcloud constitutes a blend of three largescale research programs the fet flagship human brain project with its ebrains research infrastructure the eosc project virtual brain cloud with its virtual research environment for sensitive data and the h2020 project aimind with intelligent tools for dementia risk estimation the project will have synergies to topics of the digital europe program such as artificial intelligence cybersecurity and supercomputing and the health data space ebrainshealthcloud offers a next generation clinical research infrastructure and creates an open yet protected space for groundbreaking digital health innovation by the research infrastructure communities comprising academia and the private sector
purity improvement of scrap metal

the objective of the project purescrap is to increase the use of lowquality scrap grades postconsumer scrap by deploying and applying best available technologies to reduce impurities this is achieved through novel sensor combinations and analysis supported by artificial intelligence a key part is the connection between scrap sorter and the steel industry which are the consumers of the scrap this ensures that there is a demand for the enhanced purification and valorisation methods the steel industry also enables the industrial scale verification of the purescrap methods where sorted scrap is used for steelmaking in semiindustrial and industrial scalethe shredding process is identified as the most promising method leading to impurity liberation and later removal for which the site of the swedish scrap supplier stena is chosen for demonstration with a better analysis of the scrap material after the sorting and preparation chain appropriate material handling can be optimised for desired outputs during the project sensor stations will be integrated in the two separate processing chains for heavy cut and shredded scrap the proposed innovation of purescrap has the ambition to go far beyond industrial stateoftheart to achieve a higher recycling rate of postconsumer scrap increased share of lowquality scrap over the total scrap input by at least 40 or more compared to the usual practice for a specific steel quality whereas realistic grades are eg rail steel r260 10623 en13674 and engineering steel 42crmo4 17225 din en10083 this clearly contributes to the strategic research and innovation agenda sria of the clean steel partnership and to the achievement of the european green deal goals regarding circular economy as well as to the reduction of co2 emissions the outstanding performance of the proposed purescrap sensor stations will be demonstrated through the implementation at industrial scale at a scrap supplier site
wideradvance facility the dissemination and exploitation facility for widening projects

building upon the priorities set by horizon europe and horizon 2020 the wideradvance facility emerges as our strategic solution to the european commissions emphasis on optimizing research outputs particularly within the widening participation and spreading excellence widera sector this area marked by significant disparities in innovation across europe especially in widening countries and outermost regions is the focal point of our initiative drawing upon our extensive experience garnered through previous horizon projects specifically horizon results booster this initiative is meticulously crafted to support and emphasize the research outcomes from these identified regions while seamlessly aligning with the existing frameworks and tools laid out by the european commission the facility is not merely a supportive platform but a comprehensive learning environment for researchers research management entities and tech transfer specialists our tailored approach includes the deployment of 50 individual academies focusing on 750 key exploitable results complementary webinars extensive training modules insightful study visits to renowned research centres followup synergies and fostering collaborative environments through networking events by enhancing the visibility of these regions and making impactful contributions to policymaking at local national and eu level we aspire to reinforce and enrich the european research and innovation ecosystem ensuring the equitable dissemination and utilisation of research breakthroughs across europe the service part is underpinned by active outreach performed by ncps and local partners to organisations having direct indirect research results from widening actions which maximes the pathways towards objectives and ensure the sustainability of the actions
metropolitan inclusivity in climate and digital transitions

metropolitan inclusivity in climate and digital transitions micad is an innovative project dedicated the creation of a framework for inclusive metropolitan planning focusing on climate and digital transitions the primary objective is to advance inclusive metropolitan planning a goal that will be realized through the creation of a toolkit for local and regional authorities the effectiveness of this toolkit will be demonstrated with the elaboration of five roadmaps for digital or climate transition in different cities with diverse backgrounds accompanied by the formulation of policy recommendations to amplify its impactto achieve these ambitious objectives a robust consortium boasting diverse expertise in urban planning cocreation and living lab methodologies has been assembled partners will collaborate closely to empower local and regional authorities with the necessary skills to implement these methodologies effectively capacity building efforts will extend to replication and exploitation partners leveraging their extensive networks to disseminate these methodologies globally and assist other international actors in navigating similar transitions the project will also contribute to the academic discourse by publishing a set of recommendations and articles further expanding its impactmicads significant contribution lies in fostering international cooperation among local regional and international actors through this collaboration the project aims to identify the risks and opportunities associated with implementing inclusive and participatory planning processes the study and application of communityheld innovative processes will provide insights into the most effective and engaging participatory policymaking strategies the results of these studies will be shared leading to the proposal of solution models that can be adapted to various contexts
longterm alterations of hostmicrobiome interactions and cardiovascular and respiratory diseases progression after pneumonia

challenges the incidence of cardiovascular diseases cvd increases after infections but causal mechanisms are not understood yet pneumonia which can be acquired in the community such as flu and covid19 or during hospitalization is a leading cause of infectious diseases the main idea of the homilung project is to investigate the causal relationship between cvd progression and the immune and microbiome alterations observed after pneumonia objectives during the homilung project we aim to i define the medical and societal and patient needs ii increase medical doctors knowledge of the physiological processes linking pneumonia and cvd iii enable early identification of patients at risk of cvd progression and iv preclinically develop new treatmentsimplementation the homilung project will address this challenge by comparing cvd rates between patients cured of pneumonia and matched patients who had not developed pneumonia during a prospective 3year followup we will analyze longitudinal samples collected in these populations and develop new algorithms by artificial intelligence to associate hostmicrobiome interactions with cvd progression we will also demonstrate the causal link between cvd progression and hostmicrobiome interactions in preclinical pneumonia models the interdisciplinary and ambitious homilung project brings together 8 partners from 5 eu countries with expertise in pneumonia cvd immunology microbiome and artificial intelligence and is uniquely placed to reach these objectivesimpacts the project will provide clinicians with robust evidence contributing to identifying patients at risk of cvd after pneumonia by developing new biomarkers and preclinical validating treatments to trl4 the project will contribute to improving patients recovery and reducing the burden of infections this project particularly timely after the covid19 pandemic crisis will also increase european preparedness for the next pandemic
foilon developing and producing biodegradable and suitable for compost laminating film called lamon and packaging foil packon lowering plastic pollution

lamon ltd is a startup that disrupts the printing and packaging market with two highly innovative products a 100 biodegradable laminating film lamon and a packaging foil packon made from corn both have the full performance capabilities of plastic film but are based on pla and are therefore compostable no recycling needed they are completely compatible with current printing and packing industrial machines for immediate largescale market entry and do not require any changes to process or equipment our recipe allows us to produce high quality affordable and durable clear film on standard polymer extruders during prototyping we established there are no voc emissions in the production and its life cycle we achieved a low price by producing them with one step less than the other solutions on the market and thus saving energy and manpower with a granulating machine we will reuse the waste material from production which complies with the eus circular economy action
turning food waste into sustainable soil improvers for better soil health and improved food systems

waste4soil envisions the development of 10 technological and methodological solutions for recycling food processing residues from the food industry into local biobased circular soil improvers for improved soil health a userdriven standardised evaluation framework will support stakeholders from the food value chain including waste managers to assess their status towards food processing residues circularity and take action for recycling suitable waste streams into beneficial soil improvers to ensure coinnovation and collaborative research waste4soil will setup 7 soil health living labs across europe in greece finland spain poland hungary italy and slovenia to study the valorisation of 8 types of food processing residues ie meat fish dairy cereals olive oil beverages wine fruits and vegetables and processed food the project focuses on assessing and improving the effectiveness of existing routes of food waste management to soil improver components formulation and application methods by focusing on 1anaerobic digestion residues by employing novel nutrient separation including selective electrodialysis bioelectrochemical and membrane systems 2novel efficient biochar production from food processing wastes and digestates 3biophosphate processing 4 effective composting process of solid residues 5protein hydrolysates acting as soil improvers and admicroalgae combined processes for soil biostimulants and 6an enabling management platform applied in all living labs with a growing database of data analytics route optimisation applications soil health evaluations and application recipes commercial aspects and the capacity to use iot devices in logistics the 27 partners and 1 associated partner supporting this project proposal are forming a transdisciplinary partnership accross 10 european countries
early warning system for soil degradation a statistical physics approach to climate change adaptation

climate change is an urgent challenge and impacts ecosystems society and economic activities here we focus on the problem of loss of fertile soil soil degradation a process that is induced and accelerated by extreme weather and climate change and affects among other sectors agriculture land use planning and food security current tools to monitor soil health for commercial purposes or policymaking are either limited in scale due to high cost or insufficiently accurate due to the lack of underlying robust modelsthe emerald proof of concept aims to test further develop and promote final users uptake of a novel soil fertility monitoring and forecasting method founded in the statistical physics of disordered systems the expertise built on the underlying physics of spin systems as part of the erc starting grant will be applied to the accurate modelling of vegetation growth substantially building on our promising preliminary resultsthis early warning and large scale survey of soil degradation offers an effective climate change adaptation tool helping farmers agricultural organization and governments in land use planning on the medium and long term the use of earth observation data will ensure a scalable solution to tackle the problem of desertification globallythe final aim is to develop the research results into a service evaluate the market obtain the first users evaluate its impact and develop a comprehensive nonprofit commercial strategy for the uptake of this technology
development of a minimallyinvasive sampling protocol for the study of manuscripts and other historical documentary materials

nanosamplink is an innovative research project that aims at developing a minimallyinvasive sampling protocol for historical manuscripts and documentary materials it involve the use of several formulations of hydrogels and organogels which will serve as a conduit for solubilizing and absorbing the superficial layers of colored applications preserving the integrity of the materials being analyzed the gels will be tested on modern ink and paint reproductions as well as on real case studies the project focuses on striking a balance between minimizing invasive color changes on the artworks selecting the bestperforming gels for extracting specific compounds watersoluble and nonwatersoluble and surpassing the detection limit of the intended high resolution molecular techniques rooted in conservationrestoration material science and art history nanosamplink benefits from expertise in heritage science mentorship from leading experts in conservation molecular analysis chemistry and nanotechnology it is a highly interdisciplinary and international project with a green character and significant implications in terms of broadening the commercial viability of these gels
gas flows in and out of galaxies solving the cosmic baryon cycle

galaxy formation is driven by the flows of gas in and out of galaxies which remain poorly understood galaxies grow and fuel their star formation through the accretion of new gas while stellar and agn activities eject copious amount of gas into the environment the physics of and interplay between these phenomena cosmic baryon cycle are extremely complex with the consequence that our current understanding of how and when gas flows take place and their impact on the lifecycle of galaxies is still patchyhence the flows erc project is designed to precisely determine the properties of gas flows in and out of galaxies across cosmic time and explain their role in galaxy formation and evolution with flows we will conclusively determine how gas accretion from the environment takes place and how it changes with time we will accurately measure the properties of galactic winds and fountains and establish their role in regulating the gas content of galaxies we will build the next generation of predictive galaxy evolution models that will include for the first time fully constrained gas flowsflows will achieve these ambitious goals thanks to a unique and powerful combination of innovative data analysis and theoretical investigations my team will study gas flows in and around galaxies using the full range of stateoftheart data coming from alma the ska pathfinders the vlt the hst and jwstmost importantly we will design new analysis techniques including the first 3d code to model galactic winds directly in datacubes groundbreaking theoretical methods will allow us to combine the benefits of largescale models with highresolution magnetohydrodynamical simulations this multifaceted approach which is the key to crack the baryon cycle problem derives its strength from the diverse research lines that i have pursued in the past years which puts me in a unique position worldwide to the make the major leap forward that flows promises to achieve
the sexdependent effects of amino acidbased diets on energy metabolism innovative approaches to manage the metabolic syndrome

the stimulation of brown adipose tissue bat thermogenesis and energy expenditure has gained prominence in the management of obesity and type 2 diabetes in this context i propose innovative nutritional strategies as efficient tools to promote bat thermogenic program with therapeutic effects on obesity type 2 diabetes and metabolic syndrome mets there are four aims aim 1 focuses on the sexbased efficacy of essential amino acid eaabased supplements and designer diets in the animal models of dietinduced obesity and in the chronic subordination stress model of mets i investigate whether and how sex differences influence bat thermogenesis activation induced by nutritional challenges and the role of the sympathetic nervous system batdenervated less mice optogenetic methods to evaluate the ability of dietssupplements to increase the sns capacity aim 2 characterizes the role of bat as a secretory organ using stateoftheart techniques transcriptomics metabolomics bat ablationtransplantation aim 3 studies the sexbased beneficial effects of supplements in men and women with severe obesity aim 4 relates to the additional nonacademic placement period in professional dietetics a company with a strong background in developing amino acidbased formulas for medical use to acquire knowledge about patent management and regulatory affairs in the healthcare industryat umn i will exploit the outgoing supervisors expertise in metabolic physiology and sns regulating bat function in obesity at umil i will refine the knowledge and skills acquired during the outgoing phase my final goal is to implement individualised and sexbased guidance to ameliorate metabolic disorders this result will place me privileged to establish myself as a competent researcher within the european community
smartaml shaping marrow adiposity to redefine treatment in acute myeloid leukemia

acute myeloid leukemia aml is an aggressive hematologic malignancy characterized by the uncontrolled proliferation of myeloid cells which hijack the bone marrow bm and compromise its physiological functions aml prognosis remains poor with 10 of patients above 60 years old surviving after 5years recent discoveries have revealed the key role of bm microenvironment in harboring and protecting leukemic stem cells from chemotherapy contributing to aml relapse therefore targeting the hijacked bm niche and transforming it into a tumorinhospitable microenvironment represents a promising therapeutic strategy in adults bone marrow adipose tissue bmat is the predominant component of the bm microenvironment making it an appealing target however the role of bmat in aml development drug resistance and survival is still controversialwith smartaml i aim at identifying aml cellsrelated changes within the bmatbm microenvironment to introduce bmat manipulation as therapeutic strategy to sensitize leukemic cells to chemotherapy to achieve this goal i will exploit stateoftheart bioprinting technologies to engineer a perfusable humanized bonebmat 3d biomimetic microenvironment patientderived aml cells will be cultured within the engineered platform to characterize the amlinduced bmat changes in a controlled environment with limited variables finally bmat will be manipulated ie expanded or reduced to determine the potential of this therapeutic approach on enhancing the efficacy of chemotherapy on leukemic stem cells and reducing the chance of relapse this project will prepare me to become a tenured scholar strengthening my academic profile and enabling me to establish myself as an independent principal investigator with a research line on advanced bone disease modeling it will also create opportunities to perform cuttingedge research at the intersection between tissue engineering and cancer research