Dragon09/odtu_chatbot huggingface dataset:
planning a digital twin for greener road infrastructure

the eu invests billions of euros in research every year however that investment is actually made in research and innovation while innovation is one of the keys to economic growth it is rarely the case that the results of research projects make the transition into an innovation setting where they can assist in achieving the desired economic growth the gap between scientific project output and innovation project input is difficult to bridge often requiring significant financial investment many eu structural funds support economic regional development and the purpose of this project is to find a pathway to reach these regional development funds from a starting point in the scientific research programme we will achieve this through a trial using malta as a testbench for the whole of the eu to learn what needs to be done to achieve a wider deployment of largescale pilots supported by regional development funds the processes and actions we undertake will be documented adapted for use more widely and three largescale pilot studies will be prepared the trial and pilot applications will analyse traffic data to understand demands on infrastructure it is developed from the outputs of the marvel research project the pattern application satisfies important aspects of the ris3 strategies of all three regions which are members of the widening community and helps to also reach targets associated with carbon reduction and climate change strategies this gives the pattern project a strong likelihood of being successful in its planned effort post project to use regional development funding in doing so we will finalise our pathway documentation and provide a roadmap for other researchers to use when pursuing activities on the innovation vector the interdisciplinary skills of the pattern consortium partners have been put together to ensure success in the consortium we have technical experts business sustainability experts and funding experts
map join and drive european activities for advanced therapy medicinal product development and implementation for patient and society benefit

advanced therapy medicinal products atmps are medicines based on genes cells and tissues for human use they can provide patients novel treatment alternatives to significantly improve or even cure diseases that currently have no or inadequate standardofcare options however significant challenges remain for the scientific clinical and patient communities as well as commercial entities and regulatory policymaking and technologyassessing bodies the join4atmp consortium unites international experts and stakeholders with the mission to accelerate and derisk european atmp development and ensure widespread equitable atmp access for patients with common diseases rare noncancer diseases and rare cancers in europe it brings together all members of the european university hospital alliance with the existing eufunded t2evolve and restore networks and with active support from industry partners and patient representatives as our 14 core partners the core partners are joined by supporting partners active in atmp development production application and regulation our team will use realworld data and experiences to achieve the most rapid and holistic map of current hurdles and the best way to improve support and regulation of atmp development and use in the eu and associated countries the join4atmp endproduct will be a stateoftheart information package circumscribing i currently existing and potential future hurdles preventing rapid and streamlined atmp development and clinical translation and ii a defined set of recommendations to overcome these hurdles in a manner guaranteeing equitable access for patients throughout europe we are committed to the longterm operation of our network and take steps to assure its sustainability in order to inform and coordinate activities in europe for the atmp field which will only gain in importance with the advance of personalized medicine in the future
the misperception of economic inequality the impact of welfare state institutions on social perception and preference formation

aim pergap aims to advance knowledge on the societal causes leading to the misperception of economic inequality by developing new instruments for the assessment and comparison of the institutional structure of welfare states and investigating their impact on perception and justification processesbefore during and potentially after the pandemic crisis and across different structural and cultural settings novel contribution pergap will create a unique countrycomparative dataset on institutional disparities and expand knowledge of the selflegitimizing mechanisms of public institutions ultimately it will lead to a comprehensive theoretical and empirical understanding of the impact of public institutions on social perceptions and preference formations with implications for scientists and nonscientists alike conceptual approach moving beyond classical distinctions of welfare regime typologies and uniting approaches from neoinstitutionalist theory and empirical social justice research i propose that social security systems provide distinct answers to the questions of who gets what and why and who should get what and why this ultimately shapes how citizens view and justify inequalities research steps 1 i will collect legal information on the institutional imprints of social disparities in social security systems ie healthcare old age security unemployment minimum protection across 50 european and noneuropean countries for three time points 2 i will combine this information with countrycomparative survey data to explore how institutional structures affect perceptions and justifications relevance the rise of economic inequality in countries around the globe is causing societal and political concern in the context of the covid19 pandemic these debates have taken on new significance how individuals perceive and respond to inequalities varies between societies and social groups yet its contextual causes are still underexplored
hdhl food4health

hdhl food4health addresses the intertwined challenges of food and dietrelated non communicable diseases ncds and climate change by fostering collaboration and aligning research efforts across food health and environment areas through a participatory approach hdhl food4health widens the hdhl network and organises cocreation workshops to identify common research innovation ri priorities it aims to overcome siloed approaches by coordinating activities among government academia industry and citizens enhancing societal impact at national and regional levels leveraging its connections with researchers policymakers and other relevant stakeholders hdhl supports its members in contributing to the sustainable development goals sdgs by aligning food and health systems the initiative facilitates joint funding calls and implements transdisciplinary research actions to maximise impact and address urgent societal challenges by promoting collaboration and knowledge exchange hdhl food4health aims to catalyse a shift towards healthier and more sustainable food systems ultimately contributing to improved public health and environmental sustainabilitythe main objective of hdhl food4health is to align common ri priorities among funding programmes by identifying research and policy needs whilst continuing to align both with the horizon europe he partnerships and the needs identified by the european commission
intermarriage and ethnic identity

an important element of social cohesion and contact between majorities and substate ethnic minorities are intermarriages which are either welcomed as vehicles easing the tensions between nations and substate minorities or criticized as important drivers of assimilation and the destroyers of ethnic minority communities the social aspects family dynamics and identity construction of family members in intermarriages were not studied methodically in cee and the wb therefore the goal of the intermarriage and ethnic identity imei project is to analyse the social implications of intermarriages between members of ethnic minority communities and the majority nations in vojvodina the multiethnic region of serbia the imei project will contribute to the stateoftheart by analysing the social impacts of intermarriages on three levels namely the individual micro the family meso and the societal macro in a significantly multiethnic geographic region on the individual level the project will examine ethnic and cultural identity transformations undergone by partners in intermarriages on the family level we will explore the processes of intergenerational transfer of ethnic religious and cultural markers on the societal level the project will investigate the workings of the relevant and quite modern ethnic minority policies and legal framework of serbia and their impact on intermarriages this research is relevant in the wider european context as well as we will specifically target the hungarian slovak and romanian ethnic minorities living in vojvodina whose kinstates hungary slovakia romania are members of the european union whose members often have dual serbian and eu citizenship and are therefore subject to the framework convention for the protection of national minorities and european charter for regional or minority languages the european unions key policies for the protection of its minorities
latin american chinese european galaxy formation network

spectacular breakthroughs in astronomy have been driven by a combination of observational advances and groundbreaking computer simulations simulations are now accepted as being essential for the interpretation and exploitation of astronomical data europe is a world leader in this area our aim is to build on a highly successful horizon2020 rise network to avoid fragmentation of expertise and concentration of supercomputer resources in a few groups we will do this through international mobility between leading international centres in the subject the lacegal objectives include addressing some of the biggest questions in science what is dark matter and how do its properties affect galaxies and galaxy clusters what is the dark energy behind the accelerating expansion of the universe and how does it relate to the rest of physics is it a cosmological constant a new form of massenergy or a lowenergy deviation from einsteins theory of gravity how did galaxies acquire their observed forms what determines their characteristic properties how did our galaxy the milky way form and how can this be read from the archeological record preserved in its stellar populations our research program is ambitious and groundbreaking it is only possible through the opportunity that the staff exchange provides to bring together world leaders in a wide range of areas to work on common problems the exchange of researchers will provide the critical mass is necessary to deliver our program lacegal will providing unique training opportunities and build lasting collaborations lacegal will be key in allowing europe to exploit its huge investment in observational facilities such as the euclid mission to probe the nature of dark energy and to build european leadership in international projects such as the dark energy spectroscopic instrument euclid the legacy survey of space and time and the square kilometre array
discovering the world through unsupervised statistical relational learning

machine learning is popular nowadays thanks to the impressive results achieved by systems like deepminds alphago openais language prediction model gpt3 or amazons speech recognition system alexa at the basis of these successes there is representation learning which enables training deep neural networks in an unsupervised fashion and provides the starting conditions for subsequent taskspecific training however current representation learning strategies use large neural networks and consume large amount of data thus being data and energy inefficient in contrast humans learn from limited data in a very efficient way this is due to the fact that humans are able to perform reasoning while representation learning strategies lack such capability this research project aims to overcome these limitations by providing the mathematical foundations for the integration between unsupervised learning and reasoning ai systems based on logic specifically the aim is to devise algorithms enabling the discovery of symbolic representations from noisyambiguous data together with their relations and being able to adapt the acquired relational knowledge over time the resulting solutions will be applied to improve image understanding in autonomous driving and to gain insights about causal reasoning and learning symbolic abstractions in mathematical domains
a direct photocatalytic access to chiral 2amino acids from alkenes using co2 as the carbon source

the development of enantioselective strategies is becoming highly important as the global chiral chemicals market is expected to reach 120 billion usd by 2025 among these chiral molecules 2amino acids and their derivatives are highly demanding chemicals because of their extensive uses in the synthesis of pharmaceuticals my synergistic proposal will envisage the functionalization of challenging alkenes and co2 to achieve chiral 2amino acids under energyefficient photocatalytic conditions to achieve this chemistry i propose a novel approach by employing two different catalysts to activate simultaneously the double bond of alkene and to insert co2 into the double bond i will use a metalfree photocatalyst in combination with a halogen atom transfer xat reagent to activate the double bond of alkene and a homogeneous chiral transition metal complex to insert the co2 molecule in a faceselective way the mild reaction conditions of photoredox catalysis should enable to functionalize a wide range of alkenes as well as for latestage functionalization of functionally challenging molecules found in natural products and complex pharmaceuticals this proposal will significantly contribute to the advancement of the co2valorization blueprint as well as will create a groundbreaking green approach for the synthesis of chiral 2amino acids using co2 as a c1 synthon more importantly the fundamental new insights of this novel catalytic system that will be gained during this investigation will be a gamechanger for the enhancement of sustainable chemistry
radiative corrections for heavy quarkonium production in highenergy factorisation

at high energy hadron colliders the wide phase space for particle emissions can compensate the smallness of the stronginteraction coupling of quantum chromodynamics qcd at the lhc this effect is crucial for production of mesons containing charm and bottom quarks at hadron collider with energy of 100 tev all standard model physics will be affected by these large correctionsradcor4hefs objective is to develop an efficient and robust method to match these phasespace corrections provided by highenergy factorization hef formalism with standard qcd computations in collinear factorizationcf at present this is not available i aim at advancing the hef including subleading corrections in the stronginteraction coupling within a new computational framework i will apply it to study the production of i the etacbmesons in the lhcb kinematics ii photoproduction of jpsi and upsilon mesons iii hadroproduction of open heavyflavour mesonsfor all of these observables the theoretical uncertainties are larger than the experimental ones and we will change this the matched cfhef framework solves the instability problems of standard cf computations for etacb jpsi and open heavy flavour meson production at the lhc energies radcor4hef will contribute to our quest to understand the proton structure and to predict heavyquark boundstate production which are the most poorly understood parts of qcdthe science generated by radcor4hef will be disseminated via toplevel publications oral communications outreach events and computing codes integrated in the eu virtual access nloaccess project activities will take place in the theory pole of ijclab orsay managed by cnrs which gathers all the required expertise in the theory and phenomenology of qcd and particle physics the exceptional environment part of parissaclay u will offer me an ideal training to develop my skills to extend my research network and to become an independent researcher
the emotional signature of anhedonia in depression and psychosis in daily life developing a finegrained and temporal understanding using advanced experience sampling methods

depression and psychosis in adolescents and emerging adults have a significant economic health and social burden on an international scale targeting transdiagnostic factors that are common across disorders and doing so early before symptoms develop or worsen is critical to maximise impact and get more bang for buck anhedonia the pervasive inability to anticipate and experience pleasure or interest is a transdiagnostic feature of depression and psychosis anhedonia has received comparatively little research attention compared to other symptoms meaning that it is not well understood or addressed in therapy the current research will use existing highquality datasets in an ambitious exploration of the emotional processes related to anhedonia in depression and psychosis with a focus on adolescents and emerging adults it will extend prior research by using advanced realtime methodologies that provide a finegrained and temporal understanding of emotional experiences in anhedonia in daily life this approach will dramatically advance the field by aiding the future development of transdiagnostic techniques targeting anhedonia that are more effective than those currently available the workplan also outlines training and career development activities that focus on experience sampling methodology complex multilevel and time series data analysis open science and building transferable professional skills to lead an independent and productive lab these skills will underpin the fellows ability to establish a profile as an upandcoming researcher with a competitive edge for funding and employment the research fellow and supervisor are the ideal team to conduct this work the fellows strong background in research on youth depression and digital programs delivered at scale complements the methodological expertise of the supervisor who is an expert in psychosis and realtime data collection methods in realworld contexts
occult bohemia magic and nationalism in central europe

the projects objective is to understand and analyse ties between occultism and ethnicity and nationalism scholars discussed ethnicity and nationalism mostly with regard to german and nazi occultism however slavic countries also drawn interest recently and remain unexplored since there is a substantial scholarship on the occultism in western europe and its world globalization while eastern and central europe has been neglected until recently the project fills these knowledge gaps by investigating the czech occult milieu and its relation to nation and ethnicity between 18901945 as a representative case of slavic occultism projects hypothesis is that despite external and outer differences both slavic and german occultism is based upon the same shared set of assumptions and concerns the project challenges the current hypothesis which presupposes an intrinsic difference between the german and slavic occultism the research methodology involves a combination of a discursivehistorical approach focused on the analysis of topoi this is supplemented by the comparative method although discursive approaches have been used in several studies in the study of esotericism this project aims to develop such approaches further by focusing on topoi analysis the project contributes to a better understanding of central european nationalisms by interlinking research on nationalism and alternative forms of religion and bringing into mutual conversation thus far separated debates in the study of esotericism and nationalism the project will also introduce new material unknown to an international scholarly audience filling a gap in religious and political history in 19th and 20thcentury central europe in sum the project proposes originality and innovation on the level of theory hypothesis methodology advancement presents new material and interlinks several research fields and approaches
danube wetlands and flood plains restoration through systemic community engaged and sustainable innovative actions

danube wetlands restoration dawetrest lighthouse is designed to develop and demonstrate pilot concrete solutions applied on the danube basin to address the challenges faced by its inland and coastal wetlands ecosystems namely on i biodiversity ii water quality and availability iii climate resilience andor neutrality and iv socioeconomic benefits for the local communities these transformative and innovative solutions will be validated by local communities and main regional and europeanwide stakeholdersdawetrest has the role to prepare and plan the replication deployment and scaling up of the validated innovative solutions for the next missions phase for this important scope dawetrest project proposes several strong ideas such as i building and selecting interventions based on extensive and prior knowhow sibling sites and noneu experiences ii local regional and basin scale integrated interdependent analysis of results from the planned interventions iii merge dawetrest own data models and digital tools with existing and future ones towards a centralized knowledge centre in the future and iv involve the managing authorities and a number of local actors in the entire process from the very beginning thus dawetrest results will accelerate and generalize the deployment of innovative solutions in the second phase of the missionthe demonstration of innovative and resultoriented solutions is organized in 3 demos demo middle danube md demo lower danube ld and demo danube delta dd each demo offers main intervention sites pilots sibling locations replications platformsservices local stakeholders engagement and methodologies to strengthen the innovation knowledge and cooperation in and beyond dawetrest in danube basin and across europevia a widely representative consortium as well as active cooperation eg community of practices dawetrest will provide tools for a significant transformation in the danube
molecular circuits of sex dimorphism in cardiometabolic traits and risk factors

cardiometabolic traits and risk factors including cardiovascular diseases type 2 diabetes and hypertension are the leading causes of death worldwide these conditions exhibit some degree of sex differences including differences in incidence or prevalence age of onset severity disease progression susceptibility response to treatment and pharmacological adverse events unfortunately the reasons behind this sex dimorphism are largely unknown hampering the realization of an effective personalized medicine my project will focus on understanding the genetic and molecular components that differentially impact men and women i will first carry out sex stratified genomewide association studies for cardiovascular diseases type 2 diabetes hypertension and obesity using large population biobanks to evaluate the effects of knowngenetic variants within each sex and to identify novel loci that may have been previously undetected i will then use molecular quantitative trait loci qtls to identify specific gene expression changes and proteins modulated by these variants and that are likely to be involved in sexspecific development of cardiometabolic traits and modulation of risk factors i will then validate putative causal genes using mendelian randomization approaches this will lead to optimize therapeutics and find new drug target to perform equally well in males and females and will open the door to improve personalized and precision medicine in the near future