Dragon09/odtu_chatbot huggingface dataset:
bridging the migration and urban studies nexus

broader aims at building a research excellence network which will foster interdisciplinary research and education at the nexus of migration and urban studies the complementary knowledge skills and expertise of two topclass universities uva and upf will be leveraged alongside their structured institutional capacity to turn kus weaknesses into strengths broader will reinforce mirekoc leading turkish institution in the migration field position and develop its scientific technological and developmentdriven management capacities the collaboration of these 3 universities aims at closing the research gap within the era by establishing innovative and interdisciplinary approaches while also increasing research innovation capacities in turkey in pivotal emergent fields namely migration and urban studies broader aspires for ku to become an important regional centre of excellence for southeastern europe and enhance its collaboration with era countries it will achieve these objectives through diverse activities focusing on research knowledge transfer enhancing kus research capacity and a developing a comprehensive sustainability strategy broader will offer scientific and research management training activities to researchers including research proposal management key transferable skills ethical issues diversity equity and inclusion scientific outreach entrepreneurship technology transfer etc while addressing research excellence in the projects fields the training plans will be complemented with mobility activities allowing the establishment of networking structures and increasing kus internationalization broader will result in multiple joint publications in high impact toptier journals an increased capacity to attract research funding and undertake proposal management and an updated open and transparent recruitment process for researchers
aibased personalised care for respiratory disease using multimodal data in patient stratification

ai4lungs will develop and validate novel aibased tools and computational models to improve patient stratification optimising diagnosis and treatment of infectious and noninfectious respiratory diseases diagnosis of respiratory disease comprises a complex assessment of several multiple exams over time that together characterise the patient condition streamlined into existing clinical pathways ai4lungs will support clinicians and other stakeholders in decision making along the patient journey from initial suspicion to diagnosis and treatment planning the models incorporate clinical partners multiple data sources registries and open nationalinternational databases including multiple data types from medical records imaging data as well as novel data from digital stethoscope and omics ai4lungs stratification strategy will build computational models employing structured and unstructured data modalities leading to more accurate positioning of patients and enabling them to benefit from global data and knowledge shared during all stages of care focusing on diagnosis and treatment planning with scale up ai4lungs will support any patient from any country any hospital no matter how remote or small by stratifying them among all of europes patients from that cluster gaining access to the collective expertise experience and information on optimal care options in parallel health systems will reduce costs and effort in unnecessary testing ineffective treatments and emergency services optimizing use of health technologies and resources ai4lungs patient stratification tools will focus on respiratory diseases a complex and broad set of disorders with high disease burden ai and real world data combined with innovative holistic diseases modelling will offer a solution for allocating resources more efficiently making best treatment pipelines accessible to more patients while complying with fair principles and relevant regulatory and ethical guidelines
standing up for refugee peers promoting youths prosocial bystander responses to intergroup bullying

the proposed probact promoting prosocial bystander actions project focuses on examining nonrefugee youths bystander responses to intergroup bullying of refugee youth in turkey bridging developmental and intergroup processes the probact project aims to establish their interplay to promote prosocial bystander responses across two studies study 1 will examine socialcognitive justice sensitivity theory of mind selfefficacy and critical consciousness and intergroup related factors intergroup contact perceived peer and parental norms towards outgroup members media perceptions about refugees discriminatory attitudes in turkish youths bystander responses to intergroup bullying of their syrian peers through hypothetical scenarios by extending study 1 study 2 will test the effectiveness of a novel intervention program that covers components of intergroup contact outgroup mentalizing and role models in promoting youths prosocial bystander responses to intergroup bullying of refugee peers the proposed probact project will help to identify the factors that pose a threat to refugee youths inclusion and wellbeing and to harmonious intergroup relations by combining multiple methodologies this is an especially timely and important issue based on the evidence demonstrating increasing negative interactions between turkish and syrian youth in school contexts the proposal will advance our understanding of socialcognitive intergroup processes in youths prosocial bystander responses to intergroup bullying of their refugee peer overall the implications of the probact project will provide a novel understanding of promoting safety inclusion and justice in the education system and research that aligns closely with the values of the european commission
perceptual functions of drosophila retinal movements and the underlying neuronal computations

sensory perception is often an active process and many animals move their sensory organs to actively shape their interactions with the outside world active sensing can provide animals with important information that impacts their survival and overall fitness we recently found that drosophila adjust their visual input by moving their retinas underneath the stationary lenses of the compound eye the discovery of retinal movements in the fly provides us with a fantastic toolbox to study the cellular mechanisms of active visual computationwe found several types of drosophila retinal movements including an optokinetic reflex that likely helps gaze stabilization the functions of other types of retinal movements we described remain to be shown we found tiny movements that shift the retina only by a fraction of the angle between photoreceptors resembling socalled microsaccades in primates in humans these eye movements happen during visual fixation and their functions are still not entirely clear we want to understand how flies which have a very different visual system benefit from such movements we also found large convergent or crosseyed retinal movements that happen when flies cross obstacles in tethered walking genetic silencing of retinal motoneurons suggested a role of these movements in depth perception we will probe the visual system during vergence movements to understand how the neural system uses dynamic input to gauge distances the overarching goal is to unravel neuronal computations that use actively generated visual input to extract information about the world the flys relatively simple nervous system its rich visual behavior and outstanding experimental tools will allow for detailed insights into active sensory computation on a cellular level results from this work will generate novel insights into how evolutionary distant brains solve similar visual challenges and elucidate differences and common principles across species
intelligent ecosystem to improve the governance the sharing and the reuse of health data for rare cancers

the main objective of this project is to establish a data space for rare cancers rc that will make possible the reuse of existing multisource health data cancer registry data national registries data from biobanks etc across european healthcare systems leveraging emerging interoperability technologies and ai approaches the realized rare cancer data ecosystem is expected to improve the quality and the organization of rc patients care and to increase knowledge on rare cancers advancing health research so that all patients have equal access to high quality specialist care the project approach will be experienced in the framework of the european reference network for rare adult solid cancers euracan
sounds of royalty accessing valois soundscapes c 1400 digitally

the valsounds project will design a prototype multimedia digital valorisation tool that allows museums and cultural heritage institutions to highlight the sonic aspects of their collections or sites this will be done through an innovative immersive 3d ar digital interface with a focus on audio existing applications tend to privilege visual communication images text deploying no or inadequate audio components this sonic gap often means missing out on sonic aspects that are crucial for fully appreciating and experiencing the cultural meaning of a given site or object a significant number of sites has also been irrevocably altered or destroyed making it impossible by analogue means to produce the sounds required for a historically informed hearing experience the new field of archaeoacoustics enables digital reconstructions auralizations of lost or altered spaces and sites existing case studies concerning the european middle ages were carried out primarily on sacred spaces eg pentcheva abel 2017 and only quite recently on court architecture sluyts et al 2021 valsounds will build on the latter and conduct a case study of valois palaces c 1400 the valois courts have long been identified as sites of some of the most significant musical developments of their time but they were also sites of conspicuous architectural innovation making them a prime object for archaeoacoustic study through a collaboration of acousticians architectural historians historical musicologists heritage sites performers and private enterprise valsounds reconstructs the valois courts soundscape digitally and embeds the resulting audio experience in an immersive multimedia environment that will be both sustainable and transferable for similar mediation concepts this enhanced level of mediation for audio content not only anticipates the marketing needs of heritage sites in the digital age but also lends itself to multiple commercial applications
safe sustainable and recyclableby design polymeric systems a guidance towards next generation of plastics

plastic waste outlive us on this planet as they take centuries to break down endocrine disruption land air and water pollution are only some of the adverse effects of plastic waste on public and environmental health still 70 of plastic waste collected in europe is landfilled or incineratedthe overall objective of surpass project is to lead by example the transition towards more safe sustainable and recyclable by design ssrbd polymeric materials the surpass consortium of 14 partners consisting of research and technology organizations and industries will1 develop ssrbd alternatives with no potentially hazardous additives through industrially relevant casestudies trl35 targeting the three sectors representing 70 of the european plastic demand building biosourced polyurethane resins with enhanced vitrimer properties to replace insulating pvc for window frames 40 cfootprint reduction transport lightweight therefore less energyconsuming epoxyvitrimer 30 cfootprint reduction as alternative to metal for the train structure anticipating emerging use of nonrecyclable composites packaging multinanolayered films involving no compatibilizers to replace currently nonrecyclable multilayers films 60 cfootprint reduction2 optimize reprocessing technologies adapted to the new ssrbd systems to support achievement of ambitious recyclability targets3 develop a scoringbased assessment that will guide material designers formulators and recyclers to design ssrbd polymeric materials operating over the plastics entire life cycle including hazard health environmental and economic assessment4 merge all data and relevant methodologies in a digital infrastructure offering an openaccess userfriendly interface for innovatorssurpass will in particular address its results to smes representing more than 99 of enterprises and therefore has an outstanding potential to contribute to the transition towards green economy
musicanalytica interdisciplining music studies through the reconfiguration of theoretical and analytical knowledge

musicanalytica aims to mobilise and attract talents whose interconnected work will foster a radical reconfiguration in music studies and music theory research in particular towards fulfilling the potential of cultural heritage arts and cultural and creative sectors it will emerge from the intersecting work of a carefully planned and exceptional international team of music researchers committed to bridge and cope with the challenges of a fragmentary research landscape of distinct disciplinary paradigms and methodologies targeting music and including music theory and musicology studies music computation and mathematics music cognitive and neurosciences and music anthropologythe team will be led by erachair holder and worldprominent music theorist richard cohn whose institutional leadership at the univ of chicago and yale have been on the forefront of impacting interdisciplinary conceptual innovations in the field and will bring an institutional reform at the univ of coimbrathe project is structured in 12 work packages project management 12 era chair team recruitment widening of scientific participation and cooperation 12 widening of societal participation and cooperation 12 advanced training programs 12 recruitment of permanent team and d e c of results 12 musicanalytica will have five outcomes and impacts the increase in quality and capacity of music ri talents the institutional reform at univ coimbra the creation of a reconfigured theoretical interdiscipline in music studies the mitigation of the eu divide wideningnonwidening in music studies to better communication and contribute to the knowledgebased economy and society promoting gender balance and citizen science
multiscale quantum bioimaging and spectroscopy

understanding and controlling complex systems at different scales is a major challenge in biology and medicine quantum sensing technologies hold much promise for disruptive approaches to imaging and spectroscopy of biological matter muquabis aims at developing synergetic tools of quantum biosensing and bioimaging such sensors will offer biology a distinctive host of powerful features noninvasiveness sensitivity spatial and temporal resolutions likely to conquer new frontiers in imaging and spectroscopy outofreach of their classical counterparts a focus is a global structural and functional understanding of cardiac cell layers from molecules to cells to tissues their study in healthy and diseased conditions will shed light on cardiac arrhythmias largely responsible for morbidity and sudden cardiac death advancing beyond modern tools of photonics and quantum measurements new concepts for quantum frequency combs and infrared lasers will be explored lowlightlevel spectroimaging will detect cellmembrane proteins and gaseous metabolites nearby cell tissues below the quantum noise limit concurrently a quantum magnetomicroscope based on diamond nitrogenvacancy centers will be combined to optical imaging for electrophysiology such a hybrid sensor will simultaneously and locally reveal the magnetic and electric fields in cardiaccell activity muquabis proposes a unique synergic effort gathering complementary expertise technologies and infrastructures leading research institutions in quantum sensing quantum optics and biophysics together with four hightech companies will rapidly move the project from fundamental quantum sensing components and protocols to technology validation on biological samples to a roadmap for industrial exploitation muquabis will pave the way to groundbreaking quantumbased tools and protocols for medical diagnostics and treatments a strategic objective for the european quantum technology flagship
nanoparticles in situ surface growth for direct fabrication of functional patterned nanomaterials

due to their unique physicochemical properties nanopatterned surfaces can contribute to important technological innovations for efficient optical and communication devices longlasting batteries and ultrasensitive diagnostic devices bottomup synthesis enable to construct nanomaterials atombyatom from precursors using synthetic chemistry usually producing colloidal nanoparticle suspensions that are later assembled on a surface alternatively the fabrication process can be greatly simplified by instead applying bottomup growth directly on a substrate however these in situ growth routes remain largely unexplored and poorly understoodto address this knowledge gap and improve versatility and quality of this class of approaches i propose to use an unconventional methodology called chemical contrast in situ growth or ccisg where precise nanometric chemical contrast drives nanostructure formation at predetermined siteswith nanogrowdirect i will develop a foundational understanding of ccisg through the interrogation of fundamental synthetic aspects and maximize its potential for achieving exemplary control over nanoscale properties of nanosurfaces and metamaterials i will interrogate the effect of the identity concentration and delivery of various reactants to the predetermined reaction sites with focus on chemical control objective 1 and fluid dynamic control objective 2 i will also test the use nonchemical external factors such as electromagnetic fields objective 3 and electrochemical potentials objective 4in the short term ccisg will open up unexplored directions for engineering physicochemical properties of patterned nanosurfaces combining wetchemistry and external stimuli consequently in the long term the farreaching impacts of nanogrowdirect will go beyond the field of nanochemistry and yield breakthroughs in photoelectrocatalysis energy production and storage medicine and communications
empowering educ for inclusive development of the era

educ counts among the pioneer university alliances supported by 2019 erasmus call during recent years educ established a truly transinstitutional educ community of students and academic staff however performance gaps between educ members from widening and nonwidening countries persist especially in ri and adoption of era policies in educwide we will reinforce the alliance via 4 main aims1 ensure that the principles of open science are becoming an integral part of the research process and infrastructure of educ universities2 introduce responsible research assessment as standard practice in educ and reach out to policy makers to make institutional and national environments supportive for reformed research assessment3 prepare educ researchers for diverse career tracks outside of academia and promote the development and implementation of the gender equality plans in widening countries4 initiate and scaleup ri collaboration of educ universities and their ecosystems and contribute to tackling of major societal challenges the green and digital transition eu missions and un sdgsto achieve aims 13 we will establish expert groups on the topics of open science research assessment and career diversity and engage them in strategy building knowledge transfer staff exchange training and the introduction of advanced ri practice across the educ allianceto achieve aim 4 we will extend our interactions with ecosystem and global partners and develop ri funding component with two bottomup programmes 1 seed projects small scale projects preparing grounds for longterm ri collaboration and 2 access to research infrastructures mutual use of ri facilities within educthus we will empower the educ to claim a central role in regional transitions to knowledgedriven economy and society while embedded in regional ecosystems educwide has a robust european dimension and will contribute to 15 out of the 20 actions of the era policy agenda
understanding motivations to seek and carry out female genital plastic surgeries to contribute to better informed decisionmaking of girlswomen and to support medics in developing ethical practices

this project investigates why girls and women in belgium and the netherlands increasingly seek female genital plastic surgeries fgps and how healthcare practitioners handle requests for these surgeries the results will feed into the development of an informed decisionmaking tool for girls and women a european standardised assessment tool to support health professionals in handling fgps requests in a medically responsible and gendersensitive way and guidelines for policymakers on how to regulate andor reimburse fgps the project is important given the worldwide increase in fgps and the current lack of insight into what drives requests for fgps and how to handle these requests responsibly the project creates an opportunity for europe to establish itself as a world leader in responding to the surge in fgps which is happening across the industrialised world but which so far has not received an adequate response the project is multidisciplinary and integrates theories from medical and social sciences including medical anthropology bioethics and public health transcending the disciplines traditional boundaries it uses a mixedmethods approach including semistructured interviews questionnaires and desk research the project will be hosted by rhea the interdisciplinary research centre on gender intersectionality and bioethics at vrije universiteit brussels in collaboration with the ghent university hospital gender team an internationally renowned multidisciplinary team of plastic surgeons sexologists and gynaecologists who specialise in genital surgeries with these teams support and my background in sociology gender and social anthropology and expertise in womens health and genital surgeries i am confident that i will successfully carry out this project and establish myself as a leader in the field of female genital surgeries the project will prepare me for a career in womens sexual health in academia government or civil society