Dragon09/odtu_chatbot huggingface dataset:
science environment art research

science is the poetry of reality and 15 bulgarian universities research institutes and ngo partners join together in search to prove the statement that combining science environment art will bring resilience for european researchers night in 202223 the experienced consortium led by center for research analysis and numerous associated partners bring longitudinal insight from their own 5 years partnership as well as eu and national findings in this 24month project which aims to assert among the general public the crucial role of science in society and its relevance to everyday lives and heighten young peoples interest in research careers including of those from small towns and villages and young people with disabilities true to our approach our countrywide hybrid multidisciplinary handson programme of science and art events will focus on one central topic per year the most versatile material in human history and its essential role in society for technological scientific and economic advancement glass un international year of glass 2022 and the most urgent existential choices humanity needs to make adapting to climate change one of the new eu missions supporting the european green deal search for the popular formats of researchers public engagement like inspiring talks spectacular shows and handson experiments a range of sciart collaborations researchers at schools activities and the innovative young voices podcasts and instagram looking glass competitions we will reach 36 mln and engage with 30000 direct participants online and offline including teachers and school pupils and along with boosting public engagement skills of researchers and teachers we will demonstrate irrevocably how relevant exciting and important the job of researchers is and encourage young bulgarians especially girls and people with special needs to choose steam careers
smart hybrid materials for optoelectroionics

modern technologies increasingly require smart and sustainable materials that adapt to their operating conditions in functional devices such as those for efficient energy production and nanorobotics their development requires controlling complex material functions in response to external stimuli while molecular machines demonstrated remarkable potential in a wide range of stimuliresponsive functions this remains a challenge in the solid state hampering their use in functional devices overcoming this necessitates an amphidynamic platform that is ordered yet permits molecular motion without compromising stimuliresponsiveness while offering the ease of processing for device fabrication smarthymat will address this enduring challenge by relying on the unparalleled capacity of hybrid halide perovskites to act as unique scaffolds for stimuliresponsive systems these soft yet crystalline materials recently emerged as one of the leading semiconductors for thinfilm optoelectronics featuring mixed ionicelectronic conductivities and extraordinary performances in solutionprocessable devices while their operational stability can be enhanced by incorporating organic moieties their functionality remains limited to electronically inactive offtheshelf materials this project will realize the innovative potential of hybrid perovskites in adaptive nanotechnologies through molecular design synthesis and characterization of stimuliresponsive systems in hybrid solidstate architectures their potential will be demonstrated in unprecedented smart devices for power generation memory and actuation relevant for automation and nanorobotics this will involve optoelectronic such as smart solar cells as well as optoionic devices exploiting mixed conductivities including artificial synapses and neuromuscular junctions the focus will be on environmentally friendly materials setting the stage for an entirely new generation of smart and sustainable nanotechnologies
landscapes of mediterranean celts palaeoecological and geoarchaeological perspectives of iron age transmediterranean contact and interaction celtmed

in western europe the onset of the iron age implied a series of critical cultural and technological changes that were to a large degree connected with the development of contact and exchange networks with the mediterranean world new cultural influences involving different traditions of land and resources management spread especially from greek colonies into the sphere of the rising celtic civilization where they merged with autochthonous dynamics and promoted changes in social structures economic and productive systems and land use however very few studies have openly addressed the environmental and landscape consequences of the greek colonization in the celtic world and thus its impact and role in the shaping of western european cultural landscapes remains largely overlooked to fill in this gap celtmed will employ an integrated multidisciplinary approach merging palaeoecology and geoarchaeology in three selected sites subject to different degrees of greek influence abdera an aegean colony representing the genuine landscapes of the greek world corent a gallic oppidum in central france exemplifying genuine celtic landscapes and lattara an hybrid celtic site with a harbour under important greek influence located in the contact area of both civilizations in the coastal wetlands of se france celtmed will use highresolution multiproxy palaeoecological and geoarchaeological analyses of sedimentary archives combined with archaeological data to reconstruct and compare socioenvironmental dynamics and landscape change across this transmediterranean geographic and cultural transect from coastal greek to continental celtic worlds this will allow to explore how the interplay between both cultures from the early iron age changed the way celtic societies interacted with their environments and contributed to the shaping of cultural landscapes in the celtic area providing a new and more comprehensive knowledge of the history of western european landscapes
unravelling freshwater and ocean currents changes in the arctic using remote sensing

the arctic is warming rapidly causing significant hydrographic changes including sea ice retreat freshwater accumulation and altered ocean currents these changes intensify water stratification potentially destabilizing earths thermohaline circulation despite its key role in global climate system the ultimate fate of arctic freshwater remains unconstrained current estimates lack the resolution that remote sensing and artificial intelligence ai can provide it is crucial to improve freshwater flux uncertainties to better constrain future projections and understand global climate impactsfreshcare aims to transform our understanding of arctic freshwater dynamics it will develop innovative methodologies that leverage radiometric thermal and altimetric satellite data aiintegrate remote sensing and insitu information and run model simulations to forecast freshwater transports under various shared socioeconomic pathways freshcare will focus on three specific objectives 1 develop a novel aibased methodology to characterize fourdimensional ocean currents 2 quantify freshwater transports through the main arctic gateways and 3 perform simulations for future arctic freshwater scenarios using a coupled iceocean modeloverall i envision that freshcare will offer a multidisciplinary view of ocean currents and freshwater fluxes in the arctic ocean over three decades from hindcast in the 2010s to forecasts into the 2040s freshcare will provide panarctic estimates of ocean currents and freshwater distribution with high spatiotemporal resolution benefiting polar oceanographers earth modelers and climate scientists as well as to the society at large freshcare findings will enhance the understanding and assimilation of ocean freshwater in future global climate models
travelling ionospheric disturbances forecasting system

travelling ionospheric disturbances tids constitute a specific type of space weather disturbance affecting the performance of critical space and ground infrastructure by disrupting operations and communications in multiple sectors tfors aims at providing new models able to interpret a broad range of observations of the solar corona the interplanetary medium the magnetosphere the ionosphere and the atmosphere and to issue forecasts and warnings for tids several hours ahead machine learning techniques are used to train the models based on existing databases developed in the frames of past horizon 2020 projects to estimate the occurrence probability of medium scale tids and to forecast the occurrence and propagation of large scale tids prototype services are developed based on specifications from the users community and following harmonized standards and quality control similar to the best practices of meteorological services on ground demonstration tests are organised by aerospace and civil protection agencies to validate the performance of the tfors prototype services a comprehensive architectural concept is proposed including the densification of ground instrument networks and new space missions and possible future adjustments in order to develop a realtime operational service fully compliant and complementary to the esa space weather services
from bees as a service baas to software as a service saas to enhance biodiversity and reduce pollution

beeoimpact platform incl beeomonitoring and beeogarden mobile app is a unique saas solution using the bee ecosystem to extract valuable biodiversity data and metrics bees forage 4 bn flowers on a circular surface of 80 to 700ha solitary bee nestcolony they gather pollen from these flowers and bring them back in the bee nest or beehive we collect pollen samples daily via a device placed outside the hive or in the bee nest as pollen samples capture air and part of soil pollutants and contain plants dna we will analyze this data we already have 10yrs of aggregated data to feed the ai platform beeoimpact will provide an assessment of a site with just 1 click without having to analyse the samples coming from each site via ai expert systems data mining machine learning and deep learning techs the origin and assess the level of poorly monitored pollutants and plant diversity levelquality then targeted solutions to enhance biodiversity and lower pollution are provided
implementation of superior treatment regimen and improved patient pathway for neurocysticercosis in subsaharan africa

neurocysticercosis ncc is a fatal zoonotic disease following ingestion of eggs of the pork tapeworm taenia solium the eggs develop to larval forms cysticerci in various tissues including those of the central nervous system leading to ncc mainly characterized by epileptic seizures ncc management guidelines have been published by the who however their uptake in national policies is very limited in neurosolve we will demonstrate and promote a methodological approach for conducting health research that leads to improved adoption into policy and clinical practise we will validate the approach by investigating evaluation and implementation of an antiparasitic combination treatment and a serological test two health innovations that can make a major positive contribution to ncc management the proposed approach includes 1 strengthening of clinical and research capacity through training and mentoring of early career researchers clinicians and frontline healthcare workers as well as upgrading infrastructure for surveillance and control 2 demonstrating the improved pragmatic effectiveness of the combined treatment on quality of life 3 evaluating the potential impact of serological testing on the patient outcomes and the wider health system through a simulation study 4 demonstrating the costeffectiveness and costbenefit of the proposed health technologies 5 developing and validating an implementation strategy that addresses identified barriers for uptake using the robust implementation frameworks and 6 enhance research results uptake into national and international guidelines and health policy through engagement of relevant policy makers throughout the project period and beyond if the intended impacts are reached neurosolve will improve health outcomes of ncc patients provide a blueprint for meaningful implementation research and demonstrate to policy makers how research can strengthen healthcare systems
multifunctional inmold electronics

film insert molding and inmold decoration are standard processes in injection molding allowing to generate 3d shaped objects with seamlessly integrated graphics and high freedom in design with the emerging functional printing of circuits and sensors the field of inmold electronics has extremely expanded covering several applications ie human machine interface in automotive and industries condition monitoring and sensors in energy generation field healthcare etcthe entire manufacturing process for inmold electronics includes several subprocesses most of which have a high yield of 99 however the yield for overmolding which is crucial for the production of complex products is 85 at best resulting in an overall yield that is far too low and requires high tooling and process optimization costs since nowadays inmold electronic products are multimaterial compounds that are difficult to recycle they do not meet the requirements of european society and policy on sustainability and circularity the currently used capacitive sensors are not usable with cold fingers or gloves and do not provide haptic feedback thus leading to an unsatisfactory user experience moreover the direct lightning by leds placed in the vicinity of capacitive sensors generates a substantial heat inside the injectionmolded part leading to low durability and bad user experience in the human machine interfaceto overcome these limitations the objective of the multimold project is to develop the next generation manufacturing process for products with complex geometries based on inmold electronics with a robust weatherresistant material concept that provides inherent recyclability by design the multimold complex products will combine advanced electronic functionality multimodal sensors haptic feedback and power supply with micro and nanostructured functional surfaces that may be light guiding antibacterial antiicing easytoclean and have appealing textures
energy efficient design with dynamic metasurface antennas

reducing greenhouse gas ghg emissions is a worldwide priority and one of the horizon europe missions smart cities ebanking industrial automation and the internet of things iot together with other multiple services enabled by mobile communications contributed to reduce around 2135 million tonnes of ghg emissions in 2018 giving raise to the socalled enabling effect of mobile technologies 5g and 6g are expected to even increase this effect by delivering an unprecedented fabric of massive connectivity to millions of users and interconnected devices paradoxically despite being more efficient in terms of transmitted bits per joule a 5g cell could consume up to 140 more energy than a 4g one for covering the same area mainly due to the use of massive antenna arrays higher frequency bands and high base station bs density with 73 of the total energy consumed in the radio access network designing more efficient bs hardware and an energyaware network design arise as mandatory directions in this project an energy efficient design of 5g and 6g networks will be addressed first the use of the recently proposed dynamic metasurface antennas dmas will be explored as alternative to conventional arrays characterising the energy savings provided by these structures second intracell turning off parts of the dma at the bs and intercell switching off entire bss sleep modes algorithms will be designed for low load periods of time accounting for the interaction between them while meeting quality of service constraints finally the proposed solutions will be validated and the benefits with respect to conventional and stateoftheart approaches
increasing selfknowledge to promote moral behavior

the functioning of societies and the quality of interpersonal relationships heavily depend on moral behaviors such as fairness cooperation and honesty whereas immoral behaviors bear tremendous societal costs a longstanding puzzle facing the social sciences and the humanities is how to promote moral behavior the prevalent approach is to modify the situation eg through implementing rewards for moral and sanctions for immoral behavior or through nudging community and organizational policies invariably resort to such interventions to foster moral action however situationbased approaches are distinctly limited they inhibit more consistent behavior change that extends to situations where the intervention is absent and they often fail or even backfirein knowthyself i pursue a personcentered approach that can more widely and sustainably promote moral behavior than existing approaches i draw on a yet unexploited resource for desirable behavior change rooted in ancient greek philosophy selfknowledge defined as an accurate representation of what one is like in the moral domain in particular selfknowledge is restricted by selfenhancement the pervasive bias to see oneself more favorably than implied by ones actions i propose that increasing selfknowledge about moral character can promote moral behavior across contexts and even give rise to longterm change of personality traits that underlie moral actionadopting a multidisciplinary perspective and combining rigorous experiments with cuttingedge field methods eg experience sampling i address three key challenges1 how to advance selfknowledge most effectively2 increase selfknowledge to promote moral behavior3 increase selfknowledge to initiate longterm personality changetackling these challenges offers groundbreaking insights for theory research and practice into how selfknowledge can be advanced and utilized to boost moral behavior in the short and longterm
cardiac tissue design beating induction and assessment using multiwavelength light cardinal

cardiovascular diseases cvds are the leading cause of death worldwide chronic treatments of cvds are scarce because of poor predictivity of current twodimensional 2d preclinical models stateoftheart 3dtissue models based on human induced pluripotent stem cells hipscs can be more predictive of human genetics but fail to replicate the 3d cardiac muscle structure in fact the heart evolved to ensure efficient emptying of the chambers via a 3d chiral organization of muscle tissue not yet recapitulated in organoids or engineered ventricles in cardiac tissue design beating induction and assessment using multiwavelength light cardinal i will replicate the native chiral architecture of the heart in a minimal 3d model of the heart muscle and validate the resulting assay for drug screening our objectives will tackle three main challenges in the field1create the chiral scaffold to host the hipscderived cardiac muscle cells hipsccms i will use cavitation molding a lightbased 3dstructuring method i previously developed to obtain chirally organized microchannels in soft hydrogels 2populate these scaffolds with highpurity hipsccms that can be triggered and assayed with optical methods i will leverage the host labs engineered hipsc line that features structural and functional fluorescent sensors to that line we will add optogenetic actuators and antibiotic resistance to directly control the final hipsccm yield trigger contraction and image cell structure and function volumetrically3validate the predictivity of our new 3d chiral platform in drug screening applications to do that we will test a panel of cardiac drugs with known safetyefficacy profiles with our new platform 2d hydrogels and traditional glass slides the cardinal project will provide the drug screening field with a more biomimetic tissueengineered model of the heart muscle that can be extended to vascularized models and the full organ eventually
students understanding and appropriation of global citizenship education

global citizenship education gce is a key target to be achieved by 2030 as part of the uns sustainable development goals it is claimed to have the potential to transform education systems empowering learners to build more peaceful tolerant inclusive and secure societies while fostering mutual understanding especially in interactions between indigenous and migrant populations many education systems now expect students to appropriate gce in their daytodayextant research has addressed challenges in developing gce examining capacity building teachers readiness to teach gce or mapping inconsistencies in theoretical approaches however with no systematic baseline research to show how gce is understood and appropriated by students there is little hope of real progress by 2030studact starts afresh hypothesising that students are not mere passive recipients of learning they differ in their desire to engage with gce based on personal traits or context it will explore and contextualise how students receive understand and appropriate gce treating them as core partners and agentic participants data will be collected in russia the us italy australia germany and the uk all countries with a high migrant influx four work packages give students a voice to develop meaningful gce using group discussions photovoice activism and social media analysis policies and curricula on gce at various levels of governance will be analysedstudact will answer four questions to ensure a strong foundation for gce to deliver on its promise of educating the next generation 1 how do students of different backgrounds understand gce 2 how do students appropriate gce 3 how do understandings differ within and between countries curricula contexts student characteristics and education systems 4 how are student attitudes aligned with those inferred by international organisations teacher training programmes curricula developers or teachers
program for research and innovation on micro and nanotechnology for sensors

the center for research on microelectronics and nanotechnology crmn is a young center active in the field of research and innovation in micro and nanotechnologies and their applications mainly sensors development the crmn is located in novation city technopole of sousse tunisia an innovation ecosystem in the mechatronics sector that brings together innovative companies research centers and engineering schools the crmn has already acquired different equipment for physicalchemical characterization of nanomaterials such as sem afm etc and is currently in the process of building a 120m2 clean room and acquiring different equipment dedicated to micro and nanofabrication first in tunisia it is expected that crmn will reinforce the activities of the industry by providing services and driving innovative research projects in this context crmn is facing many challenges related to the lack of technical and managerial expertise in this domain of high specialization thus strengthening the capacity of the scientific technical and administrative staff of crmn is very needed the twinning proposal comes at the right moment for crmn since it offers an opportunity to build its capacity to become a major actor in its field of activity in priminas crmn is associated with three european leaders in the mentioned domains namely the laboratory of microelectronic technologies ltm grenoble france the universidad politcnica de madrid upm madrid spain and the laboratory of electrical measurements and sensor technology mst chemnitz germany this partnership will enable crmn to increase its research excellence to enhance its networking with european research centres and industrial stakeholders and to develop a strategy for technology transfer and research valorisation via priminas crmn aims to make a big step towards responsible research and innovation that considers societal challenges related to nanotechnology development education safety etc