Dragon09/odtu_chatbot huggingface dataset:
multimodal and multiaspect holistic humanrobot interaction

the european union eu has experienced a decline in employment rates in various sectors such as industry construction and healthcare with an aging workforce exacerbating the issue to improve overall life standards and welfare the eus horizon europe programme is investing in emerging technology such as robotics and aifortis specifically focuses on providing a complete humanrobot interaction hri solution that includes multimodal communication and multiaspect interaction the goal is to develop a humancentric solution that addresses the needs of both the human workforce and the robots allowing them to work together efficiently and safely with cuttingedge research and advanced technology this solution can help to mitigate the negative effects of an aging workforce on employment working conditions and welfare in the euthe project will conduct three main pilots in the sectors of construction infrastructure services and manufacturing these pilots will provide a total of 5 use cases to demonstrate the effectiveness and safety of the humanrobot interactionmoreover fortis will allocate a portion of the budget to finance pilots that allow civilians to interact with the robots in different settings such as healthcare public events shopping centres and grocery stores this will provide an opportunity to evaluate the performance of the hri solution in various realworld scenarios
sunlighttoliquid efficient solar thermochemical synthesis of liquid hydrocarbon fuels using tailored porousstructured materials and heat recuperation

the european green deal aims at a 90 reduction in transport emissions to achieve climate neutrality by 2050 the main leverage of road rail aviation and waterborne transport is increasing the share of renewable fuels suntoliquid ii addresses this challenge with an integrated solarthermochemical pathway that has the potential to produce sustainable and costeffective fuels at the scale of future demand directly from sunlight water and co2 the primary objective is to achieve a recordhigh energy conversion of 15 a 3fold increase of the state of the art by bringing novel concepts trl 2 and labscale developments trl 3 to the field trl 45 to this end the aims are the optimization of a highflux solar concentrating heliostat tower system the development and integration of novel 3d structured reactants and implementation of hightemperature heat recovery within the solarthermochemical system detailed scaleup and constraint analyses and a commercial exploitation of the solarthermochemical fuel technology strategy complement the key objectives for the way forward through a 48months 57meuros valued action suntoliquid ii will demonstrate onsun the viability of the integrated solar fuel pathway on a 50kw scale and will create a conceptual design of a nextgeneration commercial multimegawattscale solar plant gathering three research organisations two industry partners and one sme from five european countries the highly complementary consortium builds on its unique expertise and unique stateoftheart research facilities as a result five expected outcomes of horizoncl52022d30307 are achieved with research development and demonstration of the suntoliquid ii technology and with the system analyses providing the evidence for a pathway towards costeffective and deep ghg emission reduction especially for aviation with technical scalability to production potentials beyond projected future demand
weakly driven quantum symmetries

the drums project will establish a new paradigm for stabilizing exotic nonthermal states by weakly driving quantum manybody systems present research theoretically predicts peculiar nonthermal states in finetuned models with additional symmetries for example in integrable models with macroscopically many conservation laws however these models and their exact symmetries cannot be accurately realized in solidstate experiments my hypothesis is that weak driving can boost the underlying symmetries in realistic setups and have a substantial effect on quantities protected by approximate symmetries for example on approximately conserved operators the basic idea can be illustrated with a greenhouse where windows ensure approximate conservation of energy a weak driving by sun can have a considerable effect as it only compensates for the weak losses and stabilizes a high temperature that is not proportional to the drive the ambitious goal of drums is to demonstrate that a strong response to a weak drive is a generic property of setups where driving compensates for weak symmetry breaking perturbations and stabilizes large expectation values of potentially useful quantities while state of the art studies consider detrimental effects of perturbations drums will turn approximate symmetries into a resource for novel outofequilibrium phenomena and technological applications the theoretical program will promote the practical significance of fascinating idealized models such as integrable manybody localized and lattice gauge theories driving protocols will compensate unavoidable integrability and gauge breaking to realize peculiar energy spin and particle transport or synchronize resonant states into a superconducting response drums will grow a new branch of nonlinear phenomena with exciting possibilities for realization in condensed matter experiments synthetic quantum simulators and other areas of physics where symmetries play a fundamental role
ubiquitinproteasome system crosstalk with metabolism

cellular metabolites are essential components of life processes and their import biosynthesis and enzymatic conversion are regulated by a wealth of pathways the ubiquitinproteasome system ups plays a major role in ensuring that key metabolic regulators are maintained at proper levels to control concentrations of ions carbohydrates amino acids cofactors and lipids in particular the activities and localization of critical ubiquitination enzymes e3 ligases and the proteasome must be tightly regulated to ensure that degradation is restricted to proteins that are unwanted superfluous or toxic while sparing those proteins needed for ongoing metabolic functions nonetheless we have limited knowledge of fundamental structural and cellular mechanisms underlying this regulation and the extent of crosstalk between e3 ligases and metabolic signals the main aim of this proposal is to decipher molecular principles underlying crosstalk between ubiquitination and metabolites at large by using timeresolved cryo em singlemolecule biophysics cellbased mutagenesis screens and functional studies we will provide insights into how e3 ligases regulate key mediators of glucose ion and lipid homeostasis aim 1 to further increase knowledge of the breadth and depth of crosstalk between metabolic pathways and the ups we will use our toolkit of e3 ligases and probes to define regulatory interactions between a wide swath of metabolites and e3 ligases and to identify e3s activated upon switches in metabolic conditions aim 2 moreover we will explore how e3 ligases and proteasomes are reorganized at an ultrastructural level inside cells to respond to starvation or nutrientrich conditions aim 3 taken together these interdisciplinary approaches will establish a framework to translate conceptual and technical advances across molecular structural cell biological and systems levels to broadly illuminate coordination between metabolic signals and the ups
engineering excited states orbital coupling and quantum coherence phenomena in photoelectrochemical energy conversion devices

excited aims to advance fundamental understanding to lightinitiated reactions in molecular sensitizers that can display quantumcoherent behaviour in their excited state dynamics at room temperature moreover it will focus also on the investigation of quantum coherent contributions to the solartoenergy conversion efficiency in solar cellsunderstanding the importance of quantumcoherent dynamics in biological systems has been key to assess whether this phenomenon is not just present but key for the control and command of the energy transport in molecular based systems it is of utmost importance to validate models in which these quantum phenomena can be translated to materials that provide efficient solar to power conversion technologiesexcited is not only a project where molecular solar cells will be fabricated and their physical properties will be measured excited goes well beyond that and will pave the way for the development of solar cells that will be tailormade to make use of quantum coherence molecular hybridization and orbital coupling effects to increase the solar to energy conversion efficiency it is clear that this challenge can only be successful under the scope of a multidisciplinary perspective open to new and feasible reasonable hypothesis therefore i will make use of the research group knowledge on synthetic chemistry that has allowed us to obtain numerous sensitizers for solar cells applications as well as for semiconductor metal oxides moreover i will take advantage of our experience in advanced experimental timeresolved techniques to study quantum coherent effects and solar cells under operandoconditions excited will have a key impact on several fields from biology to chemistry and physics and will bring paramount breakthroughs in the use of modified interfaces leading to the optimization of novel thin film solar cell technologies taking advantage of the quantum coherence phenomena and orbital coupling effects
multisensor bayesian data assimilation for largescale drought monitoring system musebda

climate change and anthropogenic modifications are bringing multiple changes in different regions of the world affecting the patterns of rainfall evapotranspiration and stored terrestrial water which will increase the probability of climate disasters such as agricultural losses water scarcity and famine drought monitoring and hydrological early warning system are important tools for water resources management and they must be further complemented by forecasting facilities that are well integrated with the eus earth observation data in this project based on forootan and mehrnegars expertise an accurate and efficient as well as physically and mathematically consistence bayesianbased data assimilation da frameworks will be developed to integrate the benefits of synergistically available satellite geodetic and earth observation eo data and the stateoftheart of hydrological models to better understand and forecast the recent and future spatialtemporal changes in continental water storage and water fluxes the proposed multisensor bayesian data assimilation musebda are unique in terms of flexibility to assimilate various satellite data and they are computationally efficient building on the effort in musebda this is the first attempt to simultaneously merge multiland surface models with satellitederived surface soil moisture ssm surface water level swl anomaly from satellite altimetry land surface temperature lst from remote sensing data and gravity field estimates from grace and gracefo missions the application will be demonstrated in simulating and forecasting episodic largescale droughts within europe north and south and usa eg california and texas covering 2003onward with an unprecedented spatial resolution of 005 5 km at daily temporal rate which is essential for practical applications such as agricultural early warning and the assimilation of satellite data ensures the compatibility with the real world
thermalization at high energies

thermalization of closed quantum systems is central to the modern understanding of matter from ultracold to ultrahot hightheq studies thermalization of quantum fields excited by nuclear collisions at rhic and lhc to energy densities equivalent to trillions of kelvins in such extreme environments hadrons melt and the equilibrium state is the quarkgluon plasma theoretical control over thermalization at high energies is crucially needed for understanding when and how this equilibrium phase emerges in the experimentsthe current theoretical paradigm for thermalization in quantum chromodynamics is based on hydrodynamic and nonthermal attractors fixed points they are novel examples of universal dynamics of nonequilibrium quantum fields both were found in idealized settings of nuclear collisions with high degree of symmetries and in particular corners of a microscopic parameter space the goal of hightheq is to understand thermalization in quantum field theory beyond these idealizations do hydrodynamic attractors appear for offcentral nuclear collisions is there a gravity dual to a nonthermal attractor do nonthermal and hydrodynamic attractors have a common origin such as spontaneous symmetry breakingto answer these questions hightheq will adopt an interdisciplinary methodology including datadriven approaches mathematics of transseries and highercurvature gravity hightheq is firmly rooted in my longterm efforts on ab initio modelling of thermalization at strong coupling pioneering the use of transseries in nonequilibrium dynamics of relativistic systems and introducing hydrodynamic attractors this gives me a unique opportunity to decisively advance the field with hightheq
television beyond cold war blocks the role of tv kopercapodistria in overcoming upper adriatic border divisions

transbordertv aims to deconstruct the history of the cold war in europe through an indepth qualitative analysis of the activities of tv kopercapodistria tvck this italianlanguage yugoslav tv station was created in 1971 to address the needs of the italian ethnic minority in yugoslavia but it soon became a fundamental tool of transborder communication this channel brought the first colour broadcast to italian viewers its programme schedule being regularly published in the italian national press however tvck was not only a platform for bilateral links in a time of harsh ideological political and military contrapositions between east and west the case of tvck represents a key example on a global level while scholars have mainly analysed the impact of western media on the other side of the iron curtain the role of eastern media remains largely neglected or marginalised as propaganda researching the successful transborder operations of tvck will help to dismantle a rigid and unilateral perception of cold war hierarchies and enable us to reshape the image of recent european historyadopting a multidisciplinary approach which will consider the research at macro political decisions and organisational aspects as well as at the micro level the experiences of viewers and key professionals i will examine the consequences of the positioning of yugoslavia as the only socialist country that adopted pal the western broadcasting standard as well as the roles of local society on both sides of the italoyugoslav border given the fact that tvck actively involved the italian minority in yugoslavia and the yugoslav slovenian minority in italy moreover i will explore the political and societal background which allowed tvck to be tolerated by the italian government and to be accepted by the italian audience finally given the groundbreaking nature of tvck transbordertv will enrich the ongoing academic debate to dewesternize concepts of modernity
efficient detection of squeezed light on nanophotonic chips using subwavelengthengineered superconducting nanowire avalanche photodetectors

quantum photonics has become a key driver for the development of novel applicationssuch quantum information processing and sensingthat leverage quantum effects to open new possibilities beyond classical capabilities squeezed states of light are particularly promising for such applications and have been employed eg to conduct gaussian boson sampling experiments despite the success of these experiments the use of bulk optical components hinders scalability and phase stabilization thus higher levels of photonic integration are strongly desired however the exploitation of squeezed light which critically relies on efficient detection has not yet been achieved using nanophotonic chips because of the limited efficiency of the required fiberchip couplers and singlephoton detectors spdsin this project an optical fiberaccessible photonic integrated system will be implemented to demonstrate onchip detection of squeezed light at telecom wavelengths to accomplish this goal two approaches will be employed to assist fiberchip couplers and waveguideintegrated superconducting nanowire spds enabling access to previously inaccessible regions of the design space subwavelength grating swg metamaterials and directlaserwriting dlw fabrication technology the outcome of this project will break new ground for exploiting squeezed states for applications in quantum simulation communication and sensing with hundreds of detectors and interferometers on highly integrated monolithic chips with near perfect phase stabilitythis project will be completed in a leading interdisciplinary research group the applicants background in integrated photonics and swg metamaterial engineering will be combined with the expertise on quantum detectors and the dlw nanofabrication capabilities of the host group the proposed work will expand the applicants experience skills and professional networks reenforcing the advance of his career as an independent researcher
whose agency representations of inaction and negative action in fiction and life writing

the warina project will analyse some fictional autobiographical and diaristic texts that represent characters who are unable to act or who can only act for the worse that is perform what in this project will be called negative action the project poses a special focus on how inaction and negative action activate different stereotypes about social categories such as race gender and social class its driving belief is that the study of fiction and life writing autobiographies and diaries will provide new insights into politically charged representations of inaction or negative action results that will be achieved by the application of an interdisciplinary theoretical grid combining literary theory the social sciences and cultural psychology the concepts of inactionnegative action have not been studied as general topics in literature they tend to be connected to specific authorial poetics or to great cultural narratives what is missing is a study of the specific ways in which rhetorical strategies represent and thus create images of inaction and negative action this study will be conducted in close dialogue with social sciencists and social psychologists research on agency in particular research objects will focus on 1 the use of cognitive metaphors to define what action and inaction are and the implementation of metaphors of place that connect a certain place with inaction 2 the study of emotions from a constructivist point of view that is with the aim of understanding how the same emotion can be represented either as being conducive to action or to inaction even in the same text 3 the close observation of the ways in which characters or authors build their life narratives by selecting salient events relationships and media products the corpuss texts stem from the first half of the twentieth century a period whose culture informs some of the terms related the agency that are still in use today
united circles networked industrialurban symbiosis value chain demonstrators for biomaterials cdw circular water loops wwtps driven by hubs 4 circularity

united circles project will demonstrate with 46 partners across 14 countries 1 international body three industrialurban symbiosis value chains to upcycle of urban food waste urban wastewater solids and urban construction demolition waste cdw to close urban and industrial water loops to reduce freshwater use in drought prone regions and integrate energy cogeneration technology in upcycling pathways made possible by advancing innovative technologies from trl5 to trl7 in combined integrated value chains to enable zero waste cities and a decarbonised process industry the value chains cover collection sorting upcycling and production of new upcycled products to demonstrate how 1 a demolish buildings cdw can be transformed into a new 2 storey 3d printed building with upcycled lowcarbon cement cement bonded particle boards and insulation foam 2 a wastewater treatment plant can become a resource recovery centre for all materials water and energy in an integrated manner by supplying high quality gas to the local gas grid by providing upcycled cellulose as industrial feedstock to pulp paper industries and by providing clean water and fertilizer for agriculture 3 food waste in the form of used cooking oil can be upcycled in a first application of 2nd generation biorefinery to create novel fully biodegradable and food waste origin bioplastic products for complete replacement of fossil fuels the united circles 3 value chain demonstrators will each be integrated in a hub 4 circularity that will underpin their industrialurban networks governance and evolution using advanced governance frameworks feasibility towards financing methodologies digital tools social and environmental innovations and a material and products observatory the h4c in the proposal will enable business to territory plans with their regional stakeholder network that seek to expand the demonstrator integrated technologies to higher trl levels
living longer in poorer health understanding the immigrant morbiditymortality paradox

if the global foreignborn population all lived in single country it would be the fifth largest country in the world the rapid rise and diversification of contemporary worldwide migration has no precedent in history there is clear evidence that immigrants are healthier than nativeborn populations are although this health advantage is pervasive for mortality ie death it is regularly absent or even reversed for morbidity ie diseases and medical conditions this is alarming because it suggests that migrants are living long lives in poor overall health with immigrants ageing in place this should constitute one of the most highly relevant social and public health concerns today yet beyond evidence from disparate data sources of variable quality and coverage there is a distinct absence of direct coherent empirical knowledge of this morbiditymortality paradoxto address this gap i aim to establish the existence extent and causes of this immigrant morbiditymortality paradox i will use cuttingedge techniques to analyse longitudinal microlevel data on morbidity and mortality from the same source of information the population registers of denmark finland norway and swedenwork package a will reveal how prevalent an immigrant morbiditymortality paradox is within the nordic region and evaluate the role that this paradox plays in our understanding of wider population health work package b will identify the intricate disease spectrum causesofdeath and granular immigrant origins essential to understanding the paradox work package c will identify the mechanisms that can explain the paradox this research has the potential to 1 transform the limited way in which the health of immigrants is currently conceptualised and understood 2 revolutionise how researchers analyse immigrant health 3 highlight immigrant health and its role in wider population health and 4 directly inform national and international policy