Dragon09/odtu_chatbot huggingface dataset:
ways of imagining in childrens lives with information texts

what makes a piece of information personally engaging and what does it even mean when it is experienced as such adopting a childcentred view on an emergent form of literate life i will investigate what imaginative experiences fuel the current boom of childrens nonfiction picturebooks cnps how do these books make children imagine that is shift their perception of the sensory world and oneself what niche may they come to occupy in childrens daytoday dealings with informationcontemporary societys strong reader is a fiction lover a child who indulges in formal learning materials is a prolific student most readers aged 911 are neither but many occasionally devour fun facts sometimes on highly specialist topics cnps have skyrocketed recently but in contrast to fiction we have no conceptual tools for grasping the imaginative and generally affective experiences nonfiction elicits engaging children parents authors and other actors wondre will redress the gapi will lead a team of social science literacy media literacy childhood and humanities literature scholars straddling both worlds myself and drawing on my further expertise in imagining and cognition we will combine focus groups interviews surveys textimage analyses and q studies radically enhancing a method mix that i have begun developing in my prior work on childrens embodied experiences of fiction this research showed a fiction bias in childrens construal of being a reader it hinted that nonfiction can prompt imaginings as compelling as fiction but also that children who prefer nonfiction may differ from fiction fans in how they sustain their imagining via other texts props activitieswondre will also yield a multilingual digital cnp on reading that will be cocreated by participants and art students aiming to empower diverse young readers and collectively unravel how information relates to imagining in the most vulnerable stages of literacy development
sensing microbial activities related to harmful algae blooms

harmful algal blooms habs impair water quality and ecosystem health therefore the eu water framework directive requires water management authorities to establish comprehensive monitoring programs in water bodies at risk traditional handheld sampling provides limited temporal and spatial resolution that generates large uncertainties for decision making and hinders responsiveness of contingency plans the smarthab project will advance emerging automatic highfrequency monitoring ahfm systems to improve the forecasting of habs through datadriven modeling and realtime decision making microbial electrochemical sensors mess capable of detecting microbial interactions during habs episodes will be developed this novel approach exploits the overlooked role of microbial communities in the promotion and termination of habs as forecasting model tool the fellow will conduct a multidisciplinary methodology at arizona state university usa to i design and develop lowcost and lowmaintenance biosensors and characterize the interface between electroactive bacterial biofilms eabs and the electrode ii design and develop a multimodule ahfm platform with biosensors to collect massive water quality data that after processing through machine leaningartificial intelligence mlai tools will allow to correlate the electrical fingerprints with habrelated processes and iii understand the sensitivity of the biosensor to microbial community shifts all this knowledge will be transferred to imdea water spaineu where iv the ability of biosensors to identify specific events related to habs will be enhanced by constructing tailored biofilms on electrodes through an innovative 3dprinting technique overall this project will allow the fellow to gain experience and a set of skills to reach a future position of maturity while advancing scientific knowledge in the framework of eu policies on adaptation to climate change and digitization of water resources
reliable and scalable tools for selfsovereign identity and data protection framework

global accelerated digital transformation shaped by disruptive technologies ai and big data metaverses and web3 etc brings both unprecedented opportunities for eu citizens and businesses and emerging and increased challenges surge in sophisticated cyberattacks multifarious forms of data abuse and the corresponding growth of public concern over loss of data control or identityrelated crimes in this context preserving trust among stakeholders with strong data protection guarantees is vital for digital services delivery in more secure online environments which benefit from the upcoming eu digital identity ecosystem and for fully developing eu data spaces for data exchange in federated computation scenarioswith its results accurately oriented towards digital decades cardinal points and target areas fully aligned with eus digital identity and data strategy directly contributing to strengthening eus digital and data sovereignty and also complementing outcomes from eudi wallet large scale pilots licorice innovation action delivers 2 highlyadvanced reliable and trustworthy selfsovereign identity and privacypreserving toolsets 10 tools for usercentric cryptographically secure identity management and verifiable federated data sharing and computing they will align with latest eudi wallets specifications and data space blueprints models and frameworks to deliver high scalability and efficiency also featuring usability and easeofadoption including by smes with solid open source strategy oriented to large developer communities and boosting commercial exploitation by its industrial partners results will be fully validated over 2 iterations of piloting demonstrating integration of toolset prototypes in operational environments of two highimpact pilots in domains of cyber threat intelligence aibased assistance and sharing and ehealth services and biomedical researchlicorice has 12 partners from 8 eu member states and a 36month duration
the orders and borders of global inequality migration and mobilities in late capitalism

migmobs investigates how borders and hierarchies are maintained between the west and the rest even as those who are internationally mobile sometimes succeed in challenging the birthright lottery ie that citizenship at birth most determines someones chances in life it asks how does changing categorisation of subordinate populations worldwide in terms of migration free movement and minorities relate to these in and between country inequalities it echoes critical migration mobilities and borders scholars who argue that late capitalism in liberal democracies continues to advance through an ever more sophisticated differentiation and management of population at the border as well as internal to states such work though has not adequately examined variation regionally or across historical shifts in political economy from postwar liberalism through neoliberalism to the era of covid and beyond migmobs thus explores in unprecedented empirical breadth and detail how states reproduce sovereign power in an otherwise porous world selecting and extracting wanted or recognised movers as immigrants brutally excluding many other migrants while simultaneously rendering fluid and untroubling a vast range of banal mobilities such as tourism and business travel mapping physical virtual and nonhuman mobilities the project details demographic and social connections over time between 21 states this quantitative comparative historical work underpins coproductive ethnographic case studies rethinking a range of archetypal migration systems in and from europe africa asia and south america these investigate how subordinate populations resist the categories statuses and borders imposed upon them with the pandemics impact on border crossings and transactions new modes of classification and accreditation suggest an increasingly precise biometric control of movement and behaviour a new phase of late capitalism i call viral liberalism
economical and robust ionic liquid drugs loaded biopolymer scaffolds assisted by microbubbles for advanced wound healing and tissue regeneration applications

we strongly believe in economic yet effective healthcare options the wound dressing materials in this regard require significant research herein we aim to develop economic yet effective wound healing and tissue regeneration material the proposed ionofolds will consist of ionic liquids and biopolymers made using a microfluidic device the proposed microfluidic device will be scalable and hence will allow bulk industrial production the constructed ionofolds can work as both tissue regeneration as well as wound healing material
unleashing the potential of public transport in europe

upper aims at spearheading a public transport revolution that will strengthen the role of pt as the flagship of sustainability and innovation of mobility in cities leading the transition towards a zero emission mobility which will become the cornerstone of climate neutrality by 2030 in line with the goal of cities mission and the priorities of the green deal upper will put the public transport at the centre of the mobility ecosystem and will implement a combination of 84 push and pull measures acting on the 5 innovation axes that condition users choices mindset and culture urban mobility planning mobility services ecosystem road network management and democratic governance these measures will act in 4 different timescales from shorter to longerterm communication operations infrastructure and urban fabric the upper measures will be supported by the upper toolkit utwin usim uneed ugov uknow utransfer and usump 7 it tools combining social and technological innovation that will be demonstrated within the measures in the 55 upper living labs and twinning sites with the overall target of increasing the use of public transport by 30 and the user satisfaction by 25 leaving nobody behind in the process this integrated and holistic approach will ease the cooperation among authorities and operators offer a physical and digital environment to test the measures update the existing sumps optimise the pt offer in line with user needs and patterns involve the users in the overall mobility decision chain trigger the behavioural change in favour of public transport and achieve an attractive efficient reliable safe inclusive and affordable public transport system in line with the concept of mobility as a right maar
green ammonia and biomethanol fuel maritime vessels

gamma features 16 of the most important innovators and disruptors in the maritime sector gamma partners will design test and validate the very best energy conversion technologies and integrate them on an oceangoing vessel on international sea ocean routes the main goal of gamma is to support commercial vessels in their energy transition by demonstrating the safe integration of fuels biomethanol and nh3 and fuel systems biomethanol reformer nh3 cracker and 1mw lowtemperature pem fuel cell to provide an ultramax bulk carrier with substantial emissions savings by performing steam reforming and ammonia cracking instead of combusting very low sulfur fuel oil through the replacement of auxiliary engines which will stay as a backup among the objectives of the project gamma will 1 successfully retrofit the vessel 2 show that ship operations can be handled in a safe manner and 3 test the availability of the sustainable fuel value chain for maritime vessels
hydromechanical coupling in tectonic faults and the origin of aseismic slip quasidynamic transients and earthquake rupture

earthquakes and tectonic fault slip are among the most hazardous and unpredictable natural phenomena fluids play a key role in tectonic faulting and recent research suggests that fluids are central in both human induced seismicity and the mode of fault slip ranging from episodic tremor and slip to slow earthquakes however the lack of accessibility to earthquake faults and the complexity of physical processes has limited our ability to develop holistic models for hydromechanical coupling in fault zones geophysical observations have the potential for illuminating precursors to failure for the spectrum of tectonic faulting however we lack key laboratory data to connect these observations with predictive physicsbased models the ambitious goal of hyquake is to build a physically based framework to understand and predict fluid pressure induced fault slip for a range of fault motion from aseismic creep to destructive earthquakes the hyquake approach is interdisciplinary and at the frontier of laboratory earthquake physics seismology and datacomputer science with the goal of providing unprecedented quantitative constraints on the key physical processes that couple fault friction the dynamics of strain localization and fluid flow controlling earthquakes and fault slip behavior specifically i will build a research program around unusually well controlled rock deformation experiments tightly connected to numerical models of faulting hyquake will integrate lab data on fault zone elastic properties frictional rheology and hydromechanical parameters using stateoftheart experimental equipment built within the project with machine learning to forecast labquake details of deformation processes fluid flow and fault failure will be imaged using novel acoustic techniques these data will set the stage for the upscaling of laboratory observations to the prediction of natural faulting by coupling physicsbased machine learning with 3d hydromechanical models
single photon emission enhancement by deterministic bottom up manufacturing of plasmonic nanostructures

quantum information represents a paradigmshift in the way we exchange information with the eu and the us investing substantial economic resources on basic research and technological developments propelled by these efforts the research community intensely worked on physical sources of quantum bits qubits the quantum information basic units in particular single photon sources sps offer the perspective of modular quantum information circuitry elements in this framework transition from fundamental research to technology is a necessary step towards their use in a broader and applicationoriented usespeedbumps will develop plasmonicenhanced tapered optical nanofibers onf a highly reliable sps generation and collection system exploiting onwaveguide localized plasmon surface resonances to generate periodic flows of single photons on a readyforintegration waveguide with enhanced optical propertiesto do this it will pursue three main objectives to surpass the current stateofart of fiberbased sps 1 exploiting sps typically requires bulky optical setups limiting the translation in applicative frameworks where no strong expertise in optical systems is required speedbumps will demonstrate the integration of sps with other optical systems coupling them with the strong evanescent field confined at the surface of a onf2 spsonf coupling alone fails at obtaining collection efficiencies higher than the 10 of the photons emitted by the sps to increase the system efficiency speedbumps will realize an optical cavity deterministically fabricated on the onf with unconventional nanofabrication approaches3 to further increase the efficiency in speedbumps the isotropic radiation field will be modified through complex nanostructuring of the onf to realize fieldredirecting elementsdue to the onfs nature suspended dielectric curved nanometric these results will be unprecedented paving the way to novel applications in the field of quantum optics
deep singlecell phenotyping to identify governing principles and mechanisms of the subcellular organization of bacterial replication

modern metagenomics has opened our eyes to the immense bacterial diversity that exists both among and within us despite this diversity all bacteria share the basic challenge of organizing the various processes that ensure their faithful replication all bacterial cells need to metabolize nutrients generate building blocks maintain their shape and size replicate and segregate their chromosomes synthesize cell walls and membranes and divide to give rise to daughter cells at present we do not understand how bacteria integrate all these processes in their small cellular compartments what makes this question even more intriguing is that bacteria represent simple forms of proliferating cells without additional layers of internal organization eg membraneenclosed organelles or cell cycle regulation eg cyclins and cyclindependent kinases seen in eukaryotic cells my goal is to address this gap by uncovering the internal architecture of bacterial replication and identifying the molecular mechanisms that underlie it i will use a highthroughput singlecell phenomics approach that i developed and that provides highcontent quantitative cell biological information by applying this approach across different levels of bacterial diversity both within and across species beyond the small number of currently existing model species i aim to identify general and speciesspecific principles for the subcellular organization of replication in bacteria this analysis will also enable the identification of key factors involved in establishing these governing principles which will be functionally characterized further to provide a unique overview of the molecular mechanisms that determine the spatial organization of bacterial replication if successful this project will transform our understanding of bacterial cell biology by expanding it beyond current textbook standards and providing us with the blueprints and design principles of bacterial cells
on the road to sustainability paving the way for operas as an efficient open social sciences and humanities scholarly communication research infrastructure

the operasplus project will support the further development of operas in its preparatory phase of new esfri research infrastructure projects operas is the research infrastructure dedicated to enhance open scholarly communication for the social sciences and the humanities in the european research area era designed as a distributed infrastructure it was incorporated as an aisbl in 2019 operas entered the esfri roadmap in 2021 and is now on its path to become operational as an eric in 2028 the operasplus project will serve the operas community with its wide variety of smallsized stakeholders which are committed to make open scholarly communication the default practice in social sciences and humanities in the era in that sense operasplus will provide an operational and efficient framework to meet the needs and objectives of the operas community with solutions of utmost quality thus fulfilling the european commissions expectations of scientific excellence the projects main objectives are 1 to develop and strengthen operas governance structure especially financial legal and human resource management aspects of the infrastructure central hub in a sustainable way compliant with research infrastructure management best practises 2 to support the establishment and development of operas national nodes set up and manage the workflow of bidirectional exchange with the central hub 3 to develop operas portfolio of services by providing both required technology and a monitoring system for services development via an innovation lab dedicated to this task and 4 to maximise operas impact in the era and at an international level by extending it beyond its current scope and onboarding new members and countries in the infrastructure
controlling cellular differentiation of industrial enzyme production in bacillus subtilis

to cope with an ever changing environment bacteria often develop a bethedging strategy like bistable cellular differentiation resulting in cell populations with different properties for example the industrially relevant model bacterium bacillus subtilis can become motile genetically competent secrete degradative enzymes or sporulate and these cellular differentiations can occur simultaneously in a single genetically homogenous population this cellular heterogeneity exhibited by bacterial cells from the same parent with similar genetic properties is a carefully regulated process that prepares the population for unpredictable environmental stress unfortunately this cellular differentiation can pose serious challenges for the production of enzymes via industrial fermentation since it means that not all cells in the fermentor are actively involved in enzyme production this marie curie biostabdiff project aims at investigating how enzyme expression differs between individual cells of b subtilis and how this cellular heterogeneity can be possibly controlled by genetic interventions b subtilis has become a universal microbial cell factory for many industrial products such as enzymes and vitamins better enzyme yield would be achieved by reducing cellular heterogeneity in this organism and that would serve as an asset to the biotech industry the project will be carried out in the swammerdam institute of life sciences sils at the university of amsterdam uva under the supervision of prof leendert hamoen one of the leading experts in heterogenic protein expression in the model organism b subtilis
glycoprotein arrays for functional virus surveillance

this erc poc project aims to establish the technical and commercial feasibility of our recently developed glycanarrays in which we determined the minimal receptor for duck chicken and human influenza a viruses respectively we also determined structures vital for viruses as intermediate receptors on the avianmammalian interface with our experience in printing arrays we also want to add proteinaceous receptors for coronaviruses this mixed glycoprotein array will then be employed for functional surveillance of two virus families with significant pandemic threat the erc program sugarenable has developed different glycan arrays that should be used in the real world to detect potential pandemic viruses as soon as possible now making a substantial societal impact in this project we aim to conduct a technical and commercial feasibility study
integrated intelligent multimodal transport infrastructure distributed localised decisionmaking at the network edge

urban areas host 70 of the eu population and it is estimated that this will increase up to 84 by 2050 exacerbating the eu cities current daunting problems such as air quality and greenhouse gas ghg emissions in 2019 the transport sector was accountable for 27 of total eu ghg emissions of which road transport accounted for approximately 72 many cities are looking to promote public and nonmotorised forms of transport to provide access to safe affordable accessible and sustainable transport systems for all citizens many cities in europe and worldwide are witnessing an increasing interest in shared and multimodal mobility services using modes such as carsharing bikes ridehailing escooters facilitated by the emergence of intermediary mobilityondemand platforms mobility services accessible on demand can be achieved by an integrated multimodal intelligent transport system mits incorporating both motorised and nonmotorised transport as well as private and public systems through the concept of mobility as a service maas sustainable mobility alternatives such as a fully integrated and seamless multimodal mobility system that can be made widely available with the communication and computation advancements reroute an integrated intelligent multimodal transport infrastructure distributed localised decisionmaking at the network edge forms an international interdisciplinary and intersectoral network of institutions with complementary skills working on a joint research and knowledge transfer programme to improve the multimodal mobilityasa service transport integration through localised edgebased realtime data sharing decentralised decision making and localised network that places the processing at the proximity of data contribute to evidencebased policy and physical infrastructure development and developing a unique skill set for the participating partners and improving their career prospects in the emerging its job market