Dragon09/odtu_chatbot huggingface dataset:
secure automated unified framework for exchange

although the european unions disinformation policy has significantly developed since 2015 russias war in ukraine has reminded us all of the urgent need to stay ahead of the curve in order to fortify our resilience against the everevolving threat of foreign information manipulation and interference fimi in the last year russias strategic use of fimi in its war of aggression against ukraine has brought an unprecedented response by those defenders who seek to safeguard universal values democracy and freedoms by exposing russias efforts to manipulate global discourses while governance law protocols data exchange and forensic practices should converge to address fimi they currently remain disparate and unaligned this fragmented approach creates a significant hurdle in the fight against fimi hindering the ability of member states to prosecute ban attribute or sanction fimi actors or campaigns originating from state and nonstate actors to overcome this hurdle there is a need to better synchronise the interventions and harmonise our approach towards fimi as proven in the case of cyberattacks our consortium saufex secure automated unified framework for exchange comprises of concerned stakeholders who possess significant expertise and handson experience with the current systems and structures concerning fimi and are situated in the eus eastern regions where fimi incidents are frequently observed we strongly understand the importance of consolidating and utilising available information to establish a collective comprehension of fimi to achieve this our project proposes the creation of a fimi dataspace which we will herby refer to as a fimi knowledge database as well as the establishment of a resilience council to act as an intermediary between state and nonstate actors specifically regarding interventions and fimi attribution
xr2esilience

the health care system is in crisis and although the importance of nurses mental health is widely recognized achieving this goal is highly challenging promoting resilience in times of crisis appears to be a promising goal for public mental health innovative digital technologies to enhance resilience might contribute to a solution extended reality xr applications are highly immersive interactive and attractive to use the proposed project aims to leverage the potential of xr to promote resilience in nursing staff as resilience has a multitude of facets a prospective cohort study together with new analysis of existing large datasets will inform about those resilience factors that are the most promising target for interventions in nurses likewise barriers and facilitators of acceptance of resilience training in general and xrsupported interventions in particular will be extensively considered and researched within this project as acceptance through participation is a key success factor a xrsupported training to foster resilience will be developed in close cooperation with nurses and other stakeholders the proposed xr2esilience solution consists of a flexible selection of xr modules that can be customised to meet individual nurse needs the efficacy of xr2esilience on stress coping and resilience will be investigated in a randomised controlled trial including a health economic evaluation in addition the project will go beyond the individual perspective and consider organisational and structural challenges the cohort study will enable to identify working environments where nurses can grow and enfold their resilience based on the results will develop a set of recommendations and checklists for employers and policymakers that support them in making nursing facilities resilience friendly places xr2esilience outlines a strategy for building resilience and the role of xr in resilience training
development of novel desaturative strategies for the preparation of aniline building blocks via photoredoxcobalthat triple catalysis

anilines and their derivatives are integral organic molecules with application as medicines agrochemicals and organic materials over the last 30 years the buchwaldhartwig and ullmann crosscouplings have dominated the area of aromatic amination these reactions involve palladium or coppercatalyzed cn bond formation between a halogenated aromatic and an amine only aromatics that have been halogenated will react with the metal catalysts and undergo crosscoupling therefore although these processes are widely used there are 2 significant challenges associated with them a aromatic halogenation reactions are often problematic in terms of selectivityb crosscoupling reactions are known to fail on complex and functionalized materials with this project we aim to provide a transformative advance in the field and demonstrate the direct conversion of functionalized ncyclohexylamides carbamates and sulfonamides into the corresponding naryl derivatives to achieve this we will use an unprecedented triple catalysis manifold based on photoredox catalysis cobalt catalysis and hatom transfer catalysis this innovative catalytic system will effectively trigger desaturation of the starting ncyclohexyl derivatives and key reactive intermediates this research will create a novel approach for the onestep synthesis of many complex anilines from unusual precursors which are largely commerciallyavailable or easy to prepare the proposal capitalizes on recent developments by the host group in aniline synthesis and dual photoredoxcobalt catalysisthe development of this innovative project at rwth aachen university will create new tools in bioorganic chemistry and enable the rapid and efficient preparation of highvalue materials implementation of the project will be facilitated by the generation transfer and dissemination of knowledge which will greatly enhance my future career prospects in accordance with the enviosioned training plan
ordered nanoporous carbon architectures from biobased building blocks

ordered nanoporous carbons are gaining appreciable interest in several green technology applications efficient charge storage metalfree carbocatalysis nevertheless at present they can only be fabricated using fossil fuelbased building blocks through energyintensive processes with large ecological footprint and with potential environmental pollution the overall aim of this project is to provide more sustainable alternatives to these fossil fuelderived materials by fabricating ordered nanoporous carbons from biobased constituents our project will focus on studying biobased polymerbiobased surfactant supramolecular assemblies objective 1 to develop a softtemplating system using only biobased building blocks objective 2 for obtaining various ordered nanoporous carbons objective 3 and apply them in charge storage systems supercapacitors objective 4 and for metalfree carbocatalysis advanced oxidation process objective 5 our goal is to have control on the nanoarchitecture and understand structureperformance relationships in applications in order to obtain cuttingedge highperformance materials for advanced devices our novel bottomup approach will give the first biobased softtemplating method to make ordered nanoporous carbons and is expected to open up new research directions for sustainable material solutions this project will provide materials and processes with reduced ecological footprint over existing products and technologies contributing to a sustainable economic growth and to the realisation of a resilient society
data discovery platform with generalized exploratory management and search capabilities

datagems is a data discovery platform with generalized exploratory management and search capabilities datagems is built on the principles of data fairness openness and reuse it aims to seamlessly integrate data sharing discovery and analysis into a system that addresses the whole data lifecycle ie sharing storing managing discovering analyzing and reusing data andor metadata bridging the gap between the data provider and the data consumer datagems is a nextgeneration data discovery and management ecosystem that engulfs different types of data structured unstructured realtime and historical and enables users to a enrich data through powerful data profiling mechanisms b seamlessly discover and analyze data across and within datasets using userintuitive discovery and analysis mechanisms such as using natural language and patterns and c effectively explore and combine data with the help of stepwise guidance mechanisms during dataset discovery and analysis the effective and efficient functioning of these mechansims will be powered by a data and model management layer that decouples data management at the low level from the data analytics at the higher level datagems is informed by and will be initially tested and deployed to promote data fairness and benefit diverse user communities and types of users on core domains education meteorology and language data infrastructures
codesign of ecommerce lastmile delivery and return options with zero emissions

codezero is a threeyear project aiming to cocreate sustainable and zeroemission lastmile delivery and return solution for ecommerce that are also attractive to consumers it is articulated in four phases an analysis phase which provides 1 an analysis of existing delivery and return options and an understanding of how they are shaped by the needs and constraints of all involved stakeholders 2 an indepth intersectional analysis of various groups of online consumers to understand what are the features of delivery and return options making them attractive with the aim to identify mechanisms to incentivize behaviour changes and 3 develops an assessment framework to measure the impacts in the environmental economic and social domains of new solutions a design phase in which codezero engages in a codesign process involving retailers transport operators consumers and local authorities in developing 1 guidelines for retailers to raise awareness among customers 2 a set of zeroemission and sustainable delivery and return options for retailers and transport operators and 3 a toolset for local authorities to accelerate the transition towards sustainable solutions in last mile consignments in ecommerce a test phase running 4 pilots in 4 different european cities in italy netherlands belgium and norway to test a set of sustainable solutions identified in the previous phase with the aim to prove their feasibility to finetune their design and to assess their impacts from the perspective of all stakeholders a consolidation phase where 1 codezero outcomes are finetuned based on the lessons learned from real life applications 2 requirements for upscaling of solutions at european level are discussed 3 recommendations are formulated and 4 directions for future research are outlined engagement with consumers and retailers associations industry stakeholders cities and researchers contributes to shaping its results
next generation 1200v electric high voltage powertrain

enlighten aims at developing integrating and testing a next generation post 800v electric vehicle powertrain with an indicative voltage level of 1200v it targets a higher performing cost optimized and more sustainable drivetrain layout that is also backwards compatible to the existing charging infrastructure with 1000v or 500v respectivelydetermining exactly how high the new voltage level should be to enable expected advantages in a systemic and systematic way is also part of the project a new voltage level affects the entire sphere of electric mobility both horizontally vehicle charging infrastructure users manufacturers and vertically oem tier1 tier2 single component supplier hence a deliberate decision is required to accomplish this an advanced electrical system architecture is presented by the enlighten consortium in this proposal on whose basis a specific electric vehicle drivetrain will finally be developed and demonstrated in a csegment vehicle the at trl5 delivered powertrain will consist of a dual voltage battery system and an integrated motorinverter edrive system complemented by an intermediate dcdc converter an ac and dc capable onboard charger and a power distribution all power electronic devices will exploit low loss ultrafast switching gallium nitride gan semiconductors for highest efficiency and to minimize cooling demand and component size the dual voltage battery can be switched dynamically from one battery voltage into the other while driving through these and other measures the enlighten system delivers significant advances over the 2024 state of the art the enlighten consortium includes 2 automotive companies 1 tier1 supplier and 2 smes their expertise is leveraged by the partnership with 2 research institutions and 4 academiauniversities constituting an ideal setup for strengthening the competitiveness of the european automotive industry
the impact of the viral shunt and its metabolic landscape on microbial lifestyles and the flow of carbon during algal blooms

the fate of carbon in marine environments is influenced by associations between heterotrophic bacteria and phytoplankton mediated by chemical communication and metabolic exchange deciphering the nature of these associations is critical given the impact of marine plankton on biogeochemical cycling and climate regulation viral infection is a prevalent mortality agent of algal blooms in the ocean leading to massive release of biomass to the dissolved organic matter dom pool one of the largest global inventories of carbon this process termed the viral shunt is a key ecosystem process but remains unquantifiable and mechanistically enigmatic furthermore the metabolic composition of the dom released following viral infection vdom and its role in shaping microbial communities are largely unknown in the vibes project we will disentangle the complexity of the viral shunt and elucidate its impact on microbial lifestyles mutualism and pathogenicity during algal bloom demise we will generate experimental approaches to study these bacterial lifestyles and uncover the chemical language that mediates them our expertise in marine microbial chemical ecology using singlecell transcriptomics to quantify hostpathogen interactions and metabolomics to identify the chemical signals that govern microbial interactions will pave the way for unprecedented quantification of the viral shunt we will investigate the molecular and metabolic basis of virusderived microbial lifestyles and their consequence for the flow of carbon in the ocean both under controlled labbased experiments and during complex interactions in the ocean we will investigate how microbial lifestyles that specialize on vdom can determine the partitioning of carbon between the dissolved and particulate fractions representing carbon cycling and export respectively ultimately vibes will enable to evaluate the importance of microscale interactions to the cycling of carbon in the ocean
communitybased smart city digital twin platform for optimised drm operations and enhanced community disaster resilience

pantheon will design and develop a community based digital ecosystem for disaster resilience utilising smart city digital twin scdt technology and leveraging new and emerging technologies and innovations to improve risk assessment reduce vulnerability and building community disaster resilience the aim is to enhance the operational capabilities of cbdrm community based drm teams by a community based smart city digital twin environment with components used for simulations training and evaluation of the behaviour of subsystems threats and human factor an early detection and situational awareness environment enabling authorities and fr and sr first and second even in complex remote and demanding locations an integrated intelligent subsystem by the utilization collaborative sensing from earth observations and swarms of uavs optimized to autonomously perform uavassisted operations throughout all disaster phases pantheon platform and technologies will be combined with iot infrastructure multisource data satellite and in situ data social networks historical data to create a tool for assessment of risks vulnerability and capacity assessment disseminate and inform decision makers and the public for risks during disasters engage citizens and stakeholders in the disaster resilience building and share knowledge and best practices identify vulnerabilities and implement policies strategies and plans to eliminate future disaster costs enhance collaboration among people at the local level promote the conduct of comprehensive surveys on multihazard disaster risks and the development of regional disaster risk assessments and maps including climate change scenarios promote and enhance through international cooperation including technology transfer access to and the sharing and use of nonsensitive data and information scdt will enable collective community behavior into the assessments of exposure to urban multihazards across time and space
meshelectronics for nextgeneration skin tissue engineering

the biokin project aims to engineer a biomimetic in vitro platform for the nondestructive remote and realtime monitoring of laboratorygrown skin the project is focused on developing a seamless device to interface with bioengineered skin tissue strategies will be established to integrate the device with skin cells to mature hybrid functional skin where electronics and tissue grow alike the obtained hybrid functional tissue will provide a powerful tool to study skin biological processes which will be used early by monitoring wound healing in vitro every year over 50 million patients suffer from severe skin injuries such as burns and chronic wounds and need effective therapies to restore skin function fueled by this need researchers have developed advanced skin substitutes for skin regeneration and replacement by tissue engineering techniques despite the incremental improvement of bioengineered skin and its use to regenerate damaged injuries in situ nondestructive and realtime monitoring of their performance has not been sufficiently addressed biokin will equip bioengineered skin tissue with advanced nonbiological capabilities thus providing a promising platform that supports the understanding of epidermal biology tissue formation and skin diseases the multidisciplinary skills gained during this action biokin will significantly enhance the applicants future career prospects in bringing bioelectronics to skin tissue engineering
development of novel 3d vascularized cardiac models to investigate coronary microvascular disease

coronary microvascular disease cmd is a significant healthcare challenge contributing to ischemic heart disease the number one global cause of human mortality cmd is associated with dysfunction of small coronary vessels due to ageing obesity and metabolic disease that reduces blood flow and oxygenation in the heart despite its widespread impact on health our understanding is limited to animal studies which do not recapitulate the pathophysiology in humans nor can they be used to reveal cellular crosstalk in a controlled manner thus there is a critical need to develop a humanized in vitro model to mimic cmd advances in organonchip and induced pluripotent stem cell ipsc technologies together with our stateoftheart 3d humanized vascular models provide new opportunities to investigate cmd 3dvascmd builds on our expertise to develop a complex vascularized cardiac model to reveal pathological mechanisms and novel therapeutic targets of cmd by combining cuttingedge tissueengineering approaches we will 1 develop and characterize a 3d vascularized cardiac model 2 determine the impact of known risk factors on the pathophysiology of cmd 3 develop a highthroughput system for cardiovascular drug screening our model will reveal cardiac tissuevessel crosstalk by combining autologouslydifferentiated ipscs in a controlled fluidic environment this model will enable unprecedented study of ischemia diabetes and sexhormone contributions to cmd using 3d in vitro tissues ultimately a highthroughput version of our model combined with machine learning will predict the efficacy of therapeutic targetsusing an interdisciplinary approach 3dvascmd will impact our understanding of how microenvironmental and heritable riskfactors contribute to cmd this model has the potential to study multiple facets of vascular disease and can be further developed into a preclinical tool which will be a breakthrough for cardiovascular biology and medicine
the philosophy of experiential artifacts

ancient greeks used one word techne to designate both technical and artistic practices it is only in modern times that art gained autonomy becoming the object of one philosophical discipline aesthetics however the emergence of mass media and then of digital media has brought art close to technology challenging its autonomy in this situation some basic philosophical questions about art regain centrality why art what is art for what is the role of art in a technological society like ours the traditional answer stresses the uniqueness of art pointing to the essential difference between artworks and technical artifacts the increasing interchange between art and technology however encourages us to question this statement pursuing an alternative strategy the hypothesis is that artworks belong to a technical kind which has been overlooked so far the kind of experiential artifacts whose function consists in triggering experiences art is severed from technology only if one focuses on artifacts such as drills or lathes whose function consists in producing concrete effects yet once experiential artifacts have been recognized one can fruitfully connect art to technology rethinking forms of art as techniques for generating different types of experiences the pea project launches the philosophy of experiential artifacts as a new area of inquiry in which the relationship between art and technology can be properly theorized thereby offering a new conceptual toolbox for historical and empirical research this will be done through a fourfold methodology in which aesthetics and the philosophy of mind analyze the experiences that experiential artifacts are meant to trigger while metaphysics and the philosophy of technology investigate the structure in virtue of which they perform this function pea will thus reconceptualize artworks as technical artifacts that we value for the way in which they enable us to enrich share and coordinate our experiences