Dragon09/odtu_chatbot huggingface dataset:
future lives with oceans and waters

future lives with oceans and waters flow will enable coownership coresponsibility and coimplementation of the young generation to cocreate effective targetgroup oriented and actionable blueprints for stewardship assemblages featuring social interaction and engagement with sea and waters in doing so flow will contribute to the restore our oceans by 2030 mission the projects innovative design brings together diverse young people from all across europe with an excellent interdisciplinary research team our research is built along a chain of direct cooperation with young people via 1 the flow youth advisory board 2 the european network of youthfocused ngos 3 experiential futures workshops with young people from seven regions across europe and 4 youthstakeholder cocreationflow will go beyond instrumental treatment of knowledge about the young generation 1 by a novel transdisciplinary research approach inflow lens studying their expectations engagements and humannature relationship with the seas and waters 2 by bringing together policymakers researchers and other relevant stakeholders together with the youth and engaging them in cocreation of stewardship assemblages insights from flow will support shaping future policies all stakeholders claim to represent the interests of young and future generations flow develops a new approach of cocreating future policies that mitigates the risk of naively generalizing and amplifying statements of young people that are made amid and despite of vested interests and debates that are polarized between natureconnectedness preservation and conservation on the one side and resource use value creation and economic prosperity on the other side to fully raise the potential that is embedded in flows structure and generate scientificallysound unbiased and nonpartisan insights we base cooperation and cocreation with young people on scientific rigour reflexivity and evidence assured
medieval serbian charters action towards a digital edition of the royal charters of medieval serbia

the aim of the proposal is the improvement of substantial technical and software aspects of the digital database of serbian medieval charters named diplomatarium serbicum digitale dsd in cooperation with the zentrum für informationsmodellierung zim of the graz university the main objectives are to complete the database material containing of edited document texts metadata and images and to conclude its transformation into a scholarly digital edition according to the current standards of digital humanities the dsd project has been established by me and my colleagues from belgrade in order to fill the void in the research left by the lack of a comprehensive edition of serbian medieval charters as its growing digitized material was accessible within the onlinedatabase only until mid2020 when the respective domain expired after the funding by the eu in frames of an international project had been concluded the future of the undertaking is now depending on the possibilities of its digital transformation and continuing of the research work on editing texts and diplomatic analysisthe best opportunity for achieving those goals would be my longer stay in graz continuing the fruitful partnership with the director of the zim professor georg vogeler belonging to the european leading experts in digital diplomatics and his colleagues the cooperation with the zim is a necessary step in order to make a digital edition possible and solid performable especially concerning application of xml standards publication strategies and longterm archiving during the stay in graz i will also firm up my competences in the field of digital humanities which are still missing in the serbian universitary landscape in that way i would like to give a contribution to the medieval research of my region but also to present myself as a candidate for a programme in digital diplomatics being introduced at the philosophical faculty in belgrade
respiliq enteral co2 absorption for the therapy of hypercapnic lung failure

premature babies and patients with acute lung failure in the intensive care unit or copd patients at home they all suffer from the same potentially fatal condition hypercapnia an increased level of co2 in the blood in europe alone there are around 18m people hypercapnia is one of the major challenges in the therapy of acute lung failure and longterm weaning in icu and in the outpatient treatment of copd which has not yet been adequately solved our goal is to revolutionize therapy and significantly improve survival and above all the quality of life of these large patient groups suffering from hypercapnia instead of tackling the problem via the lungs respiliq uses the human gut as a respiratory organ the intestine forms a highly effective exchange membrane for carbon dioxide co2 in the gut respiliq can bind co2 from the intestinal fluid and excrete it via naturalis administered orally or rectally respiliq initiates a lifesaving reduction of pco2 in the blood
protecting the aquatic environment from urban runoff pollution

major progress has been achieved in protecting european freshwaters through the successful implementation of urban wastewater treatment infrastructures but significant pressures still pose threats to the quality of the receiving water bodies the recent evaluation of the urban wastewater treatment directive underlined that in particular stormwater overflows including urban surface runoff and combined sewer overflows bring relevant pollutant loads into the aquatic environment the pressure on water resources from those kinds of emissions is expected to aggravate through the impacts of global climate change with more frequent intense precipitation as well as more pronounced drought conditions to address those challenges new ways in effectively mitigating pollution arising from urban runoff and sewer overflows are needed providing effective load reduction in a way affordable as well as acceptable to endusers and the society the stopup project will elucidate pollution pathways in urban catchments to enable targeted interventions through measures at source retention and treatment it will foster knowledge about emissions incl pollutant release transport and receiving water bodies through advanced monitoring concepts online sensors and data processing and analysis in the context of different case studies innovative technologies for pollution prevention such as advanced retention soil filters for combined sewer overflow treatment which can be integrated better in urban areas will be further developed and tested the tests will demonstrate integrated solutions including monitoring treatment and control of diffusive pollution in different contexts concerning geographic climatic and hydrological as well as socioeconomic settings based on the findings tools to support selection implementation and operation of pollutant mitigation measures for endusers including environmental authorities water boardsutilities consultancies will be derived
extracting the human motor null space from muscles a new framework to measure human neural activity

by contracting our muscles we move and interact with the world in turn the activated muscles act as signal repeaters of the neural inputs they receive muscles do not only receive inputs determining how they need to contract and thereby how we move but they also receive a rich set of neural information originating in the central nervous system and traveling through nerves and muscles without directly altering motor commands this motor null space in the muscles may represent a unique opportunity to explore the human central nervous system in an unobtrusive spatially selective and robust way thereby overcoming the most critical inherent limitations of currently available noninvasive neuroimaging technologies to test this novel concept fundamental research is needed to develop methods to extract separate and interpret the nonmotor neural projections to human muscles echoes will capitalize on recent breakthroughs in decoding the spinal outputs to muscles to develop a theoretical and experimental framework to unveil the motor null space in human muscles the project will then demonstrate the potential benefits of the extracted neural information in three scientific fields with growing societal and clinical impact humanmachine interfaces targeted brain neuromodulation and diagnosis of movement disorders i expect that the projects multidisciplinary research program will further our understanding of the origin and relevance of neural signals generated by the human brain and spinal cord this will markedly improve future research aimed to understand use and modulate human neural activity by providing a firstofitskind minimally invasive and robust neuroimaging technology with unprecedented spatiotemporal resolution by achieving these goals echoes technology will enable the development of new applications for the clinical and industry fields
impact monitor

impact monitor is a proposal to deliver a coherent and holistic framework and toolbox that aim to become the reference choice for technology and policy assessment of the environmental economic and societalimpact of european aviation ri bolstered by its profound knowledge and multidisciplinary expertise a consortium consisting of 10 research establishments and academic institutes develop this framework and toolbox by advancing credible and successfullyapplied approaches beyond state of the art in particular impact monitor rests on and advances the approaches used in ec better regulation guidelines and toolbox and in the ec projects teamplay clean sky te and agileagile 40 further capabilities of the framework and toolbox are demonstrated through three use cases addressing exemplary innovations in european aviation ri and are made accessible to educate students and broader community via impact monitor academy
pathway towards climateneutrality through low risky and fully replicable positive clean energy districts

neutralpath aims at demonstrating that pceds designed and implemented under participative and humancenter principles are costeffective and feasible solutions to contribute significantly to the cities transformation towards climateneutrality allowing to speed up the process even to reach scope 2 emissions reduction in 2030dresden germany and zaragoza spain with strong experience in urban transformation projects and fully committed to be climate neutral in 2030 will demonstrate 2 pceds from the design to the implementation and evaluation stages acting as lighthouse cities both cities also ambition to act as frontrunners of this process creating climateneutral labs conceived as innovation hubs with the aim of fostering faster upscaling and replicability at eu level making three fellow cities istanbulturkey ghent belgium and vantaafinland through their own cnlabs direct participants of the processes and later on main protagonists by means of their own pced design and implementationneutralpath will deliver a strong contribution to meet the eu climate targets establishing a collaboration agreement with the cities mission platform focused on exchanging knowledge and experiences as well as with the main eu initiatives as h2020 scc lighthouse projects and sc marketplace or covenant of mayors
decellularised extracellular carpets for the innovative production of human engineered replicates

the major roadblock in the commercialisation of cellderived products is the prolonged ex vivo culture period required to develop them macromolecular crowding mmc a biophysical phenomenon that increases the kinetics of biochemical reactions and biological processes by several orders of magnitude allows for the accelerated development of cellderived products this project will exploit mmc in the development of cellderived products in 2 technical and 3 commercial workpackages increasing the international competitiveness of europeanbased biotech industries and creating new employment markets and revenue this 18months interdisciplinary and intersectoral project will train 1 postdoctoral researcher at the forefront of scientific research and technological innovation the project will be carried out at university college dublin irelands largest university one of europes leading researchintensive universities and in the top 1 universities worldwide
intermetallic phase heterostructured circular aluminium alloys

a tenet in metallurgy is that the purer metals and alloys are the better are their properties however as recycling in material production increases in importance so do impurity levels in aluminium the consequences are particularly harmful because the solubility of most elements in aluminium is very small resulting in the formation of brittle intermetallic phases moreover once impurities have entered aluminium it is nearly impossible to remove them the heterocircal project aims to break the paradigm of harmful impuritiesheterocircals main contribution will be to develop a new groundbreaking class of upcycled materials that can tolerate high levels of impurities we will achieve this goal by designing intermetallic phase containing heterostructured alloys where previously detrimental intermetallic phases become impurity sinks sinks which also form a novel heterostructure which features an excellent tradeoff between strength and ductility here we aim to reverse the common view of primary intermetallic phases in aluminium wrought alloys and to extend their admitted volume fraction to unexplored regions our preliminary work gives evidence that structures with such properties are in fact possiblethe main challenge will be to develop viable means of creating beneficial intermetallic phase heterostructures that are applicable in largescale we will address it by manipulating intermetallic phases during solidification and solidstate processing and applying a highthroughput method heterocircals aim is also to gain insights into the formation of intermetallic phases at high resolution and their role in the novel heterostructures the project will meet the enormous challenge of creating sustainable aluminium alloys for a future circular economy and reduce both the need to dilute alloys with pure aluminium produced from natural resources and the continuous downcycling of alloys heterocircal will also advance european metallurgy in general
a fully autonomous solarpowered lightweight weeding robot using ai for plant recognition precision contact and contactless weeding methods suited for hard soils hilly terrains and arid climates

fighting weeds is one of the oldest problems of agriculture the current solutions include mass use of herbicides mechanical tilling or manual weeding herbicides are poisons which kill not only weeds pollute the soil water and bring lasting damage to all living organisms including health and wellbeing of humans mechanical weeding with standard agri machines icebased adds to co2 emissions damages and compacts soils and is very imprecise and manual weeding is backbreaking often dangerous lowpaid work for which there are fewer and fewer candidatesour solution addresses all these environmental economic and health problems together it will also strongly support the expansion of organic agriculture in europe which is facing much more difficulties with weed pressure compared to conventional farming and our innovation is also specifically designed to target the needs of the most climatevulnerable farmers those from the semimountainous regions of southern europewe offer a fully automated solution in the form of a 4wheeled rover with inwheel integrated electrical engines solid xyz wheel synchronization and frontsteering mechanism it is lightweight and solarpowered for 24hour working cycle the robot uses ai based on deep neural networks to spot weeds among desired plants it can effectively destroy weeds using contact mechanical and noncontact energy beam methods depending on both weed size and type and soil and weather conditions without creating any fire hazard in the process finally our robot can selfnavigate in and around the fields which is achieved without costly rtk equipment by combining multignss including galileo receivers and cameras with proprietary algorithms the robot has huge potential to expand its capabilities by adding sensors for soil weather tracking etc and we can grow our offer by supplying vast plant and field data analytics and predictive analysis to farmers and other potential clients
enhancing plant stress tolerance from the insideout

our climate is changing the world population is still growing and our planet has finite resources these are wellknown facts developing improved crop varieties is crucial to ensure that our agriculture is wellprepared for increased environmental stress can maintain high yields and utilises less resources such as fertiliser or available land one key aspect is to prepare our crops for abiotic stresses such as saline soils and drought two factors which are rapidly increasing worldwide including the eu many abiotic stresstolerance mechanisms have been described through labbased studies yet they are notoriously difficult to translate into field grown crops therefore the here proposed project stressless will tackle this issue by taking a different approach stressless is primarily based on observations in the crop soybean glycine max with additional observations made in rice oryza sativa and aims to identify the cellular mechanism contributing to improved plant growth going from cropobserved phenotypes to indepth analysis in the model plant arabidopsis arabidopsis thaliana instead of vice versa ultimately stressless aims to contribute to preparing our crop plants for a sustainable yet still profitable future agriculture
contested eu foreign policy in an era of geopolitics

the doctoral network eufog will contribute to a better understanding of the ways in which the eu is reconsidering key tenets of its international role in the face of the geopolitical turn in international politics the liberal international order ie the collection of norms institutions and power relationships that have defined the last decades of international political and economic relations is undergoing major transformations although the final destination of these changes is still to be seen the situation is shaped by a return of competition between great powers in a multipolar world us china eu and russia facilitated further by growing geopolitical ambitions of many regional powers these developments should lead to a systematic overhaul of research about the international role of the eu over the past decades the eus role in international politics was perceived through the prism of two assumptions first the external relations of the eu were understood as reflecting the kind of polity the eu was an integrationthroughlaw project and a community of values support for multilateralism and the promotion of certain international norms were seen as the unproblematic externalization of internal consensuses second even when the eu entertained projects of reform for the international order they sought to strengthen its institutions and norms in a moment when such strengthening was perceived as being broadly in line with the trajectory of international politics this state of affairs has ceased to existeufog will train a generation la scholars to enable them to address the politics the political conflicts and debates policies decisions and measures and partners relationships and perceptions associated with the ways in which eu foreign policy responds to these new international realities in a broad range of issue areas from security to trade to human rights
a multifidelity approach enabling automated high precision in cold spray repair

the eus manufacturing sector is facing a crucial challenge to achieve ambitious sustainability goals in the transition towards a circular economy while repair and remanufacturing are key solutions to this issue current techniques fall short due to limitations in handling complex geometry and materialwise parts heat damage and a lack of automation this results in a staggering amount of waste over 167 million tons generated annually by the eu manufacturing industry alone core offers a solution based on cold spray cs a solid state no melting deposition technique with significant potential to revolutionize the repair sector currently the widespread establishment of cs in the repair realm is hindered by the limited geometrical accuracy and the lack of automation in deposit shape control core will pair the physicsbased analytical concept developed within the originating erc project with computational models adhoc experiments and artificial intelligence to develop a disruptively robust unprecedentedly accurate and computationally efficient cs repair planning tool this fully automated tool will be made interoperable with commercial robots to readily offer customized nozzle trajectory to minimize postprocessing material waste and lead time in repair the accomplishment of core objectives will set out a unique synergy between cs performance metrics material flexibility high deposition efficiency unlimited build volume and automation with geometrical accuracy advancing the repair sector towards an extremely flexible unprecedentedly scalable and remarkably customizable and sustainable level
boosting the bioeconomy transformation for 4 the bioeast region

the boost4bioeast project aims to set in motion the levers for bioeconomy deployment in the central eastern european and baltic countries the consortium will focus on building upon bioeastsup outcomes and the vision paper of the bioeast initiative by boosting the participation of national stakeholder networks in the development of national bioeconomy action plans and to build longlasting structures for national and macroregional cooperation the bioeast hubs will be the national platforms directly linked to public administrations under which capacities are built and the different stakeholders of the bioeconomy are mobilised to more effectively contribute to and take part in decisionmaking processes using participatory approaches bioeastwide mapping of bioeconomy competencies and biomass will be undertaken to advance the knowledge on bioeconomy in the macroregion as well as bioeast knowledge platform will be created to act as repository of knowledge materials and relevant information on bioeconomy that will allow bioeasts stakeholders to access share and store bioeconomyrelated materials towards developing national bioeast hubs into active contributors to bioeconomy in each member state in order to boost bioeconomy innovation and education in the bioeast countries the project will bring together public and private funders with relevant business stakeholders and expand the bioeast uni net network activities such as training reskilling awareness spreading and communication channels creation will set the basis of the bioeconomic transition creating spaces of dialogue and involvement among all agents of the industry academia private and public which will boost the stakeholders engagement for the integration of programmes and policies in turn of bioeconomy the hereby proposed consortium is composed of stakeholders of all bioeast member states along with partners distributed throughout western europe be fi ger ie it es