Dragon09/odtu_chatbot huggingface dataset:
taue breakthrough taueb infinite clean energy through fusion power to the grid beyond

nuclear fusion could provide humankind with an unlimited supply of clean safe and sustainable energy which would mean forgetting about the dire effects of fossil fuels however after almost a century of billiondollar investments in nuclear fusion research continuous fusion reactions have not been achieved yet due to the extremely challenging scientific and technical barriers that must be overcome the performance of a fusion power plant is fundamentally dependent on the quality of confinement for the confinement to be effective it must satisfy two crucial criteria 1 stability and 2 the ability to maintain plasma over time with negligible leakage building upon the revolutionary mirror fusion concept by novatron which inherently stabilizes the plasma the taue breakthrough project taueb is designed to provide essential plasma plugs these plugs are crucial for confining the plasma over an extended period making it scalable to a fusion reactor that generates energy at a competitive levelized cost of energy lcoe this radically new design will make it possible to bring nuclear fusion technology to the commercial stage in record time thus changing our lives not only by creating a multibillion euro market but above all by providing great social environmental economic and geopolitical benefits to successfully achieve the projects goals and maximise the impact of its results we have brought together a multidisciplinary consortium combining the deep knowledge of kth kipt and ukaea in different complementary fields of nuclear fusion research magnetic confinement plasma stability advanced simulation methods radio frequency plasma heating ponderomotive plugging and diagnostics nfgs revolutionary novatron concept and its outstanding technological implementation skills system design mechanical design instrumentation and plasma diagnostics and ies outstanding innovation and exploitation management advice
direct air capture for onsite co2 utilization in greenhouses

co2 is recognized as the main pollutant responsible for global warming on the other hand 230mt fossilbased co2 is consumed globally as feedstock for different industries including greenhouses fertilizers carbonated drinks and food preservation with volatile and soaring prices of liquified co2 raising 10x last year from 200 to 2000t why dont we take it back from the atmosphere and use it as a valuable feedstock although high enough to cause climate change atmospheric co2 concentration makes up just 004 of the air we breathe low enough to make it tricky to capture costefficiently carbominer has developed cdac as a novel direct air capture technology for selective co2 binding from the open air in a fully electric and costeffective process based on wet absorbent fiber for co2 capture and patent pending bpm electrodialysis phswing for co2 regeneration cdac has been demonstrated into greenhouses to bring lowcost fossilfree co2 vs current co2 supply options
mobilising novel finance models for health promotion and disease prevention

in the medium to longerterm the fiscal space that governments have to provide additional budgetary resources will shrink including for healthcare our response is that it is better to preempt rather than repair ie to incentivise new ways of financing health promotion and disease prevention the financing solution is smart capacitating investment this means sharing risks and resources to invest at scale across multiple levels within health ecosystems generating sustainable returns and localised benefits the specific objectives are1draw on available evidence to strengthen how smart capacitating investment is framed and communicated2assess and enhance organisational readiness for testing sci models in the regional testbeds3develop and test business models that are compatible with smart capacitating investment4develop and test novel finance models to determine which of the business models align with predefined contingencies for delivering smart capacitating investment5develop and test a prototype collaborative platform for governing smart capacitating investment in health promotion and preventionwith an interdisciplinary approach we calibrate and harmonise 3 main work streams developing functional prototype models of the anchoring concept smart capacitating investment wp24 iterative testing in real world environments esdeseuk initially with an open call for a 2nd tranche of transition and less developed regions to show relevance in tax and insurancebased systems wp56 preparing a social franchising package for largescale demonstration wp7 underpinning these workstreams we will also explore and test platformbased collaborative spaces for the involvement of resourced citizen panels and local communities in planning and investment decisions for interventions and services the project generates concrete outcomes and impacts for further development and uptake of smart capacitating investment that disrupts stateoftheart
creation and promotion of forest and agriculture networks to boost biobased technologies adoption and value chain development

in response to the increasing need for grassroots initiatives and knowledge sharing to address major challenges such as climate resilience and increased mitigation of ghg emissions while supporting zero waste and circular economy with biomass reuse bbionets will constitute a thematic network that will rely on promote and further advance the work carried out by eip agri operational groups ogs with respect to management andor processing of agricultural and forest biomass with biobased technologies bbts applying the quintuple helix model and a multiactor approach both within the consortium itself and on the ground activities bbionets will set up 6 regional forest and agriculture networks fans ie es it gr pl cz that will ensure balanced representation of all akis stakeholders fans will identify local needs and through cocreation and joint actions prioritise specific bbts benefit from and validate knowledge material developed by the consortium building on previous og and eufunded project results they will assist bbionets in sharing bbt knowledge ready for practice to farmers and foresters boosting the redefinition of value chains stimulating crossfertilisation beyond borders and bringing europe to the forefront of farming forestry and bioeconomy with economically viable and sustainable practices bbionetss solid foundation and strength lies in its partners a wide networks covering the agriculture forestry and bioeconomy world b longestablished collaborations with ogs c extensive knowledge of biobased technologies and solutions and d long experience in awareness raising knowledge transfer capacity building networking and value chain creation services
active storage of captured co2 in net zero construction products

asccent places unizg fce croatia in the forefront of the action for climateneutral and sustainable eu enabling contribution to netzero of hardtoabate construction sector through networking for excellence with eu leaders from belgium denmark sweden and france in the field of active storageuptake of captured carbon in construction products project is based on the net zero industry acts recognition of carbon capture utilisation and storage ccus as a strategic netzero technology that plays a pivotal role in mitigating climate change building up on the excel of the eu in co2 capture asccent focusses on strengthening unizg fce research profile and innovation capacity in three pillars1st pillar ability to perform excellent research and innovation management in the field of active utilisation and storage of co2 in construction products by twinning with ku leuven belgium leading research institution on alternative binders mineral carbonation and carbon storage2nd pillar ability to perform objective validation through sustainability assessment of netzero technologies using stateoftheart digital tools by twinning with aalborg university denmark leading research institution in lifecycle assessment lca and lifecycle thinking lct3rd pillar increasing the capacity for attracting innovation investment and building stronger academiaindustry partnerships by twinning with rise sweden research centre ensuring collaboration between industry academia and public sector and holcim innovation centre france leading industrial rd centre and major construction materials actorthrough asccent unizg fce will act as a catalyst for effective co2 utilization reducing underground storage needs promoting sustainable waste management creating netzero construction products and advocating for their application due to unizg fces regional network these results will have a spillover effect on important stakeholders in the esee region
next generation vaccines against gastrointestinal mucosal pathogens using helicobacter pylori as model pathogen

to overcome antimicrobial resistance amr compromising global public health novel strategies to develop next generation vaccines against amr pathogens are required however the development of effective vaccines is challenging for bacterial infections occurring at mucosal sites in particular in the gastrointestinal gi tract in this context h pylori is listed as high priority amr pathogen and the most common chronic bacterial infection affecting half of the worlds population with a high risk to progress into gastric cancer previous failures in h pylori vaccine development approaches suggest that induction of mucosal immunity is required for protection thus vax2muc will develop a rational prophylactic lead candidate against h pylori in a straightforward manner and directly evaluate this candidate for safety and immunogenicity in a phase i clinical trial serving as proofofconcept for novel vaccine technologies developed in vax2muc to induce longterm protective mucosal immune responses sustained by tissue resident memory t cells we will apply our previously identified vaccine antigens combined with potent adjuvants for a systemic prime and implemented in an innovative oromucosal film for a mucosal pull vax2muc will further advance gmp manufacturing and investigate and progress novel vaccine technologies and strategies tailored for mucosal application we will evaluate our lead candidate and alternative approaches in preclinical mouse and pig models to define meaningful correlates of immunity and protection which are still lacking for most of giamr infections thus vax2muc will deliver i a prophylactic vaccine candidate against h pylori as poc and ii a wealth of knowledge and technologies that can be translated into the clinical development pipeline and are broadly applicable for various giamr mucosal pathogens to significantly benefit the challenging field of mucosal vaccination and finally reduce disease burden from amrgi diseases
soft enforcement of eu migration law

this project will establish soft enforcement of eu migration law as a new research field in which legal and political science scholars will be equally active migration is a salient issue for the eu and we are witnessing deep shifts in the implementation and enforcement landscapes of eu migration law traditional enforcement methods such as court of justice proceedings initiated by the european commission against member states have met their limit soft enforcement is becoming a flexible and politically palatable alternative for example fundamental rights offices have been established within eu migration agencies that operationalise novel ombudstype administrative accountability processes and a peer review mechanism run jointly by the commission and member states has been integrated with the schengen area of free movement soften conceptualizes soft enforcement and unlocks the black box of its operationalisation in the context of migration it brings together theoretical insights from legal and political science on governance enforcement and accountability combining legal analysis with empirical qualitative methods its groundbreaking nature lies in three characteristics first the project will generate a new interdisciplinary legally grounded and empirically informed theory of soft enforcement in the migration context second it will generate datasets on soft enforcement along three axes steering policy implementation supervising policy implementation and ensuring actor accountability across the eus migration policies moving beyond law on the books it will also generate unique qualitative empirical insights at eu and selected national levels third it will generate a new evidenceinformed governance framework for soft enforcement that can impact the work of public institutions at eu and national levels and ultimately individuals
leading the way to energy autonomous edge computing

the number of internet of things iot nodes is exploding and is expected to reach trillions by 2035 the biggest logistical challenge of an iot device is its finite battery life in response we develop disruptive ultralow power semiconductor technologies our energy harvesters allow iot devices to use ambient energy solar thermal vibration radio to recharge batteries while our sensing solutions and our microcontrollers optimizereduce the energy consumption this enables designers to substantially reduce iot device battery requirements while eliminating the labour costs of replacing and environmental hazard of disposing of used batteries with eic support we will deliverindustrialize the worlds first integrated iot platform uniquely combining energy harvesting edge computing and computer vision with ultralowpower consumption this will position epeas as a european based global leader to address the imminent needs of energy autonomous iot and edgecomputing devices
traces of work developing humancentered design principles for leveraging digital traces of activity in knowledge work

the tracework project will study how traces of computermediated activities help knowledge workers carry out computersupported cooperative work cscw digital traces such as change logs and timestamps provide cues that people use to interpret the state of work and connect back to previous activities but there is no welldefined concept of traces in the fields of cscw and humancomputer interaction hci and the role of traces in work has not been systematically explored due to this knowledge gap there are no principles to support design for interactions with traces there is a need especially for humancentered principles that consider the social impact of traces the recent surge in remote and hybrid work has led to public concern over the role of technology in mediating peoples relationships with their workplaces a topic that is severely understudied in cscw to address these gaps and establish traces as a practically applicable concept for the design of workplace technology tracework will develop a typology of traces to be applied in an empirical study of knowledge workers practices and experiences of using traces building on this the researcher and study participants will coproduce design principles for traces the researcher is uniquely positioned to successfully implement tracework through her extensive knowledge in cscw her research on social dynamics in collaborative work and her industry experience in producing design resources from research through tracework the researcher will develop relevant skills obtain and apply interdisciplinary knowledge extend her professional network and significantly expand her fields understanding of a critical but understudied subject thus building up a strong research profile of high relevance to her field tracework will produce highquality scientific outcomes and practical resources giving opportunities for publication and presentation in toptier venues as well as direct impact on industry
strongertogether ssah and the future of evidenceinformed policymaking

this conference under belgium presidency aims at engaging in a dialog with experts in the field of ssah knowledge brokers and policymakers with a view to improve the contribution of the ssah disciplines in evidenceinformed policymaking by way of interactive discussions organised by nido the social innovation lab of the federal government and using the coaches of lumen the network of coaches of the federal government the discussions will focus on three main topics production of evidence of evidenceinformed policies of research calls of brokerage organisations within government or in academia professionalisation where we discuss the roles the responsibilities the skilling and rewarding and communication between the actors in the eipm system and innovations
mutimission efficient and secure high capacity endtoend eo

meseo aims to design prototype and demonstrate an open flexible and scalable multimission eo endtoend system for massive processing it will improve performance bottlenecks either on board or on ground while ensuring space data sovereignty the main goal of the proposed approach is to improve quality of service and timeline reactivity by improving the endtoend eo chain at different levels and processing edges while reducing communication bandwidth and incorporating new technology optimised in power consumption and processing capabilitiesmeseo will promote a collaborative digital ecosystem enabled by an eo coordinator centre together with distributed and heterogeneous processing functions those functions will be exported through harmonized interfaces which will ensure the data sovereignty eo ecosystem players will register their productsservices as exported functions into the ecosystem the eo coordinator centre will control which registered processing function to activate in a transparent manner for optimal endtoend performance from either timing or quality point of view for a given enduser request meseo specifically addressed both upstream and downstream parts of the eo data processing value chain in a transparent mannerperformance enhancements analysis will tackle major bottlenecks on each link of the eo data processing running either on board or on ground meseo proposed innovations will address such bottlenecksgreen deal related pilot applications methane monitoring and crops classification will serve to demonstrate the performance enhancements due to the proposed innovations
autonomous living cell analysis onchip for evaluation of space environment effects lowpower integrated labonchip for the assessment of radiation damage on living systems in nanosatellite missions

the project aims at the design and realization of a new analytical platform implementing a series of innovative technologies able to provide a highlyintegrated solution for the analysis insitu of the effects of the space environment on model biological systems and for the evaluation of shielding technologies combined with radioprotective agents the main objective of the project will be achieved through the development of a labonchip device with integrated thinfilm sensors and actuators that will implement an extremely compact cellincubator capable to sample the status of the cell culture during a space mission using realtime monitoring techniques based on bioluminescence genetically modified microorganisms will be designed in order to monitor specific stress responses based on a luciferasebased reporter system an electronic system will be integrated in the platform for the characterization of the radiation environment allowing to evaluate the correlation between observed biological effects and radiation exposurethe main features of the proposed technology include low power consumption extreme compactness high data efficiency and full automation making it suitable for cubesat missions in particular a complete cubesat payload will be designed to address and solve any integration issue and to provide a test bench for a preliminary set of experiments to be carried out on ground facilities simulating the deep space environment the proposed system will therefore represent a key element to pave the route toward deep space human mission as it offers the possibility to test the effects of long term exposure to the space environment on model biological systems using simple platforms as cubesats this opens new scenarios where minor effortwill be required to plan multiple lowcost missions for improving the risk modeling and for testing new countermeasures in a continuousimprovement scheme
building a community for the cocreation of games with high impact on innovation sustainability social cohesion and growth

in european society video games are important both as a cultural and commercial industry and as an important aspect of peoples daily lives when compared to other economic sectors the eus video game market exhibits a rapid growth rate and makes up onethird of the total market valuethe overall aim of the igame project is to create an accessible opensource game development platform that will facilitate the cocreation of games by diverse actors within different ecosystems of cultural and creative sectors and industries ccsi to enhance innovation and to bring positive impact on social cohesion and sustainabilitymore specifically igame aspires 1 to engage video game stakeholders of different abilities expertise and disciplines to contribute learn share and tap into new innovative and economic opportunities 2 to provide a collaborative platform with the tools to cocreate mobile and virtual reality games by engaging different users from different backgrounds and sectors 3 to develop an ethicaldesign culture in the video game industry 4 to monitor assess and manage the impact that the video games have on different sectors especially targeting culturemuseums creative industries and fashiontextile 5 to help understand why and how are online games positively impacting people culture and society and help extract the ingredients necessary for developing a new generation of games targeted to improve peoples wellbeingthe igame partnership composed by organisations with diversified backgrounds and expertise reassures the interdisciplinary approach required to address the complex topic of the games impact on innovation sustainability social cohesion and economic growth this multisectorial and inclusive cooperation shall stimulate an innovative and productive work and inspire crossfertilisation across perspectives disciplines and countries under common european values