Dragon09/odtu_chatbot huggingface dataset:
european integration of new technologies and socialeconomic solutions for increasing consumer trust and engagement in seafood products

fisheutrust represents a consortium of twentytwo organizations from fourteen countries pooling their expertise to defragment the current food system to ensure sustainability and deliver solutions for a transparent and traceable seafood supply chain necessary to promote highend paneuropean farmed seafood the innovation at the heart of fisheutrust is integrating different actors into a digital platform that links technology providers supply chain stakeholders regulatorypolicymakers and consumers fisheutrust will establish five cocreation living labs clls in diverse environments the mediterranean basin the north sea and the atlantic sea these clls will enable user involvement in innovation and development processes and act as demonstrators for the consortium to test and validate digital and nondigital supply chain solutions examples include creating sustainable business models exploiting ipr strategies for aquaculture eg protecting cultural and culinary heritage short food supply chains exploiting underused fish species and innovative engaging activities to stimulatenudge behavioural change it will also develop tools for maximizing trust by guaranteeing the quality safety and traceability of seafood products based on smart control systems sensors a suite of tools integrating metagenomics genetic biomarkers isotopic techniques and digital technologies labelling product passportblockchain these tools will be integrated into a single cuttingedge digital fisheutrust platform that will apply the latest in artificial intelligence data science and humancomputer interactions finally an integrated impact assessment and life cycle analysis will be performed to quantify the environmental footprint health sustainability and socioeconomic benefits of fisheutrust solutions fisheutrust will be supported by a comprehensive scientific public policymaker and industrial dissemination plan to communicate results to a broad audience
stability and transition in extracorporeal blood flow devices understanding flowinduced hemolysis and thrombogenesis

the blood flow in extracorporeal medical devices is exposed to nonphysiological conditions which may lead to red blood cell damage and clot formation several therapies are applied to patients to prevent these phenomena but they all come with side effects understanding the causes of flowinduced hemolysis and thrombogenesis would reduce the need for medical therapies thus enhancing the wellbeing of the patients an extracorporeal membrane oxygenation ecmo circuit is made up of several components a blood pump a membrane oxygenator cannulae tubes and connectors the blood flow through these components is either turbulent or transitional thus the blood is subject to hydrodynamic stresses that may lead to hemolysis or platelet activation the link of these two undesired phenomena with the flow regimes and the transition mechanism has not been investigated in previous studies and it is the aim of the current project we will perform highfidelity threedimensional numerical simulations of the flow in the connectors and the curved flexible tubes of an ecmo circuit a nonnewtonian rheological model will be assumed for the blood viscosity transition to turbulence will be studied employing both modal and nonmodal threedimensional global stability analysis for this purpose a timestepping technique will be implemented in the numerical code developed by the hosts group combined with a method for solving largescale eigenvalue problems finally an adjoint sensitivity analysis of the hemolysis index and the platelet activation state to boundary conditions and modifications in the flow will be performed these results will provide insightful information for the design of medical devices with increased hemodynamic performance
promoting fairness of the music ecosystem in a platformdominated and postpandemic europe

the overarching goal of fair muse is to promote fairness for music creators and stakeholders from an interdisciplinary perspective thus leading to a more transparent competitive and sustainable music ecosystem in europe fair muse focuses specifically on the domination of online platforms and their algorithms and will investigate i the legal responses that have been proposed in the eu ii the changes these platforms have brought to the music industry and music professionals and iii the impact of such algorithms on music consumption fair muse will provide an interdisciplinary analysis of fairness in the music industry involving music creators and stakeholders in the research promote and enhance transparency concerning music industry practices and standardisation in data collection in the european music ecosystem and assess the risks created by the reinforced dominance of the largest online platforms prompted by covid 19 as well as making policymakers stakeholders and the general public aware of such risks to do so fair muse will provide an innovative strong and futureproof set of cocreated responses and solutions the music copyright infrastructure a datasharing model agreement enhancing transparency a music data dashboard of statistical indicators on the economic and societal value of the european music sector the fairness score a tool to assess music services and social media in terms of fairness multiple facets and a white paper embodying policy recommendations to enhance competitiveness sustainability transparency and fairness of the eu music ecosystem our consortium is a carefully designed interdisciplinary group of academic and industry partners with strong expertise in the fields of law economics political science and computer science supported by an advisory board composed of a highly qualified and broadly representative group of industry experts
zeroloss energy harvesting using nanowire solar cells in space

the zeus project is focused on advancing the development of innovative highly efficient and radiationresistant nanowire solar cells designed for inorbit solar energy collection while current spacetested nanowire solar cells offer around 15 efficiency using singleband gap cells zeus aims to significantly enhance this efficiency potentially reaching up to 47 by employing triple junction nanowire cells with a carefully selected set of iiiv semiconductor materials to this end this interdisciplinary project will also optimize nanowire surface passivation schemes to improve voltage and current matching of the solar cell this project aims to achieve scalability through a peeloff technology that transfers solar cells onto lightweight flexible substrates creating a thin film enabling the creation of large deployable photovoltaic panelskey objectives include1 enhancing the efficiency of radiationresistant nanowire solar cells2 scale up wafer size to 100mm2 and develop modules at a size of 1x1 cm23 improving power conversion efficiency in breakthrough wireless power transmission systems based on iiiv nanowire mosfets4 reducing weight and material usage through nanowire peeling and wafer reuseadditionally the project underscores its commitment to environmental sustainability by focusing on two key aspects decarbonization and the efficient use of critical raw materials by means of a life cycle assessment of nanowire solar cells zeus seeks to demonstrate the environmental benefits and commercial potential particularly for space energy generationthis research has farreaching applications including integrating nanowirebased devices into stretchable polymer films offering flexibility in solar cells electronics detectors and leds selfpowered nodes for iot or cryogenic electronicsan industrial advisor from azur space solar will help the project with scalability and exploitation strategy
connected headset adapting music to emotions

this project aims to contribute to individual wellbeing by offering a device that adapts music to the users emotions ontbo is a software coupled with neurotechnology that detects interprets and adapts audio content to human emotions in real time ontbo measures the emotional state in real time concentration stress relaxation thanks to a connected headset with an electroencephalogram the various ais will then deliver the appropriate playlists to enable the user to reach the desired emotional state
a neuroscientific foundation of program comprehension

the pivotal role of software in our modern world mandates strong requirements on quality correctness and reliability of software systems in software development and maintenance the ability to understand program artifacts plays a key role for programmers to fulfill these requirements despite significant progress research on program comprehension has a fundamental limitation program comprehension is a cognitive process that cannot be directly observed which leaves considerable room for misinterpretation uncertainty and confounders in brains on code we will develop a neuroscientific foundation of program comprehension instead of merely observing whether there is a difference regarding program comprehension eg between two programming methods we aim at precisely and reliably determining the key factors that cause the difference this is especially challenging as humans are the subjects of study and interpersonal variance and other confounding factors obfuscate the results the key idea of brains on code is to leverage established methods from cognitive neuroscience to obtain insights into the underlying processes and influential factors of program comprehension brains on code will pursue a multimodal approach that integrates different neurophysiological measures as well as a cognitive computational modeling approach to establish the theoretical foundation this way brains on code will lay the foundations of measuring and modeling program comprehension and offer substantial feedback for programming methodology language design and education addressing longstanding foundational questions such as how can we reliably measure program comprehension what makes a program hard to understand and what skills should programmers have will become into reach a success of brains on code would not only help answer these questions but also provide an outline for applying the methodology beyond program code models specifications etc
vital intelligence to investigate illegal disinformation

identifying tracking and investigating online disinformation and other problematic content is an extremely complex problem many european police authorities pas do not have access to any specialised tools or technologies to help them combat disinformation some of the better equipped pas are using unsuitable offtheshelf products that were designed to enable commercial companies to monitor social media chatter about their brands and products or to track the success of advertising campaigns such products are not capable of dealing with the complexities of disinformation nor do they provide advanced analysis tools and technologies tailored to the pas needs the vigilant project solves this problem it is an integrated platform of advanced disinformation identification and analysis tools and technologies employing stateoftheart ai methods which were developed as part of several highly successful fp7 and h2020 projects they will be tailored to pas use cases and needs following an ethicalbydesign and usercentric approach in addition social and behavioural aspects are also taken into account when designing tools and presenting results vigilant covers disinformation from all major sources eg major social media platforms fake news websites in all modalities text image video and in multiple languages it is also suitable for investigating hate speech violent nationalist or separatist movements radicalisation extremist groups incels loan wolfs and other counter terrorism threats the project also provides innovative solutions to leverage the knowledge and experience of other stakeholder organisations and social media companies finally the project includes training for pas in the use of vigilant and in conducting disinformation investigations as part of a long term sustainable training network the interdisciplinary consortium includes expertise from social sciences and humanities ethics computer science commercial and four european pas
development of innovative membrane and cold atmospheric plasma reactor for the degradation of per and polyfluoroalkyl substances pfas

the high chemical stability of per and polyfluoroalkyl substances pfass made them widely used in industrial and commercial applications such as surfactants and emulsifiers causing pfass to enter many water sources around the world the toxic and carcinogenic pfass that have entered our water cycle are one of the greatest concerns in the 21st century removal of pfas by conventional methods results in secondary pollution so it is essential to degrade pfas using advanced oxidation processes according to recent studies the cold atmospheric plasma cap treatment provides a superior purification in pfas degradation compared to other advanced oxidation processes however the mineralization of shortchain pfass with current technologies is still not possible this challenge will be discussed in this study by combining membrane technology with cold atmospheric plasma technology membcap the degradation of shortchain pfass and genx which health advisory level has been published recently will be studied using the innovative membcap reactor based on her previous projects and studies er has experience in the measurement and mineralization studies of emerging compounds especially pfas from waterwastewater samples by advanced oxidation processes including cap treatment this study will be successful due to ers expertise in cap treatment as well as the expertise of the host institution which is the leading centre for fabricating membranes in turkey by using both the electrical conductivity and pfas separation capability of the fabricated membrane it is planned to enhance the mineralization efficiency of the cap treatment particularly for shortchain pfas and genx which are difficult to degrade this innovative membcap reactor will provide a great leap forward in waterwastewater purification technology and will significantly progress in the transfer of cap to a large scale
printable hybrid microsupercapacitor based on 2d inks using graphene tmds and mxenes

recent tremendous advances in portable and wearable electronics demand lean lightweight and flexible future energy storage devices printable hybrid microsupercapacitor based on 2d inks using graphene tmds and mxenes phys2dgram is mainly focused on printable flexible and portable energy storage devices based on twodimensional 2d materials and their nanocomposites the attraction of phys2dgram relies on the excellent electrical conductivity largescale and lowcost production capability as well as environmental benignity properties of the hybrid 2d materials that will facilitate me to achieve micro supercapacitors with high power and energy densities which will be a great success of the action for the replacement of batteries used in smart garments the main objective is to demonstrate and fabricate flexibleprintable microsupercapacitors from hybrid 2d nanocomposites designs of vertically stacked current collectors electrodes and electrolytes aimed at higher specific energy 10 wh kg1 by controlled multiple pass printing with porous microstructure in interface layers the growth of the energy storage market will be mainly driven by the demand for smart connected energyefficient flexible devices along with the advantage of significantly lowcost methods of manufacture involved in printed devices to highlight research studies are very limited in realizing hybrid mxenetmdgraphene inks for flexible microsupercapacitor which has kindled significant interest and foundation for the phys2dgram all the key components of micro supercapacitors namely electrodes electrolytes and current collectors can be fabricated by inkjet printing through proper formulation and deposition of 2d hybrid inks the broad range of experimental skills and the successful collaborations that i established with other world leading groups put me in an excellent position to deliver this timely high impact research in the action
smart and flexible separation and valorisation of mixed biowaste from along the agrifood value chain

mixed biowaste generated along the agrifood value chain is an abundant resource rich in valuable compounds eg polysaccharides or polyphenolic constituents yet its potential as a source of recycled components is untapped 75 of the generated biowaste approx 85 my is landfilled or incinerated constituting 3 of total eu ghg emissionsvalorisation of mixed biowaste from the agrifood sector is hindered by 1 technological challenges of removing impurities eg plastics cardboard or metals that would otherwise decrease the process quality 2 logistics challenges of collecting seasonal geographically dispersed feedstock that lower valorisation costbenefitmixmatters proposes an innovative system that efficiently separates and valorises three types of mixed biowaste streams containing impurities from the agrifood industry wholesale markets greenhouses food and drink industry and obtains six high valueadded outputs powder ingredients sugar concentrates recombinant proteins green fibres bioactive compounds plastic monomersthe mixmatters system is modular and multipurpose able to treat a range of mixed biowaste streams ensuring feedstock supply the separation stage is automated integrating advanced robotics and ai it is also containerised separating the biowaste at waste generation sites to avoid inefficient transportation of water and stream spoilage the system functioning is optimised via a decision support while transparency traceability are ensured via a digital product passportin the project the system will be demonstrated during 15 months at three waste generation sites along with output validation with 6 biobased industries and active involvement of value chain actors partner networks outreach 2280 members to ensure result deployment mixmatters will contribute to meeting the separation targets of the waste framework directive separated 6240 ty by one system at industrial scale
youth debunking the gendered arguments of farright extremism

youdare advances an interdisciplinary programme to study and intervene on the gender constructions of farright youth groups and leaders and their normalisation in the mainstream across 8 countries dk es uk fr hu it ro se the project innovates on the current state of the art in four ways first we challenge existing oversimplifications of farright ideas on gender and adopt an intersectional lens exposing their contradictions and complexities where antigender hypermasculinefeminine tropes go alongside progender equality endorsements within antiimmigration campaigns second we concentrate on the youth which is an understudied group within research on the farright and explore the importance of gender for this demographic as a key avenue of identity formation and politicisation third we focus on farright youth formal leaders at local levels and new types of leadership such as online influencers four we offer a thorough understanding of how farright youth ideas on gender impact on democracy by charting how they inform policy debates and become normalised youdare will also produce methodological and policy innovation a by using qualitative methods to investigate farright youth leadership b mapping online gender controversies engaging farright youth d overcoming methodological nationalism through a focus on local levels and the creation of a transnational network of researchers activists and stakeholders and c conducting crosscutting comparative analyses across the 8 countries and selected localities finally to maximise impact youdare establishes a policy lab as a collaborative platform for policy design recommendation and implementation implementation of policy recommendations generated by the project will be sought through the funding of local level pilottested solutions seeking to minimise the appeal of farright ideas on gender among the youth and thus reduce their impact on democratic values and practices
rna biology and neuroglial function resolving the cellular and subcellular transcriptome in myotonic dystrophy brains towards new brain gene therapy

rna biology is critical for the molecular orchestration of the interplay between specialized brain cell types and disrupted rna processing can cause human disease a prime example is myotonic dystrophy type 1dm1 a multisystemic disorder caused by the expansion of a noncoding trinucleotide dna repeat and that involves cognitive impairment and behavioral changes molecular pathogenesis is driven by the nuclear accumulation of rna foci which sequester rnabinding proteins that regulate splicing polyadenylation and subcellular localization of downstream transcripts however we do not know the cell populations molecular pathways and cellcell interactions primarily affected in the brain a critical question to develop effective molecular therapies my host laboratory developed a unique mouse model of dm1 that mirrors the spatiotemporal expression of toxic rna and relevant brain phenotypes using these mice i will fill three knowledge gaps1 i will employ advanced spatial transcriptomics to unravel the vulnerability of diverse cell types throughout brain development and aging2 i will use the trap technology to uncover subcellular transcriptomic abnormalities in specialized neuronastrocyte contacts and identify pivotal disease intermediates of neuroglial miscommunication3 i will use my expertise in aavmediated brain gene delivery to test the capacity of engineered protein decoys developed in my host laboratory to release the rnabinding proteins sequestered in brain cells and correct the behavioral molecular neurobiological deficit in dm1 mice through the integration of cuttingedge transcriptomics with a new focus on synaptic neuroglial communication i will elucidate dm1 brain pathogenesis with unprecedented spatiotemporal resolution and offer a framework to understand other conditions mediated by toxic rna repeats for which dm1 serves as a paradigm simultaneously my project will enhance our understanding of rna biology in the brain