Dragon09/odtu_chatbot huggingface dataset:
the significance of bilingual manuscripts for detecting crosslanguage interaction in the new testament tradition

bicross is an interdisciplinary project linking greek latin syriac coptic gothic armenian and arabic philology new testament textual criticism manuscript studies ancient history and digital humanitieslittle is known about the bilingual new testament manuscripts although translations occur remarkably early their physical and textual characteristics relations tendencies and impact remain understudied despite their centrality to the understanding of the transmission of the new testament and its reception in different cultures for centuries new testament manuscripts have been studied from a monolingual perspective which has obscured the fact that the textual transmission did not take place solely within the boundaries of a singlelanguage tradition but also across languages uncovering and establishing the mutual exchange and crosslanguage interaction require a new multilingual approach to the new testament traditionbicross breaks through the current monolingual limitation by shifting the disciplines focus to the overall new testament tradition accepting the possibility that each variant reading could have had its potential source in a reading from a different language tradition and may likewise have caused a dependent reading in any of the other language traditions breaks new ground the projects bold and pioneering crosslanguage approach brings a fresh perspective to the disciplines current search for new paradigmatic concepts to explain the relations of new testament readings and manuscripts at largebicross develops specific digital tools to process the vast and linguistically complicated manuscript data in order to pioneer an examination of the entire new testament bilingual tradition on a larger scale than has ever been possible the results will provide new insights into the formation and transmission of new testament texts and will influence the understanding of historical cultural and linguistic exchange in the east and west
nutriknow broadening the impact of eipagri operational groups in the field of nutrient management knowledge exploitation and easytounderstand material for farmers and practitioners

over the past years a great amount of knowledge on managing practices technologies products and recommendations in the primary sector has been developed by several eu funded projects despite the continuous flow of information new or improved managing choices have not been appropriated by practitioners as expected the main objective of nutriknow is to broaden eipagri operational group og outcomes on the thematic of nutrient management across borders to modernise and dynamise the agricultural sector by collecting translating and sharing easytounderstand and practiceoriented knowledge nutriknow will assure the appropriate adoption of the ogs results and experience by farmers practitioners and other relevant endusers to reach this ambitious goal nutriknow is built considering 12 eipagri ogs from 4 member states spain italy belgium and ireland ensuring that at least one partner of the consortium has been involved in each og the engaged projects cover the whole value chain of nutrient management livestock farming storage systems processing technologies fertiliser production transport and application nutriknow methodology is divided in 5 different steps 1 data collection and analysis of all the outcomes of the engaged ogs 2 multiapproach analysis to establish a solid baseline of the current situation policies farming practices needs and challenges 3 consolidation and translation of the knowledge in a language that can be easy to understand for farmers and practitioners 4 delivery and transfer of the practiceoriented material created in the communication channels most consulted by farmers and 5 interconnection of actors and territories with the creation of a community of practice finally with all the knowledge gained during nutriknow execution the project will develop a results amplification methodology that will serve as a guideline to upscale and broaden project outcomes effectively in any thematic of interest
datadriven simulation uncertainty quantification and optimization for hyperbolic and kinetic models

europe faces major challenges in science society and industry induced by the complexity of our dynamically evolving world to tackle these challenges mathematical models and computer simulations are indispensable for instance to design and optimize systems using virtual prototypes moreover while the big data revolution provides additional possibilities it is currently unclear how to optimally combine simulation results with observation data into a digital many systems of interest consist of large numbers of particles with highly nontrivial interaction eg fine dust in pollution vehicles in mobilityhowever to date computer simulation of such systems is usually done with highly approximate macroscopic models to reduce computational complexity facing these challenges without sacrificing the complexity of the underlying particle interactions requires a fundamentally new type of scientist that uses an interdisciplinary approach and a solid mathematical underpinning hence we aim at training a new generation of modeling and simulation experts to develop virtual experimentation tools and workflows that can reliably and efficiently exploit the potential of mathematical modeling and simulation of interacting particle systems to this end we create a datadriven simulation framework for kinetic models of interacting particle systems and define a common methodology for these future modeling and simulation experts the network focuses on i reliable and efficient simulation ii robust consensusbased optimisation also for machine learning iii multifidelity methodes for uncertainty quantification and bayesian inference and iv applications in fluid flow traffic flow and finance also in collaboration with industry moreover the proposed ejd program will create a closely connected new generation of highly demanded european scientists and initiate longterm partnerships to exploit synergy between academic and industrial partners
allacoustic bubble microrheology for rapid screening of formulations

abumic aims to address a critical challenge of our society the transition of formulated products to a safer and more sustainable industry there is increasing pressure on the industry both from the public opinion and regulatory bodies for healthier food products and more environmentally friendly paints and coatings as a result in the coming years many formulated products will need to be reformulated this will come at a huge cost for the industry because by and large product development is still done by trialanderror this means that the formulated products industry needs more than ever the capability to predict formulation performance for rapid screening of new products the current challenge is that processing flows and enduse produce flow conditions that are not accessible with existing methods for materials characterization with the abumic device a formulation scientist will be able to design a new product more quickly and efficiently thereby lowering the cost of new product development and supporting the transition to healthier and more sustainable products
reconnecting science with the blue society blueconnect 20

built upon the legacy of the original blueconnect project blueconnect 20 is an ambitious initiative designed to deepen the relationship between the mediterranean community and its coastal environment the primary goal is to seamlessly integrate scientific research public awareness and environmental sustainability emphasising enhanced public engagement in science the project aims to refine researchers communication skills illuminate the societal relevance of their endeavours and champion inclusivity it keenly acknowledges the distinct environmental challenges faced by the mediterranean region and tackles them with tailored strategies that amalgamate public initiatives media outlets and educational campaignsthe methodology inspired by the flywheel model is a comprehensive cycle of awareness engagement and sustained interest key activities include hosting european researchers night events across croatian cities and organizing dedicated events in rural and remote areas ensuring science reaches all corners of the community offering handson experiences for students and promoting the i explore brand are pivotal in fostering a consistent message an integral part of sustaining interest is the hosting of followup activities that showcase the science and art works of youth and pupils celebrating their contributions and fostering continued enthusiasm collaborations with prominent entities and the introduction of school ambassadors further amplify the projects reach and impactunderpinning these activities is the commitment to evaluate the projects resonance with the public ensuring iterative improvements and alignment with the overarching mission ultimately blueconnect 20 envisions a future where science is democratized captivating and deeply interwoven with the fabric of mediterranean communities
conjugated polymers with interchain aromaticity

interchain aims to develop and investigate a groundbreaking new molecular design concept for conjugated polymers the concept is expected to enable the occurrence of stackedring aromaticity between polymer chains drastically advancing our fundamental understanding of stackedring aromaticity and introducing a route to exploit this effect for the development of conjugated polymers with excellent charge transport propertiesfor conjugated polymers with excellent charge transport properties strong intermolecular interactions are needed which is difficult to achieve without compromising processability however as an emerging class of organic molecules conjugated macrocycles provide an exciting playing field for the discovery of effects and properties that cannot usually be achieved in contrast to other molecules conjugated macrocycles can sustain global aromatic or antiaromatic ring currents offering exciting prospects to enhance the properties of conjugated materials by enabling exceptionally strong intermolecular interactions if the macrocycles used are antiaromatic the interactions between two macrocycles can even result in stackedring aromaticity integrated into the backbone of conjugated polymers such macrocycles may enable interchain stackedring aromaticity and interchain electron delocalisation in addition to intrachain electron delocalisation however the inherent instability of the required antiaromatic molecules poses a tremendous challenge for the investigation of stackedring aromaticity and prevents the development of polymers that exploit this effectinterchain proposes a groundbreaking new molecular design concept that overcomes this challenge by eliminating the need for antiaromatic molecules to achieve stackedring aromaticity the project will drastically advance our fundamental understanding of stackedring aromaticity but it will also yield highly stable conjugated polymers with excellent properties for applications
innovative methodology to prevent and mitigate diffuse pollution from urban water runoff

waterun project aims to develop an innovative methodology to contribute to the implementation of urban water runoff management plans in cities based on the watersensitive urban design concept this methodology will provide preventive and mitigation solutions and best management practices adopting a holistic perspective from source identification to remediation strategies for diffuse water pollution control in urban catchments the target is to transform the urban water runoff management by the development of identification planning and riskbased tools and new working procedures guidance counting on the early involvement of the main urban water management and governance actors cocreation process to ensure a wider and faster adoptionthree case studies city of santiago de compostela city of aarhus and city of amman have been chosen to obtain data and to elaborate perform and validate the proposed waterun methodology these case studies have been selected according to different climate conditions land use and level of implementation of measures for diffuse pollution in order to validate the tools in different scenarios key stakeholders as rto industry public authorities urban planners and citizens will participate in a continuous cocreation process from a multidisciplinary approach ensuring that decisions for urban water runoff management are made with complete comprehension of environmental social and economic dimensionsin addition to providing solutions for sustainable urban water management the waterun methodology will allow to gain advanced knowledge on diffuse water pollution in cities in a climate change context thus contributing to protect water bodies and the environment and ensuring high water quality for all
enabling new quantum frontiers with spin acoustics in silicon

although silicon has been the defining material of classical information processing it is currently not the main material advanced for quantum information processing it would however be very compelling to leverage the existing multibillion euro silicon infrastructure silicon spin qubits have already been shown to have excellent singlequbit properties combining long coherence times with highfidelity readout and control the reason silicon qubits are not yet seen as a mainstream platform for quantum computing is mainly due to the lack of convenient coupling and readout mechanisms that could be used to scaleup to practical level this proposal addresses both deficiencies and aims to enable a longterm future for donor spin qubits in silicon in europe for both quantum processing and quantum sensing applicationsthis project will provide a scalable solution for all the important aspects of a quantum platform control and readout spinspin coupling and routing quantum information onchip in parallel we will advance the needed material science methods concentrating especially on deterministic singleion doping isotopical purification and strain tuning of siliconthe end product of the project will be a complete quantum information platform including qubits interconnects and scalable control and readout electronics the platform will be based on embedded atomic spins as qubits phonons as interconnects and gate defined quantum dots with onchip multiplexing and amplification as readout devices the project will bring together the relevant parties in europe into a collaboration that will form a new hub for donor spinbased silicon quantum computing the created network will span focused ion beam based singleion implantation and isotopic purification facilities semicommercial silicon foundries startup companies working on silicon quantum dots and research groups researching silicon spin quantum computing and quantum acoustics
models of soil hydraulic properties with adjustable soil structure and their application in an earthsystem model

the spatial arrangement of solids and pore spaces within soil soil structure is a major source of variability in the hydraulic properties of soils it is through changes in soil structure that biological activity land management or the passage of time including wetdry and freezethaw cycles affect the capacity of soil to retain and conduct moisture nevertheless soil structure is at most tentatively represented in earthsystem models as a result we cannot quantify the effect of biological activity and management on soil water content and thus their full effect on the regional climate or the land carbon sink this represents an important gap in our understanding of the natural environment as well as a potential blind spot in our response to the climate emergency including soil structure in landsurface models is difficult because its effect on the soil hydraulic properties cannot be reliably predicted based on a single easytomeasure quantity such as bulk density at the same time more detailed soil structure data and the methods to incorporate it are largely missing moss will address these issues by 1developing a physicsbased method of incorporating beyonddensity soil structure information into the models of soil hydraulic properties 2implementing this method in a stateoftheart earthsystem model and 3using the new model to quantify the impact of soil structure on the land carbon sink by doing so moss will likely demonstrate that soil structure must be included in numerical models and protected in the field moreover the method developed by moss will be applicable to agronomical and hydrological models and thus will have a plausible impact on the socially and economically important policy decisions these models inform finally because of the interdisciplinary background of the researcher we expect that the high visibility and copious training program offered by the fellowship will have a defining impact on their scientific career
biomass valorization for sustainable and high quality fiber materials

biolush addresses a growing need and demand to utilize underexploited biomass feedstocks for sustainable and highquality fibre extraction within the project we will establish innovative processes for optimal biomass refining and fibrillation to nanoscale to convert obtained sustainable fibres into functional biobased materials along with hemp hurd and forest residues selection of other green underexplored biomass feedstocks nettle and seagrasses was based on availability in europe as well as ecological benefits such as utilization of marginal lands biodiversity protection and without competing with food production also traditional breeding through crosses will be used to improve the agronomical and fiber yield properties of the identified novel crops certification procedures and a standardization roadmap will be established in a form of nanocellulose quality index to assure effective benchmarking within the obtained nanofibres moreover the results of advanced characterization of feedstock fibers and biobased products will be collected in dataset to employ machine learning tools to design biobased materials based on fibres properties we will demonstrate the biomass processing and manufacturing both at trl5 of biobased products such as edible packaging antibacterial textiles and 3d printable bionanocomposite filaments for impact resistant car interior products the biolush consortium brings together actors from the entire value chain comprised of 12 partners from 8 countries including 7 industry partners 3 smes 4 les who will ensure that the developed solutions will be industrially viable environmentally economically socially biolush includes activities on enhancement of social acceptance of the materials to facilitate the route to market which will be supported by a dedicated business plan integration of agro sectorfarmer communities and access to eu feedstock is ensured through advisory board member bast fibre technology
deciphering the role of rna biological noise in aging using longreads transcriptomics

the ultimate goal of this proposal is to decipher the role of the rna biological noise rbn in the ageing brain rbn represents a rare but real pool of rna molecules generated as a result of transcriptional instability however as the rbn can only be extracted by fulllength singlemolecule transcript sequencing whether rbn is associated with decline processes such as aging and neurodegeneration remains to be elucidated to evaluate this association i will use readilyavailable data including longreads single cell and spatial transcriptomics of aging mice brains first i will develop a methodology to distinguish technical noise from rbn in longreads transcriptomics second i will characterize the rbn to decipher its contribution to aging third i will study the celltypespecific and brainregionspecific rbn to carry out this project i will work with dr conesa expert in longreads transcriptomics method development and multiomics this timely work will benefit from collaboration with world leaders in singlemolecule technologies participating in mscadn 2021 longtrec to study transcriptome biology under the coordination of dr conesa successful completion of this project will contribute insights and software to understand the rbn across the singlemolecule transcriptome not only in the context of aging and neurobiology but also for researchers to use in other biological contexts this project could also set important first steps towards better health healthy aging and a decrease in avoidable neurodegeneration
stone monument ensambles and the climate change impact

given the fast pace of climate change there is an urgent need to address the threats it poses on cultural heritage ch by a holistic framework that will engage scientists conservators citizens creative industries and decisionmakers to develop and act on new sustainable strategies of longterm preservation of ch as proposed by this project for the first time the future of steci a tangible phenomenon included on the unesco world heritage list and similar limestone monuments will be assessed under 2 high resolution climate scenarios in three periods 20212040 20412060 and 20812100 in situ condition assessment supported by comprehensive scientific analyses will be followed by remedial conservation on selected sites to develop best practice and to produce efficient monitoring and conservation guidelines coupled to economic analyses and climate scenarios such an output will accentuate the need of timely and appropriate interventions and facilitate the decisionmaking process of authorities digitization methodologies will be also explored basic and highend techniques will be mutually compared in order to simplify and amplify the digital recording of cultural heritage in europe further on the project aims to turn the potential of necropoles into new opportunities and resources for socioeconomic and creative entrepreneurship developments of local communities work on valorization of cultural heritage and social labs with a series on events on citizen science story telling and placemaking activities will precede the development of sustainable cultural tourism strategies that can be implemented across europe art tools of creative industries and cultural values will thus be used as powerful engines of regeneration economic growth and sustainable protection of ch in times of a rapidly changing climate the project will also illustrate a successful collaboration of previously conflicted countries and thus aim to reduce radicalism in western balkans