Dragon09/odtu_chatbot huggingface dataset:
soil quality analysis tool implementing smart farming applications using eo data soil sensors robotics

digitalisation robotics and smart algorithms have brought the data economy to the farm however farms face large societal pressures related to soil cleaner water healthier soils improved carbon storage and increase in biodiversity a better understanding of the variability of soil properties and quality is needed with current market solutions being too expensive and not well suited to farmer needssqats smart soil mapping service is a multilevel multitechnology and multipurpose solution with a keen eye on markets and users sqats approach is designed to overcome todays practical technical and financial challenges to generate high resolution soil properties maps and demanddriven products like application maps for soil improvement or crop management or compliancy proof for eco schemes our vision is that the integration of different technologies provides a flexible and agile service beating the unbundled alternatives that are now in the market our insitu sampling andor sensoring is wrapped in a copernicusbased artificial intelligence soil mapping productin the field our autonomous robotmounted sensor toolbox includes visnir sensors automated sampler drill and penetrometer and a novel chamber for in situ wet chemical soil analysis lab in the field overall the system increases the productivity and reduces laboratorylabour costs compared to current approaches using resulting maps sqat codevelops tests and validates 5 smart farming applications to deliver value to farmers variable rate limingfertilisationseeding variable depth tillage carbon farming mrvwe include 7 smes from across the sqat data value chain to lead codevelopment in 7 use cases across europe the results will be commercialised by project end courtesy of a proactive market focus that aims to engage and onboard users in the use case locations as well as other agriservice providers to develop their own sqatenabled smart farming applicatications
upskilling for industry 50 rollout

the 4th industrial revolutionindustry 40 has enabled reduction of production costs improved consistency of product quality and enabled mass customisation by merging the physical and digital worlds the transition is still ongoing industry 40 is a generalpurpose technology adding value across all industrial sectors however the perception of industry 40 at a human level has not all been positive it has been plagued by fear of job cuts and in some sectors completely replacing the human workforce automation projects have often failed due to omitting the critical skilled human elements in business success with unintended consequences including reduced customer satisfaction poorer product quality and lower process efficiency automation alone clearly cannot be a source of sustained competitive advantage i50 will address the balance between humans and technology focussing on the collaborative relationship between skilled workers and automation the intent is reinstate skilled craftsmanship at the centre of production processes where people add unique value and competitive advantage augmented by intelligent datadriven technology emerging from industry 40in the upskill project we will address the implications of industry 50 in particular the relationship between automation skilled work and organisational systems our research will establish how the relationship between automation and human input plays out in a range of industrial settings creating comparative case studies to capture effective implementation strategies we will address underexplored strategic spaces in production where automation adds value to skilled and artisanal work and where further automation risks undermining product value this research will identify the shifting organisational characteristics that are needed to ensure technology advancements are implemented within companies while ensuring sustainable added value for man machine and organisation
innovation residues modes and infrastructures of caring for our longuedure environmental futures

innovation residues designate those leftbehinds of innovations that profoundly shape human lives as they stay with us for a long timewell beyond moments of production and consumption and well beyond the time horizons considered when assessing the worth of innovations residues are material witnesses to culture and practice of innovation to diverse politics at work and to the limited attention to longterm sustainable futures in a world predominantly shaped by shortterm impact thinking today as technological innovations are seen as foundational to the future development of contemporary societies the entanglements of innovation and society require closer scrutiny more than ever innores offers a novel empirically and theoretically rich approach to do so through a radically switched perspective it does not put innovations themselves centrestage assigning to residues the role of potentially disruptive sideeffects but takes residues as the lens to study democratic innovation societies it investigates how societies conceptualise make sense of live with and care for innovation residues and how this shapes their relations to innovation studying innovation societies through the complex networks and manifestations of residues innores opens up new perspectives on how local choices and global impacts relate on intergenerational justice and responsibility on whose future imaginaries values and knowledges count when making choices on how benefits and risks are distributed and on modes and infrastructures of care for environmental futures innores engages with three very different kinds of residuesnuclear waste microplastics and data waste using a specifically tailored qualitative comparative mixedmethod approach it investigates them in different arenas spanning three european countries and the eu studying these particular sites in detail will then allow to trace out connections to and implications for innovation societies more generally
scribal performance and textual standardization in mesopotamian lexical lists

the project challenges prevalent models of cultural unity and canonization in the transmission of scholarly texts during the last phases of mesopotamian cuneiform writing in the 1st millennium bce by analyzing the transmission of the socalled lexical lists one of the most characteristic genres of the mesopotamian sciences and foundational to scribal education building on own prior research on literary standardization and geographies in 2nd1st millennium mesopotamia the project has two concrete aims 1 to establish the distribution of texts across archaeological contexts scribal circles and institutions in order to define specific repertoires within textual communities and 2 to define the transmission within these communities in terms of dynamic scribal practices based on close readings of the interplay of form format and content of a subset of ca 147 cuneiform tablets a major aspect of the project is the digitalization of the sources in collaboration with two databases achemenet cnrsnanterre and the digital corpus of cuneiform lexical texts university of california at berkeley training including a 3month secondment as visiting fellow in berkeley will focus on the development design and implementation of largescale openaccess digitalized textual corpora and on data standards the project will be hosted at the cnrs in nanterre and supervised by prof ccile michel an expert on mesopotamian literacy and sciences and principle investigator of a major research cluster on manuscript cultures integration into the team of the arscanharoc will provide support for the projects development and an ideal interdisciplinary research environment for comparative analysis communication measures are designed not only for a scholarly audience but to communicate the history of cuneiform writing and mesopotamian education to a wider international audience including measures addressed to stakeholders in the near and middle east
early and sensitive detection of renal involvement and treatment responses in lupus patients using noninvasive biomarkers

systemic lupus erythematosus sle is a systemic autoimmune connective disease in which the immune system attacks its own structures causing widespread inflammation and tissue damage in the affected organs the kidney is one of the main organs affected by sle and lupus nephritis ln concerns 3060 of adult sle patients being significantly associated with an increase in morbidity and mortality the definitive diagnosis of ln can only be achieved by histological analysis of renal biopsies but the invasiveness of this technique is an obstacle for early diagnosis of renal involvement and a proper followup of ln patients under treatment our aim to identify minimally invasive biomarkers of renal involvement and nonresponse to therapy in sle using body fluid urine and blood using cuttingedge technologies related with flow cytometry blood mass cytometry urinary inflammatory mediators extracellular vesicle analysis and urinary microbiome the tissuefluid correlation will be assessed using kidney biopsy samples following a liquid biopsy approach we will apply this analysis to longitudinal samples of ln patients recruited in 3tr consortium and finally design a prototype kit for ln diagnosis and prognosis with this project earliness participate in the efforts of the scientific community to develop effective strategies for personalized rheumatology
textile change recycling textile waste

textile change is a danish startup company developing a promising and patent pending chemical recycling technology for fibertofiber recycling of textile waste the technology can be used for blended textiles including any combination of polyester natural fibers cotton hemp etc and regenerated cellulose fibers viscose lyocell etc the new eu strategy for sustainable and circular textiles tackles aims to ensure that by 2030 textile products placed on the eu market are made as much as possible of recycled fibers but to reach this goal scalable recycling solutions for fibertofiber recycling is needed at textile change we are developing a scalable solution that can support the eu strategy and ensure fibertofiber recycling for blended textilestwo of three founders of textile change are women and our focus in the womentech programme will be on market validation and product optimization
chemistry improvement thanks to separation by membrane processes

two of the major hurdles for the chemical industry transition toward the chemical factory of the future are the ability to design i efficient and selective catalytic transformations of renewables and ii ecoefficient separation processes to retrieve and purify the products and catalysts future generations of researchers academic industry will need to be trained and equipped with these expertise that constitute the main goal of chimsep chimsep aims at establishing an interdisciplinary and intersectoral european joint doctorate programme offering challenging and innovative research and training in sustainable catalytic synthesis and sustainable membrane separation processes the network is based on 7 academics 7 industrials partners and 1 bioeconomy cluster such a network gathering internationally renowned experts in the two topics has never been builtup and carried in europe chimsep will implement an unprecedented and highlevel training programme in order to provide the 13 doctorate candidates dc with a double culturecompetency in both chemical synthesis and membrane separation the capability of future european researchers to work at the interface of different domains and to master the entire process chain is a key to increase the competitiveness of european chemical research and industry by the progressive replacement of distillation by membrane processes at least 10 times less energy consuming each dc will benefit from training through a research project conducted in two academic sites plus a secondment in industry dcs will acquire complementary soft skills provided during network events interdisciplinary summer schools workshops and a collective research project all dcs will be hosted few months by industrials furthermore chimsep has designed an innovative supervision policy to favour fruitful exchanges between dc and senior scientists providing an exceptional training experience through extensive research and complementary skills development
alternative routes for basic chemicals production using hydrogen as feedstock

alchemhy aims to develop a set of innovative electrified processes to produce platform chemicals particularly ammonia ie a magneticheated sorptionenhanced reactor mser and direct electrosynthesis of ammonia desa and methanol ie a smallflexible methanol reactor sfmr and a plasmacatalytic hydrogenation process pch to this end processes configuration will be optimised and novel materials and catalysts comaptible with the electric input will be developed optimising their performance rampup times and enabling milder conditions this will support the intensification and downscaling of the ammonia and methanol production facilitating decentralised production integrated with downstream processes and renewable energy generation this is crucial to decarbonise the production of both chemicals as current production heavily relies on fossil natural gas for hydrogen generation the 4 processes will be demonstrated at trl 6 in relevant experimental facilities while the technical and economic feasibility of the processes will be studied through a technoeconomic assessment tea in two use cases integrated ammonia and caprolactam production and refinery decarbonisation through ccu a downstream methanoltoolefin process the processes upscaling operation and tea will be supported through dynamic modelling of the processes generating a digital twin of the processes and a dss to support h2 value chain design the project consortium consists of 16 partners from 7 eu countries with diversified expertise and knowledge in the addressed processes and access to the required lab and pilot infrastructure the project will contribute to the development of a sustainable chemical industry supporting the creation of green jobs and improving the competitiveness of european industries while contributing to a more resilient and secure energy system for the eu reducing its dependence on imported fossil fuels
imaging for patient benefit in arthritis

patients at risk or diagnosed with arthritis are constantly assessed by innovative imaging techniques to document the onset or progression of their disease however despite their impressive abundance and resolution these images lack the analysis and interpretation tools necessary to deliver unbiased and precise diagnosis monitoring and prognosis to the patients additionally some key advanced imaging methodologies such as ultrasound are hardly accessible to most of patients urging improvements of more accessible imaging methodsthe autopix project is an ambitious international multistakeholder effort led jointly and synergistically by academic and industry partners to achieve breakthroughs in both the applicability and harnessing of imaging technologies for the benefit of patients by creating new powerful analysis and decision toolswe will first generate tools to transform unstructured images into quantitative biomarkers using artificial intelligence ai and machine learning ml models and validate them clinically for their diagnosis monitoring and prognosis power this will considerably increase the utility of imaging biomarkers for arthritis and bring them to the same level as laboratory biomarkersin parallel we will develop accessible imaging strategies such as remote monitoring and roboticpowered pointofcare ultrasound exams for patients to mitigate the oftenobserved shortage of qualified personnel in real world settings to achieve this we will improve the precision and interpretability of these methods and further validate them with clinical molecular and histological analysesour consortium is built on multidisciplinarity and the constant synergistic interaction of all the actors of arthritis care rheumatologists radiologists patients researchers regulators industries and small and medium sized enterprises smes on the long term autopix will create new clinicallyvalidated methods to achieve a more precise accessible and effective diagnosis b shortened and bettertailored treatment paths and c improved treatment response assessments and outcome prediction for patients with arthritis
truly portable mri for extremity and brain imaging anywhere everywhere

mobile medical imaging devices are invaluable for clinical diagnostic purposes both inside and outside healthcare institutionsunfortunately magnetic resonance imaging mri the gold standard for numerous neurological and musculoskeletal conditions isnot readily portable recently lowfield mri companies have demonstrated the first decisive steps towards portability within medicalfacilities and vehicles but the scanners weight and dimensions are still incompatible with more demanding use cases such as inremote and developing regions sports facilities and events medical and military camps or home healthcare within the histomriand pr scanner projects we have recently demonstrated in vivo images taken with a light small footprint lowfield extremity mriscanner outside the controlled settings provided by medical facilities including the firstever mri images obtained at a patientshome and even in open air connected to a gasoline generator this has opened a path towards highly accessible mri undercircumstances previously unrealisticin this project we will take the necessary technical industrial and entrepreneurial steps to tackle the massive deployment of lowfieldportable systems for pointofcare and bedside imaging in clinics large and small home and hospice care rural areas sports facilitiesand events field hospitals or ngo and military camps making mri available to a large fraction of the world population with no orinsufficient access to advance towards this highly ambitious goal the objectives of the nextmri project include i expanding thecurrent technology to both extremity and brain imaging ii improving the diagnostic capabilities with machine learning iiiimproving the portability and usability to meet enduser needs iv optimizing production costs v gathering medical evidence of thetechnology performance with clinical trials and vi developing a sustainable business case and model towards commer
hieurecapro heritage innovation in eurecapro alliance

heritage as a source of identity sharing cohesion and history safeguards european values and cultivates broad european mentality of inclusiveness this project aims to investigate the potential of heritagebased innovation for sustainable economic and social development in rural and urban communities in poland greece and romania and to identify best practices for fostering heritagebased innovation across the region and beyond in paneuropean and international collaborations an alliance of universities of widening poland greece and romania and nonwidening countries austria belgium germany and spain will develop specific measurable methods tools and procedures for material sustainability in heritage the main goal of the hieurecapro project is to reach research excellence based on the heritage of regions in heis of three widening countries through targeted innovations supported by eurecapro alliance partners to implement the above general goal industrial cultural and mining heritage demos are planned to become demos pilots in the actions of the projecttherefore in accordance with the priorities and objectives of the call the development of innovative methods tools and processes for material sustainability in heritage willcreate a robust regional innovation ecosystem including all parameters of the innovation quintuple helix environmental social economic political and academicintroduce new and upskilled knowledge which will be available to all interested parties contribute to new research careers in he with handson experience in involving the industry the society and the governmentopen new roads for collaboration between the hei and the market sector in the testing and application of sustainable materials tools and methodswill support the knowledge creation and transfer in the green and digital transition by upskilling the educational tools and methods in the green transition era
biomimetic extremelybirefringent organic optical materials and devices

manmade organic optics relies almost exclusively on amorphous polymers these cheap readily processable and highly versatile materials however offer a relatively low refractive index dramatically limiting their ability to generate the highindex contrast necessary for producing scattering layers photonic crystals and efficient dielectric reflectors we here propose to establish a new class of novel organic crystalline optical materials and devices by drawing inspiration from the highly birefringent highindex organic molecular crystals nature has to offer such as those found in dielectric reflectors photonic crystals and photonic glasses that take part in structural coloration and vision the crystal structure of these materials is based on a planar arrangement of hydrogen bonded molecules which are weakly bound by vander waals bonds and weaker hydrogen bonding the boxboom project aims to identify new cheap functional and environmentally benign organic crystalline optical materials inspired by this structural motif exhibited in biological systems and to develop ways to grow them in a controllable manner as thin films using surface guided growth the grown material will in turn be used in new types of optical elements and devices for a broad range of applications such as flat polarization optics transparent dielectric metamaterials and birefringent volume holograms all exploiting the high index and extreme birefringence of these materials work performed within the boxboom project will also shed light on the relationship between crystal structure and optical properties of this family of materials setting the stage for identification of new highindex organic crystalline compounds and a range of applications taking advantage of this new thinfilm optical technology
why late earliest occupation of western europe

the project aims to question human migrations and peopling why the earliest hominins did occupy western europe later than other portions of eurasia early hominins conquered eurasia long before modern humans the single homo species living now on the earth they conquered eurasia along a rapid out of africa movement but left europe empty during almost 1 million years western europe did indeed face environmental constraints this subcontinent is in a remote corner of eurasia but other large eurasian peninsulas are deadends as well certainly western europe mixture of various environments and topographies did change a lot over time and the succession of climates then causing favorable territories for human occupations to fluctuate however archaeology in asia and the levant shows that hominins did overcome variable climatic conditions and geographiesinvestigating why western europe have remained out of the oekoumen for so long is our research proposal lateurope that we base over datasets of interdisciplinary and behavioral materials enriched by future fieldworks in several specific sites and biomes on the key period before 500 ka this will question at the local regional and continental scale the environmental geographic and climatic conditions of europe as compared to the rest of eurasia and the characteristics of the hominin occupations and behaviours orand if a minimum degree of cognition was required to thrive in these lands databases will input multiple scenarios combining migration patterns and internal evolution mechanisms using conceptual modeling and spatial agentbased simulations this formalized combination of modeling and field methodologies is an epistemological advance for bringing interdisciplinarity to reality allowing us to deeply question the ability of homo species to adapt themselves to harsh environments to face environmental shocks and changes on a long term scale