Dragon09/odtu_chatbot huggingface dataset:
safeguarding carbon and biodiversity across european forest ecosystems through multiactor innovation

restoring and protecting natural and seminatural forest ecosystems can play a vital role in creating climateneutral and sustainable societies using advanced technologies and methodologies forbest will devise solutions that improve forest function and harness the potential for healthy forested ecosystems as a means of achieving eu biodiversity and climate objectives we will work with management and conservation practices across five key eu biogeographical regions and one noneu tropical region to understand the impact of past and current governance and create shared roadmaps toward sustainable futures using a strong complement of technologies including advanced remote sensing artificial intelligence citizen science participatory action research and ecoacoustic methods we will unlock powerful comprehensive monitoring regimes of forest habitats which will enable a better understanding of their resilience and functionality forbbest understands and embraces the complex nature of the socioecological systems that characterize forested landscapes integrated socioecological modelling will enable us to identify winwin forest management practices that support forest protection and restoration and community comigration our research is grounded in a transdisciplinary approach using participatory living labs to steer our engaged knowledgeintensive research workshops across the project these platforms will empower diverse local stakeholders to collectively imagine iterate and codesign new paths and best practices for forest management robust stakeholder engagement will disseminate tailormade information on project results which will for example encourage better forest protection and restoration via economic incentives and legal mechanisms forbest will therefore achieve multiple objectives including climate change mitigation and adaptation biodiversity conservation economic diversification and citizen empowerment across multiple spatial scales
harnessing the immense potential of precision fermentation to produce animal fats for the next generation of meat and dairy alternatives

meltmarble mm is a swedenbased company that specializes in developing exceptional fats for plantbased foods the origins of our company trace back to jens nielsens systems and synthetic biology group at chalmers university of technology in gothenburg sweden currently more than 60 of dietary proteins are supplied by animals whose farming takes up 77 of all agricultural land despite supplying only 17 of the worlds calories dependence on animal proteins leads to ecosystem destruction biodiversity loss and 15 of ghg emissions though there are alternate meat and dairy options available the plantbased oils and fats used in plantbased meat and dairy analogues simply cannot compete with the functionality and flavour of animal fats we have created for the first time a scalable precisionfermentationbased proprietary technology platform using engineered yeasts that produce animallike fats with superior functionality and flavour that customers are demanding the fats have lower saturated fats levels 4060 vs 90 of coconut oil and better functionality than coconut oil to impart a better taste to meat and dairy analogues the entire technology platform is scalable due to the existing and outsourced fermentation infrastructurethe fats are customizable to various food and nonfood applications and will benefit the alternative meat producers within the eu and globally our technology is protected by a robust ip strategy and patents we have 10 granted patents and 2 pending patents across 5 patent families and the innovation stems from 2 crucial components protected by these ips that allow us to efficiently produce highly tailored fatswe have already scaled up our first product to pilot scale trl 5 within this project we will improve our production process scale up further to demo scale and conduct extensive application tests this will allow us to advance to trl 8 and significantly derisk our investment case
supramolecularly engineered functional perovskite quantum wells

super will develop functional selfassembled multiquantum wells based on metal halide perovskites mhps and organic semiconductors integrated at the molecular level in ordered extended solids creating a hybrid material platform fully exploiting synergistic interactions between the organic and inorganic sublattices with an unprecedented level of sophistication the resulting materials will have radically enhanced charge transport improved luminescence yield and extended tunability compared to currently available mhps while providing new solutions to the main challenges of toxicity and stability faced by the entire field of mhps super will undertake an original supramolecular approach creating a new fundamental understanding of how large molecular and atomic systems interact to form functional superstructures merging concepts from organic and inorganic synthesis solidstate chemistry photophysics organic electronics and device engineering the bottomup construction will start from the synthesis of innovative semiconductor molecular rods with widely tunable energetics allowing fine tuning of the internal energy level alignment while encoding the structural characteristics regulating intermolecular associations and the controlled supramolecular assembly of the hybrid material solidstate nuclear magnetic resonance will be applied as topnotch technique to probe the lowdimensional phases their defectivity structural rigidity and local coordination environment with atomicscale resolution advanced optical spectroscopy and charge transport measurements will assess the efficacy of the synthetic strategies establishing a close structureproperties relationship and assisting the materials refinement lightemitting diodes and fieldeffect transistors will be used as final platforms to assess the concerted effect of supramolecular architecture transport and luminescent properties ensuring the hightechnological relevance of the newlydeveloped materials
fluorescent optical concentration of uncollimated sunlight

there is an urgent need to use solar energy to produce electricity fuels and chemicals however the highly diffuse nature of sunlight in angle wavelength and space complicate its highefficiency lowcost and scalable conversion focus will develop thinfilms that concentrate sunlight in these three aspects creating collimated monochromatic highintensity beams that can provide advantages for photovoltaics and photocatalysis the underlying concept is a radically different design for a luminescent solar concentrator lsc conventional lscs use an emitterdoped plastic or glass sheet as a waveguide concentrating direct and diffuse sunlight via total internal reflection of fluorescence the losses associated with reabsorption emission into the waveguide escape cone and stokes shift have limited lsc efficiency to 7 i will eliminate the waveguide completely and replace it with nanophotonic lenses solving the longstanding problems with lscs the key challenges for successful implementation are addressed in three work packages nanophotonic design wp1 will give focus foils that absorb broadband sunlight from all angles funnel the excitons to lower bandgap nanoscale emitters and concentrate the collimated fluorescence outside of the film material learning wp2 and reciprocityinspired photosynthesis will use the desired emission pattern to train a material to emit from selfoptimized positions leading to focus foils that learn the desired optical output ultrafast 3d nanoprinter wp3 development will lead to a microscope that synthesizes emitters directly within a solidstate host tracks their performance quantum yield angular emission pattern in realtime and watches excited carriers relax into directionally emitting states my track record in nanophotonic solar cells and directional emission combined with my network of leading collaborators put me in an excellent position to achieve these goals
rejected by all managing undesired migration through the expulsion and repatriation process the case of portuguese in france

based upon analysis of the expulsion and repatriation practices applied to portuguese migrants in four french cities bordeaux lyon le havre and paris from a genderprivileged perspective the core migman objective involves rethinking the management of undesired migrations during the interwar years interweaving the different interests between the countries of origin portugal host france and transit spain this seeks to grasp just why and how states decided to expel or repatriate portuguese migrants what actors were involved and what justifications did they provide who were these expelled and repatriated migrants the project will deploy an innovative perspective of the undesirability concept through applying mezzadras concept of internal bordering and differential inclusion to analyze the processes of interaction ongoing among actors of subjection and subjectivation and to identify the factors for decisionmaking in accordance with the study locations the interdisciplinarity also extends to recourse to never before consulted and interconnected archives in three countries france portugal and spain to historical methodologies transnational and entangled methodologies in conjunction with the digital humanities with database building spatiotemporal analysis and geovisualization
devise explore a novel approach for energy consumption and carbon footprint reduction of ict services in the era of nextgeneration mobile telecommunications 6g

exigence is committed to reducing the overall energy consumption and carbonfootprint of ict service delivery contrary to existing approaches which address individual domains exigence takes on the behemoth by improving the energy consumption and considering the type of energy sources used by not only the individual tenants in each heterogeneous domain of the ict value chain but the energycarbon footprint of the entire ict ecosystemthe project will conceive a system and define suitable metrics and interdomain data exposure means for assessing endtoend ict service delivery the insights from this work will be formulated as pivotal sustainability requirements and brought into authoritative standardization bodies 3gpp and etsi so as to shape the emerging nextgeneration mobile system 6gwe conceive a functional architecture encompassing all stakeholders and translate this into suitable interfaces metrics and mechanisms to enable energy metering during service delivery at each tenant level and aggregate these readings into an overall ict service energy metric which we make available to all participants we provide suitable optimisations techniques for each individual tenant to further improve energy efficiency during the endtoend ict service delivery we devise incentivecompatible user involvement mechanisms overall exigence commits to reducing the energy consumptioncarbon footprint of ict services by a factor of three for typical services eg video streaming by a factor of five for challenging services eg npn and bringing the co2e to zero for some realistic use cases that will be studied in the projectwith a prototype of the conceived system we validate the developed solutions to demonstrate the achieved improvements the outcomes and insights derived from the project will be disseminated at suitable venues and further used to influence the burgeon of the 6g system with participation in relevant standardisation efforts
enlightening future schools to deliver blue sustainability in europe

bluelights aims at strengthening blue education in europe to set the right conditions for the costeffective implementation of the next mission upscaling phase bluelights will work on four axes that are central to the projects legacy by 1 significantly increasing the number of blue challenges implemented in schools as well as the number of accredited blue schools joining the european blue school network
peering into the mechanism of synthesis of metal oxides nanoparticles using plants

we propose to extend a recently discovered and novel route to the nonaqueous synthesis of metal oxide nanoparticles monps
3d printed microoptics to the market

in the project 3dprintoptixmarket we are going to take 3d printed microoptics to the market the technology had been developed in the framework of poc grant 3dprintedoptics by the group of harald giessen who had published key papers of this technology and who founded the company printoptix gmbh as an outcome we are going to build complex 3d printed multiplet microlenses for augmented virtual and mixed reality arvrmr applications and will address a market that is growing at more than 40 annual rate to reach a market size of over 300 billion usd in the year 2028for this purpose we are going to team up the printoptix company with one of the leading eye tracking companies viewpointsystem gmbh from vienna to develop a first industrially viable demonstrator that integrates 3d printed microoptics into their arvr goggles to read out the eye pupil position upon infrared illumination we are going to take this technology demonstrators to early customers which use such systems for remote repair remote advice and for customer training and monitoring upon success our technology will be taken to larger customers that address the giant arvrmr market which includes teleconferencing remote medicine servicing and training and gamingsimultaneously we are going to explore viable business models for 3d printed microoptics and address key business numbers such asmanufacturing cost per part overhead investments etc one key part of our proposal is to lower the cost per part to reach numbers below existing technologies furthermore we are going to prepare a business plan to get 3d printed microoptics investorready this will assure that our worldleading disruptive 3d printed microoptics technology ansatz provides unique hightech solutions for global markets which are right now not addressed by asian or american companies this will therefore be a hallmark example for made in europe high technology
unravelling tumour biology in ovarian cancer with precision imaging

highgrade serous ovarian cancer hgsoc is the most common subtype of ovarian cancer the early rapid onset of chemoresistance poses a major clinical challenge recent research highlighted high tumor heterogeneity th and identified key mutational signatures that associate with prognosis and may aid in individualized treatment selection since hgsoc often presents with multisite disease and distinct populations of malignant cells multiregion analysis of multimodal data is essential to study hgsoc single time point single site biopsies cannot assess entire tumor while multiple biopsies at several time points are not feasible in clinical routine limitations of invasive sampling may be addressed with noninvasive imaging that captures morphologic and functional information about the entire tumor in space and if repeated in time radiomics has the potential for whole tumour virtual sampling using a single or serial noninvasive examinations in place of biopsies to date no study has evaluated the value of radiomics at macroscopic in vivo 15t3tmri and microscopic ex vivo 94tmri scales to better understand the black box of radiomics features explainable radiomics or examine whether radiomics habitats are underpinned by tumour biology to provide a better insight into th of hgsoc specifically in this project i will implement a model to capture imagingbased th with multiscale radiomics approach by obtaining the mirror tumor image at in vivo mri ex vivo mri and at histology i will evaluate if imagingbased th reflects underlying tumor histology by testing associations with imaging features and tumorstroma proportion infiltrative lymphocytes density and hrd status finally i will unravel hgsoc th biology through habitat imaging combined to an integrated multiomics approach successful completion of this proposal will lead to a comprehensive characterization of hgsoc th which will be then accessible noninvasively through radiomics
eddy retention of eggs and larvae in the catalan shelf

in the northwestern mediterranean sea nwmed anticyclonic eddies clockwise spinning flows increase fishes eggs and larvae ichthyoplankton ip survival rate by providing protection and nutrients however the underlying dynamics of this retention and nursing mechanism remain not fully understood preventing us from anticipating climate change effects on early life stages of strategic fish relacs aims to understand if and how climate change will impact the role of eddies in the survival of ip combining three novel tools to quantify the presence of these oceanic structures and i will identify the mechanisms by which these eddies retain and nurse ip i will explore whether expected changes in future climate change scenarios could affect this mechanism my interdisciplinary knowledge in physical and biological oceanography will be enhanced by addressing this challenge with data from two novel observing systems that will be available for the nwmed namely an array of highfrequency coastal radars hfr and the recently launched surface water ocean topography swot altimetry mission and by using an unprecedented set of nwmed numerical simulations from the observational side i will leverage my knowledge on the swot altimetry data and gain skills on hfr during my first secondment at dr a rubios team i will expand my modelling skills at the hosting institution and during a second secondment with dr l renault then with the help of coupled model intercomparison project climate projections i will develop a series of scenarios for the evolution of the early stages of fishes at the region to contribute to predict the expected changes in fisheries due to changes in the environment finally i will transfer the knowledge of the outcomes to society by creating a report evaluating the risks of climate change for catalan fisheries and the need for climate adaptation during my nonacademic placement at the catalan research institute for sea governance
sustainable concrete freeforming for the new european bauhaus

sceneb sustainable concrete freeforming for the new european bauhaus the eic funded sceneb project is developing am concrete reinforced with aluminium fibres to benefit the new european bauhaus initiative the project is addressing three important pillars of the pathfinder challanges call the design the fabrication and the material the construction industry and built environment are the source of ca 40 co2 equivalent of global emissions a radical change toward more sustainable materials and production is needed and is advocated by the new european bauhaus initiative fragmented construction processes hinder the control of emissions and optimization of production as well as limiting the impact of the initial design and its implementations effectiveness sceneb will address these challenges in a holistic way from sustainable material design through digital twin connecting design and production to identifying the best application and deployment concrete is the most used construction material on earth that has several unrealized benefits such as freeforming capability good acoustic and structural properties and high durability the ongoing industry 40 revolution followed by industry 50 represented within neb principles is much slower in the construction industry which is hindering labour productivity and sustainability goals sceneb will pave the path for new thinking about the construction process across three pillars firstly the material footprint will be addressed by developing a concrete mix with lower cement content and compatibility with reinforcing aluminium fibres at the material design stage the manufacturing process will be considered with the concrete mix being specifically designed for additive manufacturing secondly the production process will be integrated with the material data and design data to predict production parameters the digital toolkit will include a digital design tool and a digital twin of the additive manufacturing process architects material scientists structural engineers computer scientists and manufacturing engineers will focus on joining their activities in one pipeline sharing data and getting coupled feedback sceneb will produce a demonstrator to showcase production of concrete construction elements in an integrated framework where data of all stages are unified and retained the controlled production manner allows fast deployment of ambitious customized prefabricated designs with high quality and an advanced level of customization sceneb aims at increasing the uptake of additive manufacturing of concrete by developing am integrated deposition of fibre reinforcement into concrete the distributed reinforcement will increase am concrete applicability and formability by improving strength at production and final stages
pressurized hydrogen produced by high temperature steam electrolysis

the production and use of clean h2 is a key lever for the decarbonation of industries as a fuel for transportation and as a storage vector for renewable electricity at large scale the repowereu plan for saving energy producing clean energy and diversifying energy supplies sets out a strategy to double the previous eu renewable h2 target 10 million tonsy of domestic production 10 million tonsy of h2 imports meeting these targets requires the eu to significantly upscale its manufacturing capacities for innovative equipment such as electrolysershowever using h2 requires given levels of pressure depending on applications thus to pave the way to the delivery of down to zero emissions of pressurised h2 at reduced cost around 3 kg by 2030 presshyous will validate the operation of a 20 kwe pressurised labscale device eq 135 kg h2d composing of a solid oxide electrolyser soel stack placed in a pressurised vessel up to 30 bar at 1 acm2 and 13v during 4000h presshyous will also investigate a promising pressurised stack concept without pressure vessel relieving the cost of balance of plant this will be tested up to 10 bar at short stack scale at a similar current density to the stack operated in a pressurised vessel these two stacks will integrate optimised components such as cell and sealing presshyous will in parallel deliver modelbased insights for h2 production under pressure for up to 5 identified use cases on expectable performances of both stack concepts with or without pressurised vessel towards large scale developments up to 100s mwe in strong link with technoeconomic and lifecycle analysispresshyous consortium gathers a large portfolio of skills from modelling to system manufacturing and a wide range of partners rtos and industrials all along the value chain the scientific and technological activities are all intended to strive towards the overall design and validation of future mwe large scale pressurised soel