Dragon09/odtu_chatbot huggingface dataset:
hydrogen industrial inland valley

the hi2 valley project will establish a largescale renewable hydrogen h2 economy in the austrian industrial regions of upper austria styria and carinthia directly contributing to the goals outlined in the european green deal repower eu and hydrogen strategy the project will achieve this by decarbonising key sectors through h2 drastically reducing emissions in the steel chemical and cement industries as well as in energy and mobility via displacement of fossil fuels including reducing the reliance on natural gas which austria overwhelmingly imports from russia with 13000 tons of green hydrogen being needed in the regions by 2028 over 10000 tpy of green hydrogen will be produced within this hi2 valley by introducing strategically placed decentralised h2 production facilities the project will strengthen the countrys energy resilience and flexibility and create a robust domestic market for green h2 the hi2 valley will play a crucial role in bridging the gap between southern and eastern european hydrogen supply corridors being embedded on the european hydrogen backbone and tent network and future pipeline connections pcis with southern europe and north africa the hi2 valley will seamlessly connect austrias multiuser h2 ecosystem with neighbouring countries like germany italy and slovakia fostering a truly interconnected central european hydrogen network this role model helps to secure industrial jobs and through standardisation and integration brings costs of hydrogen down creating a green industrial future for europe going beyond its immediate neighbours the hi2 valley will also foster knowledge sharing and wider adoption of green hydrogen through the active collaboration with five other emerging hydrogen valleys in eastern europe in poland romania hungary latvia and the czech republic
towards turbine blade production with zero waste

10000 wind turbine blades wtbs were installed in europe in 2019 and the largest are 100 m long yet the manufacturing methods have not changed significantly since the 1970s with little or no ndt or inline control leading to high defect repair and scrap rates turb0 will reduce defects and improve repair strategies in wtb composites and coatingsimproved composite production processes by using the latest simulation techniques to avoid defect formation and understand how defects affect structural integrityinline ndt combining three cuttingedge ndt technologies dielectric wireless sensorless for the first large scale inline in situ composite production monitoringsubsurface wtb coating inspection currently coatings only undergo visual surface inspection or destructive testing turb0 will combine ultrasound and midir oct for the most detailed coating assessment ever performeddigital twin and data warehouse production equipment monitoring and inline ndt data will be combined to establish a digital twin for realtime analysis of production this has never been attempted for a largescale composite part it will populate a data warehouse accessible from multiple production sitesinline system control using the digital twin a mlbased algorithm will provide closedloop process control to minimise defect formation and waste and optimise process efficiencyautomated repair strategy the digital twin enables a ml analysis of defect severity in composites with automated strategies to reduce repairs by 90 and increase recycling of offcutsfullscale demo a demo on a full size 80 m wtb section will be performed at the sgre factory in aalborgquantified sustainability improvements including life cycle analysis lca social lca and circular economy assessments to quantify environmental and socioeconomic benefitsdissemination and exploitation activity includes a powerful advisory board training standards and business plan
revolutionary accuracy in waveguide and photoacousticenabled atmospheric sensors raven

anthropogenic greenhouse gas ghg emissions and deteriorating air quality are driving climate change and severely impacting human and ecosystem health respectively to combat these issues new and more stringent green regulations are being implemented globally which existing air monitoring systems are not well equipped to handle currently available commercial sensors are expensive bulky and frequently require shelter and power from the mains field performance also often falls lower than required due to high signal noise and drift consequently there is a need for new air pollution and ghg monitoring systems that offer improved sensitivity precision and accuracy while also being inexpensive compact and energy efficient raven will develop the next generation of gas sensing systems consisting of two miniaturised gas sensors implementing cuttingedge pic technology one in the visswir range and one in the mir range these sensors will work in tandem across a broad wavelength range 6003000 nm to measure concentrations of multiple pollutants and ghgs including co2 co o3 ch4 n2o ch3oh nh3 no2 in 125 ppb lod range the sensors will leverage cuttingedge science including developing a highpower compact dualsupercontinuum source on a chip and onchip data analysis using a quantuminspired approach for improved lod and selectivity of gases and to satisfy the performance power consumption size and cost requirements of end users raven will offer an unparalleled highperformance multisensing solution that can be packaged into a single nearuniversally applicable miniaturised system the implementation of raven technology will provide europe with the necessary resources to ensure compliance with the eu green deal and enhance the photonic technology capabilities of the eu
cocreating inclusive intersectional democratic spaces across europe

the objective of this project is to rekindle trust in democracy and to reinvigorate engagement with democratic institutions and values in europe we plan to achieve this by cocreating solutions to the crisis of democracy by designing and implementing strategies which counter opposition to equality and democracy and by supporting citizens and activists working in this field ccindle works directly with feminist grassroots activists and institutional actors feminist and prodemocratic media young europeans philanthropic organizations thinktanks and gender professionals we cocreate knowledge on i antigender campaigns and how they challenge democracy particularly through political violence and alternative knowledge production ii futures of society envisioned in feminist theories and how they relate to democracy in europe with respect to intersectional justice inclusion and participation iii feminist movement and institutional responses to antigender and other antidemocratic forces we focus on seven european countries with different social and political backgrounds and the eu level this knowledge allows us to better understand everyday practices of democracy and how the current backlash resonates with broader exclusionary tendencies and fundamental problems of the western democracy model we assume that the problem is not antigender movements alone but also the roots they have in the exclusionary features of contemporary european democracies the way in which they are normatively designed and function ccindle provides for concrete approaches and tools to more effectively fight antigender and other antidemocratic forces support the quality of democracy and make democracy across europe more resilient and inclusive we put these approaches and tools into practice through cocreating actions including student juries a network of intersectional feminist media across europe gender cafs blogs and other networkingdissemination activities
bacteriophages as vehicles for antimicrobial resistance determinants do they represent an environmental risk

although antibiotic resistance is a major and growing public health concern surveillance for the expansion of this phenomenon in environmental settings has not been fully explored however recent studies suggest that antibiotic resistance found in clinical settings may emerge from environmental sources in fact the environment is continually exposed to a wide variety of antimicrobials and their metabolites through wastewater treatment plant discharges agricultural runoff and animal feeding operations which may contribute to the emergence and spread of antibiotic resistance it is therefore necessary to understand the mechanisms and factors that promote antibiotic resistance the phaster project aims at exploring the presence diversity and abundance of bacteriophages in the environment particular points of interest will be the study of bacteriophages that lead to the mobilization of antibiotic resistance genes args and their interaction with antibiotic compounds even at extremely low concentrations similar to those found in some aquatic environments mesocosm experiments will also be conducted to examine how bacterial communities respond to the presence of bacteriophages harbouring args under stressful conditions such as exposure to antibiotics in order to reach these goals a combination of metagenomics and bioinformatics approaches will be used to investigate the sources of args their environmental distribution and how anthropogenic inputs affect their spread a better understanding of the mechanisms and factors that contribute to antibiotic resistance will permit the implementation of appropriate public health strategies policies and mitigation programs special attention will also be devoted to dissemination so that stakeholders and policy makers can benefit from phaster
role of prenatal stressinduced fetal neuroimmune rewiring in susceptibility to develop pediatric eczema

the prenatal period is a critical timeframe during which all the physiological systems of the body including immune and sensory systems develop their specific functions and adapt to possible incoming cues atopic dermatitis also known as eczema is the most common skin manifestation in infants and toddlers from 3 months to 2 years of age with a very early onset during the first years of life while genetic and immune factors play an important role recent epidemiological studies have listed prenatal stress as an important risk factor of allergic disorders and associated prolonged exposure to high emotional strain during pregnancy to an increase in the offspring susceptibility to develop eczema the proposed project aims to seek external factors that might influence the development of eczema in infants through the lenses of neuroimmunology we wish to use sophisticated mouse models single cell transcriptomics and wholetissue imaging approaches to evaluate how a relevant model of noninfectious prenatal stress can predispose offspring to develop eczematous lesions that resemble pediatric atopic dermatitis we will then explore if the observed phenotype could be driven by in utero dysregulations of myeloid cells in particular mast cells and peripheral sensory neurons development and subsequent formation of abnormal skin neuroimmune units in offspring to accomplish these goals we have proposed herein a body of work that is solidly based on preliminary data with four aims that will test innovative hypotheses by using informative transcriptomic approaches as well as a new multiplexed imaging system that we recently developed this work will thus address significant gaps in our knowledge about how prenatal adverse events could set the stage toward the development of classical features of pediatric eczema and most importantly should lead toward potential new therapeuticpreventive options for allergic disorders
building a coordination hub to support the mission implementation in the atlantic and arctic basin

bluemissionaa will be the coordination hub that will support the implementation of the eu mission restore our ocean and waters by 2030 in the atlantic and arctic basins it will focus on restoration of marine and coastal ecosystems and increased climate resilience bluemission aa will have a structuring effect to consolidate and mobilise a wide community of relevant stakeholders and eu citizens towards the achievement of mission objectives at basin level it will deliver an effective governance framework aligned with policies initiatives and actions at national regional and eu level wp1 build a wellcoordinated monitoring framework to assess the progress of the implementation on an ongoing basis wp2 provide a wide range catalogue of supporting services wp3 foster an attractive innovation ecosystem for ecological restoration wp4 and give the opportunity and empower eu citizens to engage in the preservation and restoration of oceans and waters through participative means wp5 six case studies will be selected across a range of representative restoration approaches to represent restoration approaches eg protection active restoration sustainable harvesting to represent existing and proven methodologies from recent and ongoing projects and networks the case studies will deliver guidelines and recommendations in respect of optimum governance approaches for delivering environmental protection and restoration in marine freshwater and transitional water systems and scalability for achieving mission objectives bluemissionaa will develop two regionspecific proposals towards an effective mission lighthouse governance one for the atlantic and one for the arctic
interlayer exciton interactions and their manybody physics

monolayer transition metal dichalcogenides tmds exhibit exceptional properties to study manybody physics with direct optical control through their tightlybound excitons and enhanced coulomb interactions even more versatile physics emerge in heterobilayers of tmds which host longlived dipolar interlayer excitons ixs with promising potential for quantum simulation experiments and realizing a plethora of correlated phases in recent years tmd heterobilayers have been at the center of manybody physics where effects such as the formation of a wigner crystal the demonstration of hubbard model quantum simulation and the realization of boseeinstein condensates are just a few examples however deterministic control of single ixs and therefore interactions among individual ixs has not been shown for msca project i propose to study manybody physics of ixs starting from the individual ix level and then progressing to small and well controlled ix populations to do so i will use nanoscale patterned graphene electrical gates to trap and manipulate them this topdown approach is scalable and flexible allowing for the creation of arbitrary trap potentials and geometries the scope of this twoyear project is to use this technique to fundamentally study the excitonexciton interactions that are at the basis of the exciting physics that arises from these new materials however the scientific potential of a method that can sitecontrol ixs does not end here this technique could form the foundation for quantumsimulation demonstration of hubbard model physics and exploring new quantum phases
chiral phononics controlling electronic phases with phonon angular momentum

this projects aims to establish a new paradigm in the ultrafast control of solids by using the angular momentum of chiral lattice vibrations chiral phonons to manipulate induce and switch electronic phasesthe properties of solids are fundamentally determined by the crystallattice geometry developments of ultrashort terahertz and midir pulses in the past decade have made it possible to dynamically modify the crystal structure by resonantly driving coherent phonons these phonons exchange energy and momentum with the electrons modifying interactions that are dependent on the distance between the atomschiral phonons in turn have mostly been regarded as a dissipation channel for electronic angular momentum and only recently been used for ultrafast control of solids following seminal theoretical predictions of me and my colleagues the reason for this is rooted in two challenges the lack of feasible protocols to coherently excite chiral phonons across the brillouin zone and the complexity of angular momentum coupling processes out of the equilibriumchiralphononics will address these challenges by bridging the gap between phonon angular momentum theory and ultrafast dynamical simulations my team and i will investigate how phonon angular momentum can be coherently generated coupled to electronic spin and orbital degrees of freedom that are connected to functional properties including topological and ferroic order we will combine microscopic modeling with firstprinciples calculations to create effective abinitio informed models that allow us to both predict novel fundamental coupling mechanisms as well as realize quantitative materials implementationsthis research will lead to new functionalities in solids and design principles for quantum materials out of the equilibrium pioneering the field of ultrafast chiral phononics will open an avenue towards technologies based on phonon angular momentum switching of electronic states
tracking the north atlantic water circulation during the last glacial period using multiproxy approaches

ocean circulation is a key regulator of climate that driven by both atmospheric and thermohaline processes the labrador sea holds a complex mixture of water masses and plays a crucial role in north atlantic deep water formation and the atlantic meridional overturning circulation and thus for global ocean circulation however the mechanisms of the labrador sea water formation and its interactions with upper north atlantic deep water remain largely unknown understanding the water formation of the labrador sea water and ocean circulation in the north atlantic region in historical time by using proxy reconstruction data is crucial for benchmarking and understanding the present and future variations using model simulations the purpose of this proposal is to provide information on the evolution of the north atlantic intermediate water formation and the impact of changes on ocean circulation in the labrador sea during several cold periods including the last glacial maximum understanding of north atlantic water inflow the labrador sea deep water ventilation conditions and formation respond to the fundamentally different glacial cold events by combining benthic foraminiferal morphology and geochemistry data and other existing proxies this project will discover the link between shell morphology and multiple stresses and quantitatively evaluate the impact of changes in the ocean circulation on marine ecosystems the project aims to apply a multiproxy approach including the application of foraminiferal morphology and geochemistry to reconstruct the seawater conditions i will generate new highresolution records of changes in subsurface to deepwater formation in the labrador sea region to evaluate the impact of changes in ocean circulation and to significantly improve the application of this multiproxy approach results from this project will also increase the data window of oceanic circulation for climate model validation
electrical competitive propulsion

faced with the increasing demands of satellite contractors in terms of costs and mission capabilities the eus space sector must be ready to react as quickly as possible to the needs related to the evolution of space infrastructures and markets to stand out from the competition at global level electric propulsion ep based on halleffect thruster het is strategic to foster the eus space sector competitiveness europe needs competitive ep systems or eps combination of a power processing unit ppu driving and delivering electrical power to a het the ppu has a strong impact on the eps cost and performances completed in 2021 the h2020 ganomic project demonstrated the feasibility of major disruptive technologies for the ppu a ppu based on these technologies will open the way to extend drastically the mission field capability and efficiency of eps pushing propulsion systems to an unprecedented level of competitiveness capability and efficiency to achieve these impacts ecopropu takes over from ganomic and will develop five key generic building blocks for the ppu which are crucial to unlock the target performances of the eps three functions of the ppu anode module digital processing module magnet power converter and two other building blocks on which the anode module rely dab digital controller and planar transformer ecopropu will also prepare and evaluate the het adaptation to high voltage operation brought by this innovative ppu by better understanding stability and magnetrelated phenomena and a complete operation mapping of a large domain thruster 27kw 250700v operating domain the impact of this project will be to give the consortium industry the capacity by 2025 to develop disruptive and economic ppu and versatile eps medium to high power class allowing to reach a european worldwide leadership in eps and offer to european space primes and agencies improved performances and cost reduction for their space missions
strengthening the capacity for excellence of slovenian and croatian innovation ecosystems to support the digital and green transitions of maritime regions

the main goal of inno2mare is to strengthen the capacity for excellence of western slovenian and adriatic croatian innovation ecosystems through a set of jointly designed and implemented actions that will support the digital and green transitions of the maritime and connected industries based on an indepth mapping of the ecosystems and needs gaps analysis the consortium will formulate a longterm ri strategy aligned with regional national and eu strategies as a visionary framework and a joint action investment plan with concrete steps for building coordinated resilient attractive and sustainable maritime innovation ecosystems to support the joint strategy and provide a model for the future collaborative ri of the ecosystems actors the project will implement three ri pilot projects that address some of the key challenges related to maritime education and training security safety in marine traffic as well as energy conversion and management systems efficiency these pilots will be the basis for further development scaleup and translation of the generated research results into innovative business opportunities through the coordinated mobilisation of public and private funding the consortium will also implement innovative programmes that will support the engagement of citizens in the innovation processes knowledge transfer for mutual learning entrepreneurship smart skills training and attraction of best talents involving more than 1000 participants across the quadruple helix in all the project activities the two ecosystems will strongly benefit from the sharing of best practices of the flemish ecosystem one of the most developed maritime innovation ecosystems globally the project will contribute to reducing the innovation divide in europe by systematically connecting the innovation actors within and between the ecosystems and creating synergies in ri investments planning and execution thus developing a true innovation culture