Dragon09/odtu_chatbot huggingface dataset:
green deal compliant irrigation increasing europes agriculture resilience to drought

georgia green deal compliant irrigation increasing europes agriculture resilience to drought consortium consisting of 16 partners from 9 european countries and led by synelixis sa the provider of synfield smart agriculture platform has joined forces to increasing the resilience of agriculture to drought enhancing efficiency in water management the project assesses drivers and barriers of key innovative irrigation systems including environmentally responsible recycling of sewage sludge and biowaste streams biological waterabsorbing geocomposites as well as water abundance and scarcity solutions in parallel georgia pursues their optimal application through local condition modeling and employment of artificial intelligence to this end the partners develop insitu dronebased and geospatial monitoring an explainableai decision support system as well as crop digital twins georgia enhances and validates these technologies starting from the farm level and upscaling at largescale and catchment levels the sociotechnoeconomic approach is validated in 7 pilots in 6 countries connected through a federated deep machine learning architecture georgia covers multiple crops production types conventional intensive agroecology and organic and geographical regions namely a mediterranean greece cyprus b southeast europebalkans bulgaria serbia c central europemidland austria and d continental europebaltic sea poland we will be able to collect and process sensor data from farms that span from the southern to northeast europe along with organic and nonorganic production we will also have access to large facilities such as biological cleaning plant at bsl 3 covering large private farms a greek island santorini and a greek region more than 1200 farmers will be directly involved in the experimentation phase providing insights and feedback on agridataspace platform and knowledge provided and more than 89000 farmers will be dire
twinning for excellence in testing new generation pv longterm stability and field reliability

testare aims to stimulate excellence and innovation capacity at the degradationlab of university of cyprus ucy in the topic of new generation pv technologies from the perspective of longterm stability and field reliability testing to this end ucy will link effectively with internationallyleading research institutions namely interuniversity microelectronics centre imec fraunhofer institute for solar energy systems fraunhofer and bengurion university bgu the project is put in place in order to bring ucy up to par with such excellenceintensive institutions by overcoming its weak points lack of critical mass of scientists networking advanced metrology technical skills to take its work on emerging pv testing to the next level activities will include knowledge transfer exchange of best practices between ucy and leading partners industrial networking infrastructure sharing the knowledge transfer will be achieved through in person training staffstudent exchanges webinars thematic workshops and phd scientific schools to demonstrate the value of the twinning exercise and at strengthen the engagement of the partners an exploratory research project will also take place to assess the performance and lifetime of perovskite on silicon tandem modules this will entail close interactions between the partners including roundrobin test campaigns and intercomparison measurements towards developing new test and aging protocols for this technology testare will also focus on enhancing research management and administration capabilities at ucy in order to improve and make more sustainable its research ecosystem this project will entail benefits for all institutions involved including the leading partners who will also gain access to new markets in mena region testare is expected to lead to longterm ties between partners on joint proposals and projects joint phds infrastructure sharing innovation all of which will enhance the ri system of cyprus
laminated perovskite photovoltaics enabling large area processing of durable and high efficiency perovskite semiconductor thin films

photovoltaic technologies are cornerstones of all future scenarios for sustainable energy supply enhancing the efficiency and reducing the costs of photovoltaics is a challenge of utmost urgency and importance to the research field of materials engineering and science to date hybrid organicinorganic lead halide perovskite semiconductors denote the most promising material class for future lowcost and highefficiency nextgeneration photovoltaics major hurdles that hinder the economic breakthrough are the low stability and the largearea fabrication of highquality perovskite thin films in response lamipero will break new ground by researching and developing a novel lamination process that is designed to enable the processing of unexplored perovskite semiconductors and heterostructures more durable thin film morphologies and novel highefficiency device architectures my team and i were among the first to report preliminary data on this lamination process it combines two halfstacks in a highpressure step and allows crystalizing the predeposited precursor materials into a highquality perovskite thin film thereby the lamination disentangles critical constraints of established sequential layer deposition to reach its ambitious goals lamipero will 1 close the knowledge gap about the underlying physics of the perovskite film formation during the lamination process using innovative insitu characterization 2 explore more stable thin film morphologies and novel perovskite semiconductors 3 fabricate more durable and highefficiency perovskite solar cells and perovskitebased tandem solar cells and 4 demonstrate the scalability of the lamination process in view of future commercialization to date the lamination of perovskite thin films is largely unexplored and the proposed research implies high risks but bears the enormous potential of paving the way for a breakthrough regarding the longevity and scalability of perovskite photovoltaics
semantic lowcode programming tools for edge intelligence

the objective of the smartedge project is to enable the dynamic integration of decentralised edge intelligence at runtime while ensuring reliability security privacy and scalability we will achieve this by enabling a semanticbased interplay of the edge devices of such systems via a crosslayer toolchain that facilitates the seamless and realtime discoverability and composability of autonomous intelligence swarm hence an application can be freely built by distributing the processing data fusion and control across heterogeneous sensors devices and edges with ubiquitous lowlatency connectivity the goal of this project is to develop a smartedge solution with a lowcode tool programming environment with various tools 1 continuous semantic integration csi 2 dynamic swarm network dsw and 3 lowcode toolchain for edge intelligence csi allows the smartedge solution to interact with devices according to a i standardized semantic interface via a ii continuous conversion process based on declarative mappings and scalable from edge to cloud and iii providing a declarative approach for the creation and orchestration of apps based on swarm intelligence dsw provides i automatic discovery and dynamic network swarm formation in near real time ii hardwareaccelerated innetwork operations for contextaware swarm networking and iii embedded network security the lowcode tool chain provides i semanticdriven multimodal stream fusion for edge devices ii swarm elasticity via edgecloud interplay iii adaptive coordination and optimization iv crosslayer toolchain for deviceedgecloud continuum the smartedge solution will be comprehensively demonstrated over four application areas automotive city factory and heath via the strong collaboration of eight industrial partners dell siemens bosch imc conveq cefiel and nvidia with eight research institutes
accelerated program for implementation of secure vver fuel supply

the project accelerated program for implementation of secure vver fuel supply will create security of supply of nuclear fuel for russian designed pressurized water reactors vver operating in the eu and ukraine by diversification of fuel sources in full compliance with nuclear safety the project will reinforce the european capabilities for nuclear fuel supply for reactors of vver440 design and expedite the process of strengthening such capabilities the constitution of the consortium creates a strong cooperation between countries with experience of adaptation of fuel type and countries starting their journey towards nuclear fuel diversification due to the situation in ukraine and the fast transition from russian to western fuel design work must be accelerated to be able to handle the situation that has arisen the western design of fuel is hence introduced stepwise emergent vver440 fuel designs for european energy security for delivery to ukrainian power plant in year 2023 followed by a fuel design with improved economics for operation in all european plants without restrictions and lastly next generation of fuel design for an efficient licensing a harmonized approach for vver fuel licensing is required for which cooperation between regulators nuclear power plants and fuel supplier is necessary this project will facilitate this cooperation reestablishment of manufacturing capability and licensing analyses capabilities with reliable methods and codes will also be addressed the lifetime of the vver plants within the european union and ukraine is very import to secure future energy supplies the project will investigate how to operate the nuclear power plant for increased safety and prolongation of the life time of the vver plants this includes fuel inspection capabilities
mechanical impedance and multiphysics concealed and hidden objects interrogation

this project aims to improve substantially a novel technology for fast detection of drugs explosives weapons and illicit goods concealed on individuals and in critical cavities of the human body based on infrasound mechanical impedance interrogation optionally complemented with other harmless and noncontact technologiesmechanical impedance interrogation was validated in lab trl4 in the multiply awarded h2020 mesmerise project detecting items concealed on trunk under clothes including critical cases like warm molded materials that remain undetected to other techologies the present project aims to develop up to trl78 blastproof prototypes with detection capability extended to limbs and body cavities and improved sensitivity infrasound computer aided modelling improved artificial intelligence altogether with improved new infrasound generators and sensors will enable an improvement in realiability and sensitivitycombination with other noncontact technologies like lowcost mm waves and thz point echo sensors with no image formation will be explored addtionally compatibility and complementary combination of specific bioaerosols and chemical vapour detection novel tecnologies will be explored in the prototypes as wellslight variations of the prototypes will be demonstrated in operational environments trl7 of customs and border authorities in eu external air land and sea borders crossing points in spain greece romania and finland demonstrations in other operational environments like an arena or prisons will increase and broaden the impact on security of society additionally ce mark according to eu safety directives will be appliedsafety of the border staff will be drastically increased not needing to touch inspected individuals simultaneously the traveller experience is totally improved respect to privacy and intimacy is absolute as no contact is needed and no image is formed at any step and individuals do not have to undress at all
the centre of gravity project

the foundations of the general theory of relativity gr were laid by albert einstein in 1915 but much of what has been built on those foundations was developed in the renaissance period of gr between 1955 and 1975 indeed without the concepts and tools formed during this renaissance the recent observation of gravitational waves rewarded with the nobel prize in physics in 2017 and the convincing prediction of and mounting evidence for the existence of black holes rewarded with the nobel prize in physics in 2020 would not have been possible at the centre of the renaissance of gr is roger penrose it was penrose who developed much of the tool box that made the successes of the renaissance possible penrose was surrounded by and built upon the work of the newly emerging international community of relativists in particular hermann bondi at cambridge john wheeler at princeton jürgen ehlers at hamburg and stephen hawking at cambridgethe centre of gravity project cogy will combine pioneering research on the literary estates of the core figures of the renaissance period including unique access to the hitherto inaccessible penrose estate with the analysis of detailed oralhistory interviews the analysis will be helped by the creation of a novel kind of database that will help crosscorrelate the different sources the aim is to get to the bottom of the most advanced mathematical techniques and conceptual innovations of gr concepts like black holes and event horizons in understanding the genesis and subsequent interpretation of these concepts we will also lay the groundwork for understanding the most exciting elements of todays physics the physics of gravitational waves as they arise from black hole and neutron star mergers as well as of the supermassive black hole around which our entire galaxy rotates
coordinated intelligent networks for nephrops norvegicus insitu longterm imagingbased assessment

the fishery of the norway lobster nephrops norvegicus is among the most prominent ones in europe atlantic and mediterranean waters with signs of overexploitation and stock decline standardised monitoring of populations over large areas is a priority for the authorities however traditional assessment methods based on fishing trawl sampling are expensive highly invasive for the environment and influenced by the species burrowing buried individuals are not sampled besides alternative videobased methods like underwater television surveys with remotely operated vehicles count burrow entrances and rely on the rough assumption that 1 entrance equals 1 individual and vice versa cinnephilia aims to semiautomate a dataprocessing pipeline and establish relevant ecological indicators to monitor n norvegicus populations in test sites and marine protected areas of the catalan coast pushing stock estimation accuracy beyond the current state of the art footage and oceanographic data from planned research cruises and landerstation deployments will be analysed and compared with available data from local fisheries to calculate densities per km2 and a more precise ratio of individuals to burrow entrances through the main host and secondment phases i will connect to interdisciplinary groups ecology oceanography fishery science image analysis and marine engineering moreover i will enhance my future career with training on data science project management soft skills and exposure to fishery and ecosystem management practices the output a standardised highly automated protocol is directly transferable to international initiatives such as the international council for the exploration of the sea ices responsible for nephrops monitoring in the atlantic through the participation of my supervisor in the ices working group on nephrops surveys finally the aims align to the horizon europe mission on healthy oceans seas coastal and inland waters
mobile freedom mobifree

the background to the development of the mobifree project is the current mainstream mobile software ecosystem this ecosystem is dominated by a small number of american technologies which are known for collecting large amounts of data on users they are closedsource and use proprietary data and standards resulting userlockin and monopolizations of markets organizations in europe are working to change this and to create a fair mobile software ecosystem that is proprivacy and proopenness applying opensource principles and using open data and standards contributing to digital sovereignty of europeans in mobifree we bring together europes leading organizations in this area to further develop next generation internet ngi technologies to realize thisthe ambition of mobifree is to support the digital sovereignty of european citizens and organizations by further developing opensource software that is humancentred and ethical and by strengthening the ecosystem that provides these software solutions the broader objective of mobifree is to scale up mobile software technologies in all four key areas of the mobile software ecosystem through cocreation and piloting with four key sectors of endusers in order to improve the quality privacy and openness of these software solutions and create new business opportunities for the leading mobile software organizations in europe making themthe outcomes of mobifree will include more freedom for european citizens and organizations who will get access to improved humancentred and ethical mobile software solutions that build upon the outcomes of the ngiprogramme new business and sustainability opportunities for the proprivacy opensource mobile software ecosystem in europe and an expanding community of humancentred and ethical it companies europes top innovators in mobile software will be supported in improving validating and implementing humancentred and ethical technologies
glycan foldamers designing oligosaccharides to build threedimensional architectures

natural biopolymers have inspired the development of synthetic analogues ie foldamers capable of adopting defined conformations and forming programmable threedimensional architectures these compounds are mainly based on peptides and nucleic acids that are well understood at the molecular level the diversity intrinsic chirality and ability to generate hierarchical assemblies suggest that carbohydrates hold an even larger potential for the generation of threedimensional structures however the complexity of carbohydrate synthesis and structural analysis have prevented access to synthetic carbohydrates capable of adopting defined geometries i propose the creation of carbohydrate foldamers capable of 1 adopting rigid secondary structures and 2 assembling into supramolecular architectures to achieve these goals we will address fundamental questions related to carbohydrate structure design new methods to stabilize particular conformations and we will implement protocols for systematic structural analysis stateoftheart synthetic platforms ie automated glycan assembly and analytical techniques ie nmr spectroscopy microed and single molecule imaging will be the tools to complete this ambitious project my group has proved to be very successful at gaining a basic understanding of carbohydrate structure and aggregation building upon these preliminary results i aim to develop programmable carbohydrate architectures which have the potential to open a new field of carbohydrate and supramolecular chemistryanalogous to the birth of a new field after the discovery of peptidebased foldamers carbohydrate foldamers could find applications in several areas including material science biology and catalysis moreover carbohydrate foldamers will expand our understanding of carbohydrate structures and interactions and new analytical protocols will standardize the characterization of carbohydrate materials
fieldtheory approach to molecular interactions

the quantummechanical theory of molecular interactions is firmly established however its applicability to large molecular complexes is hindered by the rather high computational cost of quantum calculations required to achieve high accuracy we propose a paradigm shift in the modeling and conceptual understanding of electrostatic and electrodynamic molecular interactions in manyparticle systems from the perspective of quantum field theory this development is critical to accurately and efficiently model increasingly intricate and functional molecular ensembles with millions of atoms subject to external excitations static thermal and optical fields variation in the number of particles andor arbitrary macroscopic boundary conditions this molecular size covers a wide range of functional biological systems including solvated proteinprotein and enzymedna complexes the theoretical developments in this project will concentrate on two main fronts wp1 fundamental quantum electrodynamics qed theory of molecular interactions based on manybody oscillator hamiltonians wp2 secondquantized field theory fit approach to molecular hamiltonians for modeling largescale systems with 104106 atoms the applicability of these challenging developments to realistic molecules will be ensured by wp3 implementation of nonlocal machine learning force fields based on secondquantized matrix hamiltonians for efficient molecular dynamics simulations of molecular ensembles wp4 implementation of qedfit methods in an opensource package fitmol for increasing the accuracy improving the efficiency and enhancing the insight that one obtains from quantummechanical calculations of large molecules it is my vision that revealing fundamental mechanisms of functional biomolecules with millions of atoms requires a radically new fieldtheory approach to molecular interactions achieving this goal will be the main breakthrough of the fitmol project
the role of mirnas in the regulation of the generation and maintenance of skin resident memory t cells

allergic contact dermatitis acd is an inflammatory skin condition that is characterized by dry scaly and itchy skin an important part of the immune response to contact allergens is local memory which is mediated through specialized cells called resident memory t trm cells however the mechanisms involved in the generation and maintenance of the allergeninduced trm cells in the skin still need to be determined micrornas mirnas are short rna molecules that regulate the expression of a large number of genes on a posttranscriptional level this project aims to clarify what mirnas are important for the generation and maintenance of epidermal trm cells in a mouse model of acd and patients with acd in this current project we plan to use stateoftheart methods that have been unavailable to me previously including nanostring and singlecell rna sequencing to analyze the mirna and mrna data together with functional assays to validate the findings from both mice and human data the current project will expand the knowledge of mirna expression in acd and thereby lead to a better understanding of molecular mechanisms and pathways that contribute to the development of acd leading to possible new treatment strategies during this project i will grow as an independent researcher as in my previous projects i focused on keratinocytes in the context of skin inflammation and to establish a comprehensive understanding of skin diseases it would be essential to learn in deeper detail about the role of t cells in the context of skin therefore this project would complement my current education and help me develop my career under the guidance of prof bonefeld i would develop as an independent researcher and she would be a good female role model to an emerging young scientist