Dragon09/odtu_chatbot huggingface dataset:
european social science genetics network

the european social science genetics network essgn brings together seven academic beneficiaries with a shared interest in social science genetics ie in incorporating genetic information to improve our understanding of ageold questions in the social sciences such as the origins of inequality the nature versus nurture debate and the extent to which the interplay between environments and genes is important in shaping individuals lives the consortium consists of an interdisciplinary group of academics as well as seven nonacademic partners committed to using data science to address inequalities in life chances there is an urgent need for training in social science genetics due to recent technological advances in genetics the intricacies of using genetic data and the growing availability of such data in surveys traditionally studied by social scientists our aim is to train the next generation of social scientists in the responsible and technically correct use of genetic data and in objective communication about what can and cannot be learned from working with genetic data in the social sciences the project will go beyond the stateoftheart i by using europes most comprehensive multigenerational databases to separate direct genetic effects from parental genetic and socioeconomic factors that shape the rearing environment and ii by exploiting the large toolbox of causal inference methods used in econometrics and statistics to estimate the extent to which environments causally protect individuals with genetic disadvantages we will 1 analyse to what extent genetic nature and environmental nurture factors contribute to equality of opportunity and intergenerational mobility and 2 establish how nature and nurture jointly shape inequalities in life chances as such our programme of research provides novel and exciting opportunities to social scientists to deepen our understanding of how inequalities in life chances are shaped
certification for cybersecurity in eu ict using decentralized digital twinning

cobalt proposes the introduction of a common certification model ccm for european industries leveraging existing standards and composing a unified cybersecurity namespace for ict processes the proposal will uphold the paradigm of digital twinning dt via the creation of digital threads and extend it in a vertical agnostic approach across different industries including quantum computing involving fhgs quantum computer and i40 the cobalt dt will explore technology disruption mainly focusing on ai and highperformance computing hpc via the analysis and certification of quantum processing oracles a quantum computer exposure operation that is used as input to another algorithm and how different enablers of these paradigms can be certified in a vertical agnostic manner quantum is destined to play a pivotal role in europes ai and computing sovereignty thus protecting such infrastructure and its relevant processes quantum oracles should be of top priorityalong with common information models cobalt acknowledges the importance of trusted information exchange a critical feature for an effective certification process across different industries especially regarding cybersecurity therefore cobalt will focus on the integration of international data spaces ids primitives as a basis for the data sharing platform across different stakeholders ids currently proposes different models and procedures to share information and data across different spaces in a trusted manner between two parties this can facilitate the process to build a trusted endtoend certification framework across different industry stakeholdersfinally cobalt aims to build a decentralized solution to further accelerate technology adoption and harmonization for the different use cases to be adopted for the proposed ccm to function as a long term and sustainable european solution for certification it needs to adapt and flex according to different environment conditions
progress towards industry 50 a smart study on analysis and identification of practices drivers success factors and obstacles of transitions towards industry 50

the prospects 50 project aims to promote the adoption of industry 50 principles such as human centricity sustainability and resiliency and facilitate the transition to industry 50 for smes startups and scaleups in various industries the project intends to achieve its objectives by providing reports guidelines measurement tools and a collaborative platform to provide realworld examples the project will analyse 14 use cases from different european union countries and 6 different industries covering various types of manufacturing service providing education energy aviation transport and automotive the selected industrial sectors are significant drivers for the adoption of industry 50 and are crucial to the european economy the use cases from these sectors will ensure a focused and effective transition to industry 50 in europe prospects 50 results are expected to encourage collaboration between different entities including companies universities research centres and government agencies to cocreate new solutions and innovations improve the skills and mindsets of individuals regarding industry 50 and study pilot projects to test validate and measure the impact of industry 50 on various operations employees customers and the environmentadditionally prospects 50 will raise awareness of industry 50 through workshops seminarswebinars and collaborative online platforms and web applications showcasing successful case studies best practices challenges and the latest trends and opportunities of this transition prospects50 is relevant to the worker horizon europe cluster 4 digital industry space specifically to destination 6 a humancentred and ethical development of digital and industrial technologies since the project results will lead to a more inclusive and sustainable eu industry and indirectly the project findings will facilitate the understanding of the required skills needed to support the twin transition
efficient decommissioning repurposing and recycling to increase the circularity of endoflife wind energy systems

rewind aims at developing critical technologies for dismantling endoflife eol wind turbine blades wtb evaluation advanced cutting etc and implementing new methodologies for composites repurposing and recycling catalytic pyrolysis and solvolysis to increase the circularity of wtb increasing the industrial applications of the eol composites and avoiding the current landfilling or incineration the main composition of the composite waste is expected to be epoxy resincarbon fibre cf epoxy resinglass fibre gf and polyester resingf the new methodologies will address the following challenges 1 study and development of suitable disassembly quality inspection and characterisation of the composite waste to be able to understand composite waste properties as a result it will be possible to decide if composite parts from eol products should be repurposed or recycled depending on their value 2 show potential highvalue applications for composite endoflife repurposing will be demonstrated through manufacturing 2 demonstrators for construction and automotive sector this will be done by matching specified requirements with dismantled materials using software and hardware tools to facilitate the fragmentation processes 3 new innovative pyrolysis and solvolysis methods for recycling will be developed and tested to significantly reduce the processing temperature and time for those parts that cannot be used in repurposing this will allow to save energy and together with the posttreatments improving the quality of the materials recovered eg weaved fibres sized fibres recycled polyester resin recycled epoxy resin and epoxy vitrimer resins based on recycled monomers secondary raw materials obtained will be used to manufacture 2 demonstrators for wind energy sector a small wind blade root section and composites patches for blades repairing rewind technologies should be scalable to process high volumes of waste in the near future
superconducting qubits with 1 second coherence time using rotation codes

quantum computers use highly entangled qubits to achieve their exceptional computational power however the qubits also easily entangle with their environment leading to errors future quantum computers can be protected against such errors by encoding each logical qubit redundantly in thousands of physical qubits this daunting overhead can be reduced exponentially by improving the quality of the physical qubits we can also replace the twolevel physical qubits with cavities which are described by continuous variables this builtin redundancy can further reduce the overhead for faulttolerant quantum computationin this proposal i aim to develop a qubit based on superconducting cavities with a coherence time of 1 second three orders of magnitude higher than the current state of the art i will achieve this goal by tackling the problem of errors in quantum computers on three fronts the first front is developing a qubit with suppressed intrinsic loss mechanisms by harnessing recent developments in cavities for particle accelerators the second is using quantum control to mitigate the effect of dominant error mechanisms in the final front we will develop and implement bosonic rotation codes a novel blueprint for quantum error correction tailored to the error structure of the cavity qubit these codes are unique in that they treat photon loss errors and phase noise errors on equal footing my proposal requires a radical rethinking of the cavity design its interaction with quantum circuits and how quantum information is encoded and manipulated it combines advances in quantum information science superconductivity and materials science beyond providing a novel approach to quantum computing the proposal will impact a broad range of fields ranging from quantumenhanced sensing to the simulation of photochemical reactions
enhancing capacities for quality and impactful research on transformations labour and migration in southeasteurope

retlamisee is dedicated to enhancing capacities of the university of banja luka unibl and its researchers for conducting a quality and impactful interdisciplinary research on transformations labour and migration in southeast europe see retlamisee aims at building up capacities of early stage researchers and recent phd graduates from the unibl to pursue high quality interdisciplinary research on policyrelevant topics the concept is based on networking peerlearning and mentoring schemes that allow for knowledge exchange between the unibl researchers and more experienced researchers as well as peers from the three well established european research institutions univie zrc sazu and ios all with documented experience in interdisciplinary research on the issues of transformations labour and migration in see retlamisee will pursue a strategic and targeted approach by employing the following measures 1 development of the detailed strategy and action plan for enhancing the research and research management and administration staff rma profiles of the unibl staff 2 establishment of the research group on transformations labour and migration in see at unibl that will build on the activities and results of the project and ensure the sustainability and exploitation of the retlamisee results it will also function as a platform for future international collaboration 3 series of peer learning and knowledge sharing events both between the researchers and between the rma staff of participating institutions 4 networking through both participation at international conferences and joint organisation of the conferences and panels with the partners thus increasing the visibility of unibl researchers in the wider european and international academic community 5 conducting an exploratory research in collaboration with the european partners will enable esr and postdocs from unibl to enhance their research skills
live cell spectroscopy analysis for personalised particle radiation therapy of metastatic bone cancer

metastatic bone cancer is an incurable disease and one of the most complex cancers to treat due to the high dose tumour imaging is currently performed at the beginning and end of standard particle radiotherapy prt making personalised treatment difficult the main goal of boneoscopy is to develop a radically new technology to enable informed medical decisions by monitoring bone cancer on a daily basis during prt at the heart of boneoscopy is the ability to detect prompt gamma pgs emitted by cancer during prt and separate them from healthy tissue unlocking the full potential of spectroscopic analysis without the need for additional dose the development of a highly specialised detection and collimation system will enable accurate spectroscopic analysis of a very small volume or region within the cancer as the number of prt centres grows we anticipate that within 10 years boneoscopy will benefit all patients treated with proton and carbon ions the objectives of boneoscopy will be achieved by its interdisciplinary consortium which brings together six partners from five european countries with key expertise in bioengineering and prt dkfz medical physics and engineering csic fast electronics for prt lip monte carlo simulations and clinical prt experience thm turnkey software for high performance medical devices cosylab and eu project management communication and dissemination accelch if achieved the proposed sciencetotechnology breakthrough will have a transformative impact on current cancer treatment by providing a safe personalised and quantitative measure of daily treatment efficacy thereby contributing to the global fight against cancer in summary boneoscopy will lead to a significant reduction in the health burden in europe and worldwide improved quality of life for patients reduced costs for healthcare systems and improved sustainability of healthcare
zero emission network to facilitate ccus uptake in industrial clusters

the overarching goal of ccus zen is the accelerated deployment of ccus throughout europe which will be achieved bysharing knowledge and disseminating information important for stakeholders to make informed decisions on ccusdeveloping specific and actionable plans for the development of ccus value chainsas ccus developments around the north sea ns region are relatively mature ccus zen will leverage these developments as best practice for the development of new ccus value chains in the currently underdeveloped baltic sea bs and the mediterranean sea ms regions while ccus value chains ie the entire pathway from co2 capture to transport to its eventual storage or utilization can today be realized the industry is still in its infancy and many issues must be addressed to achieve the rapid deployment required the consortium consisting of 15 partners including 2 associations with over 400 members in total brings together entities with leading expertise on all aspects of ccus value chains 30 organisations representing industry rtos associations clusters ports and municipalities involved in the development and deployment of ccus value chains will contribute their expertise as networking partners starting from an analysis of the technical and nontechnical stateofplay in the bs and ms regions ccus zen will select at least eight value chains four in each region for detailed study and comparison with successful value chains from the ns region one value chain from each analysed region will then be selected as most promising with a detailed plan for further development through its knowledgesharing activities and transfer of best practices from the ns region ccus zen will provide an information basis for the future ccus value chains including policy recommendations and a blueprint for ccus value chain development including easily accessible technology and co2 source mapping generic technical frameworks and business plan models
reactive synthesis in action

bugs in software systems pose a huge and growing cost on society not only in economic terms but also in direct risk to human lives reactive synthesis is a new technology to automatically generate correctbyconstruction software unlike testing and formal verification which require advance investment in an implementation reactive synthesis generates a correct implementation directly from its formal specificationdespite its potential to reduce software development costs and at the same time increase the confidence one may have in the correctness of software to date no application of reactive synthesis has been examined outside academic labs the syntact poc will put reactive synthesis technologies to test in industrial betasites and will thus generate and disseminate knowhow on the use of reactive synthesis in practice identify and address product and process obstacles build a community of parties that are interested in the promotion and transfer of reactive synthesis technologies from academia to industry and lay a foundation to guide future research standardization collaboration and industry investment in reactive synthesis technologieswe expect the syntact poc to advance the stateofthepractice in reactive synthesis and thus start paving the way for its adoption in industry its expected outcomes include several industrial systems that were developed using synthesis casestudy reports describing the betasites projects training materials new set of real benchmark specifications estimations of the potential return on investment in deploying reactive synthesis and draft standardization documents as more and more aspects of modern life depend on the correctness of software the syntact poc will directly introduce the reactive synthesis correctbyconstruction new perspective and tools to the industrial settings as a timely step towards its broad future adoption
unlocking the value of a blue economy with a revolutionary underwater satellite to promote the sustainable use of our oceans resources

planblue has created the very first underwater satellite to bring our oceans into the data age bluesurvey is a cuttingedge hardwaresoftware system that allows for the automated accurate objective and detailed mapping of our seafloors our technology will revolutionize the way that thousands of surveys and environmental impact assessments are performed every year to provide decisionmakers like governmental entities fisheries and coastal managers with completely new data on how to best manage the oceans resources to avoid reaching a tipping point we have already developed a strategy to make bluesurvey widely available to the seafloor monitoring industry via a leaselicense strategy and have confirmed a massive interest from the market to have access to our technology to enhance and protect 25t in ocean assets we are requesting 25m from the eic for the innovation activities needed to realize our ambitious vision to make bluesurvey the new standard in seafloor monitoring
the first utilityoriented agnostic software platform for quantumcentric drug discovery

humanity is exploring the limits of computing to solve the worlds biggest challenges with unprecedented speed and precision while quantum hardware is being matured into a commercial technology there is still no quantum software capable of addressing real business problems furthermore quantum computing will inevitably exacerbate the complexity of current computational workflows for noncoding experts to extract knowledge at kvantify we are developing kvaser the first platformagnostic explainable customercentric quantum software tool to be operated by the enduser with eic funding we will develop advanced algorithms for quantum chemistry and machine learning that will solve reallife drug rd problems beyond the scope of classical resources kvaser will empower rd scientists to run molecular and biochemical simulations on modern hardware with unmatched speed and accuracy enabling high precision quantum chemistry calculations for efficient and accelerated drug discovery
stimulation obtained by ultrasound for neurodegeneration sound

neurodegeneration nd is a pathological process characterized by a progressive loss of structure and activity in neurons of specific brain areas causing cognitive sensory and motor impairment until compromising even basic actions such as breathing and heart functioning the condition affects over 100 million people globally and it is estimated that nd incidence will constantly increase in the next decades because of the increasing ageing of the european population and environmental factors nevertheless the current treatments are not satisfactory either because they become ineffective over time eg pharmacological treatment or because they are highly invasive ie for deep brain stimulation or optogenetic approaches in this landscape nanotechnology is emerging as an innovative alternative for treating nd nanomaterials offer unique features that confer them the chance to activate degenerated neurons therefore rescuing the network activity lost in nd here we propose the preparation of a wireless noninvasive deep tissue penetrating nanotechnological platform for neuronal rescue upon ultrasound stimulation we aim to develop a hybrid nanotool based on visible lightsensitive photovoltaic polymeric nanoparticles that proved successful in rescuing several degenerated retina models in vivo that will be conjugated to an ultrasound sensitizer consisting of sonoluminescent molecules capable of transducing an ultrasound signal into a fluorescent emission that can excite the polymeric nanoparticles ultimately eliciting a neuronal response the construct will then be directed towards a specific neural population through a targeting moiety consisting of an m13 bacteriophage nanoscaffold naturally possessing high targeting efficiency the final nanotool will be tested in different 2d and 3d in vitro models to assess its biocompatibility brain blood barrier permeability and neural rescuing efficiency
nonequilibrium optically levitated interacting nanoparticle arrays

we propose the exploration of manybody quantum physics with a new experimental platform based on theoptically levitated and cooled arrays of spherical nanoparticles with strong and controllable interactions therecent works by the host institution demonstrated the cavity assisted cooling of a single nanoparticle to itsmotional quantum ground state as well as the simultaneous trapping of two nanoparticles with full controlover the interactions between them in this work we shall extend these results to the multiple particles thiswill be on the one hand an important milestone towards achieving the manybody regime and on the otherhand the first observation of the cavity assisted cooling of an array of nanoparticles via coherent lightscattering the realisation of this milestone will enable us to study the systems nonequilibrium relaxation afterprecise perturbation protocols using the natural isolation from the environment we shall study thethermalisation of a nearly isolated fewparticle quantum system depending on the energetic landscape as wellas on the nature and range of interactions we expect to observe motional prethermalisation or the absenceof thermalisation with the onset of the anderson localisation or the manybody localisation of phonons finallywe shall explore the controllable nonreciprocity of the interparticle interactions by breaking the directionalsymmetry of the interparticle forces by conferring to them the direction dependent phases combining thiswith the dissipative nature of these forces we aim at implementing a specifically tailored nonhermitianhamiltonian describing the constant intensity waves