Dragon09/odtu_chatbot huggingface dataset:
hybrid integration of alkaline niobate tantalate films for advanced photonic and piezoelectric devices

the hina project proposes to consider the hybrid integration of alkaline niobatetantalate thin films materials with the highest known experimentally measured electrooptic nonlinear piezoelectric elastooptic coefficients in photonic and acoustic devices for advanced semiconductor photonics platforms the final goal of the project is to develop a thin film technology not only offering the stateoftheart performances but also with reasonable price and viable for real industrial applications in order to stimulate the transfer of newly developed products and technologies by the industry and to help enterprises to withstand global competitive pressuresthe hina project links worldleading research groups at academia and industry to give a combined integrated approach of synthesisfabrication characterization modelingtheory linked to concepts for materials integration in devices and systems such a sciencesupported total engineering approach will lead towards highly efficient electroactive and nonlinear materials designed towards integrated device needs and viable for industry doctoral candidates will focus on this common research objective applying a multidisciplinary bottomup approach which can be summarized by engineered molecule advanced material designed device smart system the hina project also seeks to intensify the relationship between academic and private sectors and to train highly skilled young researchers for new materials and device technologies both are essential to provide a strong european lead over the rest of the world in this highly competitive technologies
engineering catalytic membraneless organelles for co2 fixation

in recent years membraneless organelles were shown to be intracellular liquid like condensates formed through phase separation following their discovery they have been found across all kingdoms of life for some of these organelles a crucial role in cellular physiology has been determined while for many others their true function remains unresolved recently it has also emerged that the pyrenoid which concentrates the co2 fixation machinery of photosynthesis behaves like a liquid nonmembrane bound organelle in green algae however the pyrenoid and its forming protein epyc1 undergo a complicated assembly in vivo which poses a challenge for the functional understanding engineering and transplantation of pyrenoids here i propose to use a bottomup strategy to assemble and evolve pyrenoid formation de novo to paraphrase the renowned physicist richard feynman what i cannot create i do not understand i plan to mimic the formation of pyrenoids by fusing liquidliquid phase separating llps intrinsically disordered peptides idp to rubisco to create artificial pyrenoidlike condensates in vitro objective 1 from the rubiscoidp library i will select the best performing condensate for transplanting into s elongatus to generate an artificial pyrenoid subsequently i will compare this strain with the wildtype and a carboxysome knockout strain objective 2 finally i will evolve the rubiscoidp and the corresponding strain for enhanced photosynthesis objective 3 my experiments will inform on the evolutionary differences between different carbon concentrating mechanisms ccm on the biochemical mechanisms underlying a liquidliquid phase separated ccm and will show whether and how ccms can be engineered towards improved photosynthesis this project will lay the basis to realize strategies for increased co2 uptake in phototrophs thereby providing new options for a carbonneutral bioeconomy and improved food productivity in the future
a comprehensive approach to value transmission in the digital age

the eu aims to promote common values and beliefs among members classic research establishes parents as the main role models for such transmission however children today learn values from new role models such as social media influencers smis users who share content to acquire followers the project will construct a comprehensive value transmission theory applicable across contexts and adapted to the digital age it will define essential value transmission aspects source channel message receivers the source studied will be mothers and smis the channel will be conversations and online exchange of content and engagement the message will be a set of values motivating prosocial behavior including but not limited to moral values and the balance among them explicit and implicit messages will require varying processing systems child and adolescent receivers will be active partners choosing negotiating and transmitting values i will investigate value transmission practices used by interaction partners to convey messages i will test the effectiveness of practices in promoting value similarity moral reasoning and prosocial behavior finally i will examine interactions between mothers and smis value transmission processesin 7 studies i will 1 longitudinally study motherchild conversations on prosocial behavior in daily life and in social media conversations will be analyzed thematically longitudinally across 2 years and momenttomoment 2 analyze values in smi content and investigate their relations with follower engagement applying manual and artificial intelligence coding 3 last i will experimentally test the effectiveness of value transmission practices including cases of source disagreementthe project sets the stage for research into value transmission across contexts and cultures broadens understanding of the role of family and social media in development and creates a new standard for research methods in child development
bringing molecular photomagnets to light achieving magnets through visible light excitation at room temperature

visible light provided by the sun is the cleanest energy source one could ever imagine harvesting it is crucial for further development of science and technology as well as for reducing the ecological footprint of humanity the efficient use of the visible spectrum of the sun can take many forms and the direct photoexcitation of molecules resulting in a dramatic magnetization change the so called photomagnetic effect is one of them in other words sunlight photons could write read and erase magnetic states of photomagnets photomagnets can be designed and prepared via a bottomup modular approach using lowenergy preparation methods developed by coordination organometallic chemistry supramolecular chemistry and crystal engineering with the support from physical and computational sciences photomagnets belong to the class of smart multifunctional molecular materials that become paramagnetic ferromagnetic or simply change their magnetic properties upon illumination a feature that is hardly accessible in conventional magnetic solids metal alloys and oxides currently known photomagnets are merely laboratory curiosities due to extremely low operation temperatures below the boiling point of nitrogen 196c hence the overarching goal of luxinventa is the discovery of room temperature rt photomagnets that would show lightinduced onoff ferromagnetic switching under normal conditions this goal will be pursued alongside the deep understanding of the processes occurring during the absorption of a photon by photomagnetic chromophores the molecular components responsible for the photomagnetic effect the proposed research focuses on i the design and synthesis of novel photomagnetic chromophores ii investigation of the mechanism of the photomagnetic switching and iii preparation of rt photomagnets by a rational incorporation of the photomagnetic chromophores in the structure of coordination polymers and metalorganic frameworks
network trajectory based operations

the network trajectory based operations network tbo project proposes to validate tbo sesar solutions covers all aspects of trajectory management processes involving but not limited to network actors it covers both planning and execution phases the proposed sesar solutions with an indication of the technology readiness levels with the associated eocvm level at the end of the project are solution 1 tbo planning and impact on execution taking as baseline ffice1 implementation in progress this solution will develop focusing on the planning phase and the transition to execution including the epp data improvement target trl6 v3 solution network tbo2 strategic trajectory revision in execution this solution will address trajectory management during the strategic execution phase including a contribution to the development of the icaos ffice 2 tbo concept target trl6 v3 solution network tbo3 improve both atc and network processes through synchronization of network and local trajectories this solution will aim in particular at improving information exchanges between the network manager and ansps in order to enable a reference network 4d trajectory supporting coordination processes target trl6 v3the network tbo project consortium with eurocontrol as the project coordinator and with steering from the project management board and the sju brings together 9 air navigation service providers 2 airspace users 8 airborne and ground industry partners 2 research establishments the main design development validation and data pack and maturity gate phases are planned throughout the second half of 2023 2024 2025 and the first half of 2026the network tbo ir project will be executed in strong coordination with european initiatives and projects related to tbo implementation as well as the atmrpp icao working group ensuring complementary and maximising the rd outputs towards implementation and standardisation
tax morale and social desirability bias examining the shadow economy experimentally

it is believed that high tax morale delivers higher tax compliance however it can also foster social desirability bias when respondents feel pressure to provide morally accepted even if untrue answers this research project offers to understand how tax morale fosters social desirability bias and seeks ways to reduce the size of shadow economy using a novel experimental methodology it will provide more precise measurement and behavioural insights of tax evasion in three european countries with different institutional settings and tax morale the project proposes to carry out a list experiment that has been recently exploited in social research studies to mitigate the bias in responses to sensitive questions the list experiment will be carried out in three european countries with a different setting 1 with high tax morale and high compliance denmark 2 with high tax morale and low compliance italy 3 with low tax morale and low compliance latvia the findings from the list experiment will be used to carry out a field experiment with the state revenue service of latvia to integrate research findings in realworld setting and develop tools to fight shadow economy as such this research project will deliver a deeper understanding of tax morale and will offer useful policy recommendation with respect to the shadow economy and its characteristics in europe
multilingual flexible neurosymbolic language generation

the core aim of the mflens multilingual flexible neurosymbolic language generation project is to explore the extent to which combining the strengths of neural and symbolic grammarbased natural language generation nlg systems is possible we will build flens generators that i exploit grammarbased system aspects to address the vexed problems of poor accuracy including hallucinations and omissions of content and data and energyhungriness in neural generators and ii exploit neural system aspects to address problems with fluency coverage and robustness in grammarbased generators the overall ambition is to find solutions for some of the biggest current challenges in stateoftheart nlg including semantic controllability energy greed and suitability for lowresource languages combining the applicants expertise in symbolic nlg systems and data annotation with the supervisors expertise in machine learning and evaluation for nlg and benefiting from the excellent adapt research environment we will develop a new type of nlg system that combines the best of both worlds symbolic and neural to create better nlg systems and components for realworld applicationsthe project is well aligned with the european green deal strategy and more particularly with the digital europe programme whose main objectives include bringing digital technology to businesses citizens and public administrations through a combination of working with the supervisor and her research group direct training international collaboration and selfguided study the applicant will expand his spectrum of scientific expertise to deep learning methods and human evaluation of nlp systems strengthen his general knowledge in linguistics and acquire a comprehensive understanding of the ipr and business related skills needed for further exploitation this project will allow the applicant to establish himself as an internationally recognised research leader in the field of nlg
trusted extremely precise mapping and prediction for emergency management

tema will greatly improve natural disaster management ndm eg for wildfires floods by automating precise semantic 3d mapping and disaster evolution prediction to achieve ndm goals in nearrealtime it will analyze and fuse many heterogeneous extreme data sources smart drone and insitu sensors remote sensing data topographical data meteorological datapredictions and geosocial media data text image and videos tema will focus on the extreme nature of the data due to their varying resolution and quality very large volume and update rate different spatiotemporal resolutions and acquisition frequencies realtime needs and multilingualism it will develop an integrated groundbreaking ndm platform focusing on realtime semantic extraction from multiple heterogeneous data modalities and sources onthefly construction of a meaningful semantically annotated 3d disaster area map prediction of disaster evolution and improved communication between service providers and endusers through automated process triggering and response recommendations semantic analysis computations will be distributed across the edgetocloud continuum in a federated manner to minimize latency extreme data analytics will be performed in a trustworthy and transparent way by greatly advancing stateoftheart ai and xai approaches the constantly updated 3d map and the disaster evolution predictions will form the basis for an advanced interactive extended reality xr interface where the current situation will be visualized and different response strategies will be dynamically evaluated through simulation by ndm personnel the innovative scalable and efficient tema platform will provide precise ndm support based on extreme data analytics it will be validated on two critical disaster usecases wildfires and floods in four eu countries and will form the basis for the tema ndmanalyticsasa service ndmaaas model
implementation of activities described in the roadmap to fusion during horizon europe through a joint programme of the members of the eurofusion consortium

eurofusions updated fusion research roadmap aims to acquire the necessary knowledge to start constructing a demonstration fusion power plant demo five years after iter is in fullpower operation demo will deliver fusion electricity to the grid early in the second half of the century the roadmap has been articulated in eight different missions the present proposal has the goal of implementing the activities described in the roadmap during horizon europe through a joint programme of the members of the eurofusion consortium with the following highlevel objectives 1construct and commission iter 2secure the success of future iter operation via preparation and experiments on present devices3develop the conceptual design of a demo fusion power plant4finalise the design and construct a fusion spectrum neutron source ifmifdones5advance the stellarator as an alternative approach to fusion power plants6prepare the iter and demo generations of scientists engineers and operators 7promote innovation and european industry competitiveness in fusion technology and beyondthe iter success remains an important overarching objective of the programme and much attention is devoted to ensure that iter operation is properly prepared and that a new generation of scientists and engineers is thoroughly educated and trained for its exploitation demo is the only step between iter and a commercial fusion power plant to achieve the goal of fusion electricity demonstration in the early 2050ies the demo conceptual design has to be completed by 2030 at the latest to allow the start of the engineering design activities demo cannot be defined and designed by research laboratories alone but requires the full involvement of industry in all technological and systems aspects of the design therefore specific provisions for the involvement of industry in the consortium activities are envisaged
celestial hierarchy in arabic translation

chart aims at investigating how arabic christianity living in a predominantly islamic environment assimilated its own foundational religious heritage through a momentous translation process from greek into arabic the case study is chosen among the unpublished arabic translations of the mysterious christian theologian known as pseudodionysius the areopagite early 6th century ce whose entrance in the arab world in the 10th11th centuries intertwines with crucial middle eastern intellectual milieus charts overarching objective consists in charting the assimilation of this author in arabic by publishing both the arabic translations of pseudodionysius influential treatise on celestial hierarchy and placing them for the first time into the broader arabic cultural landscape the project objectives will be achieved thanks to an interdisciplinary combination of textual criticism codicology paleography as well as disciplines which will shed light on the cultural milieus behind the translations the project results will open up new fields of research on the arabic byzantine and georgian fortune of pseudodionysius as well as on possible crosspollinations between religious cultures within the islamic world in turn this will contribute to the broader goal of reconstructing the history of christianity in the middle east and its relationships with islam
network of excellence in digital technologies and ai solutions for electromechanical and power systems applications

digitalization is the key to fighting climate change and achieving the objectives of the european green deal while contributing to the green energy transition energy efficient buildings sustainable transportation and industrial digital transformation digital technologies and ai solutions can deliver operational efficiencies and reduced costs in many industries enable the development and implementation of smart energytransportbuilding systems increase the connectivity of people and systems digital transition and its successful implementation requires strengthening digital skills at different levels from researchers taking a more analytical and empirical approach looking at digital skills requirements and digital skills gaps to policymakers and providers of training programmes and skills development initiatives taking a practical approach launching new programmes in this context the mission of ditartis project is to strengthen the research and innovation excellence of the beneficiaries especially of utc as well as enhance the digital skills of their staff this will be done through building teams of excellence to derive new ideas and tackle challenges to ensure that utc and twinning partners will sustainably increase scientific excellence and innovation capacity in the field of electromechanical and power systems applications by integrating digital technologies and ai solutions and techniques
next generation hpcqc in silico drug discovery platform for de novo design

atlas is a powerful in silico drug discovery platform leveraging the latest advances in highperformance and quantum computing the platform is the result of decades of research by leading experts in molecular dynamics the technology is grounded on over 100 peerreviewed papers and two erc grants our beta code has gathered important accolades like the prestigious atosjoseph fourier prize and first place at the foremost rational drug design competitionthe sampl challenge atlas can replace costly and laborious experiments it can even run entire drug discovery campaigns in silico reducing cycle times and cost by at least 50 by 2027 we will have a 35project portfolio and the first atlasgenerated compound will reach the clinic thereafter our objective is to generate a new candidate every 18 months that year our team will surpass 50 people and well expand into the us market we aim at securing a leadership position in the nascent insilico drug discovery market
advancing understanding of cumulative impacts on european marine biodiversity ecosystem functions and services for human wellbeing

actnow advances the stateoftheart in understanding and forecasting of the cumulative impacts of climate change and interacting drivers on marine systems the program provides solutions options to halt the loss of biodiversity to restore and protect habitats and ecosystem processes and to safeguard the contributions of marine areas to human wellbeing actnow is codeveloped with eu policy stakeholders to deliver1 mechanistic causeandeffect understanding of the impacts of multiple interacting drivers on organisms communities habitats and ecosystems from individuallevel performance to ecosystemlevel stability resistance resilience and tippingpoints2 improved monitoring and new indicators of marine biodiversity based on stateoftheart biologging technology molecular methods and advanced numerical modeling3 enhanced forecasts of european marine biodiversity ecosystem functioning and services using scenarios cocreated and regionalized with practitioners of multiple drivers and management settings as well as integrated impact assessment methods4 fitforpurpose decisionsupport tools enabling regulators to deliver regionallyappropriate assessments and actions to restore and maintain good environmental status5 nextgeneration training for earlycareer scientists working on solutions to the dual crises of biodiversity loss and climate change and capacity building to enhance public literacy on the one health concept actnow builds predictive capacity of multiple driver effects and performs integrated indicators assessments of biodiversity across 20 case studies capturing all european climate zones and regional seas including paneuropean research on key groups in marine food websdies capturing all european climate zones and regional seas including paneuropean research on key groups in marine food webs