Dragon09/odtu_chatbot huggingface dataset:
games heritage arts sport the economic social and cultural value of the european videogame ecosystem

gamehearts will seek to maximise the value of the european videogame industry ecosystems hereafter evgie within a wider social context of the creative and cultural industries hereafter cci this will consider the importance of the evgie in contributing to economic growth job creation physical and mental wellbeing and social and cultural cohesion by particularly focusing on how a stronger and closer working relationship between more the traditional and emergent cultural sectors can work better to create more inclusive and socially responsible cultural experiences the consortium will offer policy recommendations and roadmaps setting out how the evgie can and should develop and where it could act as a driver for sustained innovation and economic growth it will utilise an evidencebased approach that focuses not just on videogame development but rather adopts a holistic ecosystem approach utilising both established and more innovative methodologies to consider the competitiveness and development of the evgie and how videogame knowhow and technologies could drive innovation in the wider cci in doing so gamehearts will develop ludic experiences to explore possibilities of more inclusive engaging and empowering cultural experiences working across seven work packages the universities of salford uk tampere finland vienna austria breda university of applied sciences netherlands and wroclaw university of economics and business poland will work in parentship with ubisoft france and other major videogame partners and associations including the isfe egdf to explore current and future trends in the evgie beyond this we will work with certain cultural case studies partners to consider how gamerelated technologies and practices are and could be used to increased access to heritage the arts and sport
phaselocked photonelectron interactions for ultrafast spectroscopy beyond t2

based on my groundbreaking advancements in realizing internal radiation sources inside electron microscopes generating ultrashort and coherent electromagnetic radiations in interaction with electron beams i propose to develop a platform for ultrafast and phaselocked electronbeam spectroscopy of solidstatebased quantum networks beyond the dephasing time t2 my platform relies on the following key elements i shaping electron wavepackets with light ii implementing threedimensional electrondriven photon sources and iii employing correlative measurements to unravel the quantum statistics of photons evolving in solidstatebased photonic systems and quantum networks this scenario enables an outstanding temporal resolution and an unprecedented degree of mutual coherence between the radiation sources and the nearfield of the electron wavepacket itself by combining these capabilities i aim to map the excitationemission paths quasiparticle interactions charge and energy transfer dynamics as well as quantum jump and revival processes at the attosecond timescale and nanometer spatial resolution ultraspect opens new horizons in quantumsensitive measurements leveraging novel technological advancements in electron microscopes to explore the frontiers of quantum science it aims to investigate decoherence dynamics beyond t2 using electron microscopes enabling the exploration and manipulation of photon dynamics in individual singlephoton emitters coupled to or embedded in quantum networks ultraspects ambitious goals span a highly interdisciplinary field combining quantum optics with electron microscopy my team and i will address the ambitious aspects of ultraspect by applying our extensive knowledge in both theoretical and experimental aspects of electron light matter interactions i will further implement a risk mitigation plan that includes employing a variety of methods to realize our required radiation sources and beam shaping strategies
microhydration of atmospheric molecular clusters

modern computational chemistry methods are helpful tools for interpreting experimental and field measurements the proposed hydrocluster project uses quantumchemical calculations to provide molecular insight into the effect of humidity on molecular cluster formation in the atmosphere these atmospheric clusters may grow in size and form aerosols tiny particles dispersed in the air that hugely impact climate and human health water vapour is known to vary the particle formation rate however the presence of water molecules in the initial steps of newparticle formation npf is not well understood as very few theoretical studies on this topic have been published on one side hydrated molecular clusters become larger in size and thus their collision with other molecules is more probable on the other side the cluster stability can be either lower or higher complicating the fragmentationevaporation of hydrated clusters current theoretical models can be several orders of magnitude wrong in predicting npf rates as they do not account for the effect of water properly in this project configurational sampling of microhydrated acidbase clusters will be performed to reveal molecular insight into their thermodynamic stability machinelearning models for quantum systems will enhance both configurational sampling and molecular dynamics simulations allowing us for the first time to reveal the role of water in cluster formation finally we will model the effect of humidity on the atmospheric npf and suggest a methodology for improving global climate models
femtosecond laser processing for micro and nanopatterning of metal halide perovskite thin films for enhanced light management in solar cells

photovoltaic technology stands as a beacon in the challenge to reduce co2 emissions by maximizing the use of solar energy over the past decade perovskite materials have emerged as gamechangers offering a powerful combination of affordability and high efficiency in addition their remarkable properties make them prime candidates for solar cell applications and are called to revolutionize photovoltaic technology however there is still room for improvement in enhancing their light management capabilities numerical simulations in perovskites have shown the potential of nanopatterning for the enhancement of light management but the current landscape of nano and micropatterning techniques is often timeconsuming and unsuitable for largescale industrial applications this bottleneck hampers the realization of the full potential of perovskite solar cellssparkles is a pioneering project aimed at revolutionizing perovskite technology the main objective is to develop an innovative approach that enables rapid largearea patterning of perovskite thin film surface in a single and efficient step for enhancing light management this is possible thanks to femtosecond laser processing a cuttingedge technology that creates laserinduced periodic surface structures lipss this finely tunable periodic linepattern promises to optimize the light management capabilities of perovskite solar cell devices lipss are the result of an interference phenomenon which allows patterning large areas in the blink of an eye making them a perfect fit for industrialscale production the novel strategy proposed in sparkles achieves maskless patterning without the need for harmful chemicals ensuring a clean and sustainable process sparkles is poised to illuminate the future of perovskitebased solar energy making stride towards a greener and more efficient tomorrow
disruptive therapies for the longterm relief of osteoarthritis pain

osteoarthritis oa is the most common cause of chronic pain in older persons in europe and is the leading cause of disability the disease is a condition affecting the joint cartilage and subchondral bone and is frequently accompanied by pain stiffness and longterm disability chronic pain is the most prominent symptom in most people with oa and is the most important determinant of disability in patients with osteoarthritis treatment guidelines for oa pain management uniformly recommends a range of pharmacological therapies including paracetamol nsaids and opioids together with nonpharmacological therapies however such therapies are restricted by considerable side effects and limited efficacy as well as countryspecific restrictions on prescriptions eg on opioid use given the risks and side effects associated with current therapies the longterm outlook for oa patients is bleak currently there exists no nonpharm effective therapy for oa pain management oa patients are left with two options manage the debilitating chronic pain using overthecounter andor prescription medication with all of the risk and side effects associated with those therapies or try to independently cope with the pain and all of the personal economic and societal challenges that chronic pain presented within the ambitious arthalleve project we propose to develop a nonpharma sideeffectfree longterm therapy for oa patients providing new hope to the growing cohort of european citizens affected by this debilitating disease the arthalleve project will explore the concept of attaching neurotoxin molecules to hydrogel particles to enable the mechanism of nerve blocking to occur with the hydrogel acting as a longterm anchor preventing migration of the molecule from the target site this project will truly transform the treatment of chronic oa pain and the quality of life of the large cohort of european patients suffering from the condition
etip hydropower europe

the ambitious plan for an energy transition in europe now seeks to achieve a lowcarbon climateresilient future in a safe and costeffective way serving as an example worldwide in many european countries the phase out of nuclear and coal generation has started with a transition to new renewable sources comprising mainly of solar and wind for electricity generation however solar and wind are variable energy sources and difficult to align with demand hydropower which strongly contributed during the last century to industrial development and welfare provides high flexibility and storage services required for ensuring energy security and delivering more solar and wind power onto the grid hydropower has all the characteristics to serve as an excellent catalyst for a successful energy transitionbuilding from this extensive programme of consultation the hydropower europe forum httpshydropowereuropeeu has developed from 2018 to 2022 a research and innovation agenda ria as well as a strategic industry roadmap sir the consortium is particularly motivated 1 to integrate its ria and sir into the strategic energy technology set plan roadmap establishing links with national authorities and 2 to consolidate its strong networks into a sustainable association serving not only the hydropower sector but the whole renewable energy sector contributing towards the european green deal built on the more than 600 stakeholders representing all sectors who actively participated through the hydropower europe forum etip hydropower will further align and coordinate the industry ria and sir strategies to provide consensusbased strategic advice to the set plan covering analysis of market opportunities and ri funding needs biodiversity protection and ecological continuity another goal is in one with europe and the latest eu climate and energy related policies deepening the understanding of innovation barriers and exploitation of research results
political animals a morethanhuman approach to urban inequalities

animapolis aims to understand the role of animals in the formation of urban inequalities asking how do animals interactions with humans and infrastructures coproduce the unequal distribution of risks and resources across urban spaces and populations it focuses on two critical urban domains security and public health that are often characterized by stark inequalities and takes the role of key animals within these domains dogs and rats respectively as a unique analytical entrypointurban inequalities are not only produced and transformed by people security dogs have been socialized to identify threatening individuals on the basis of classed and raced markers rats pose a public health risk and thrive in lowincome areas with decaying sanitation infrastructure urban scholars have recently begun to highlight the importance of infrastructures and technologies in configuring access to essential goods and services while this research has provided key insights into how nonhuman entities mediate social relations it has largely overlooked how animals too may coproduce inequalitieswhile dogs and rats clearly play a role within security and public health we know little about how they mediate urban inequalities related to these societal challenges this project investigates such mechanisms by focusing first on dogs and rats distinct biological specificities and cultural imaginations and second on the spatial material and affective dimensions of their interactions with humans and infrastructure the research design develops a twoway qualitative comparison between different urban contexts and between different animals through multispecies ethnographies of animalhumaninfrastructure dynamics in amsterdam and philadelphiathe projects morethanhuman approach extends theoretical and methodological innovations within urban anthropology geography and humananimal studies in order to open new horizons on the study of urban inequalities
biomimicry and carbon adsorbent ecomaterials for a climateneutral economy

the european commission ec launched the new european bauhaus initiative to improve the wellbeing and health of citizens and future generations the initiative is an environmental economic and cultural project aiming to combine design sustainability accessibility affordability and investment with helping deliver the european green deal it aims at sustainable solutions that create a dialogue between our built environment and the planets ecosystems csto2ne aims to provide the european community with innovative solutions for recycling and valorising biowaste biomass and industrial waste into new ecoengineered materials through industrial symbiosis waste coutilisation mineral carbonation and biomimicry approach namely natureinspired solutions and technologies for improving carbon uptake and waste incorporation and design ecoengineered materials and transference of the emergent technologies through ecoinnovation business models in this context csto2ne intends to 1 promote international and interdisciplinary collaboration through research and innovation staff exchanges leading to extended networks and opportunities 2 enhanced networking and communication capacities with scientific peers as well as with the general public that will increase the projects impact 3 foster a shared culture of open access research an cocreation that welcomes and rewards creativity and entrepreneurship inspired by the new european bauhaus concept fostering ideas into innovative prototypes and technologies for the ecomaterials circular economy
fairness and explanations in group recommender systems towards trustworthiness and transparency

today most social media networks use automated tools to recommend content or products and to rank curate and moderate posts recommender systems rss and in particular group recommender systems grss a specific kind of rss used to recommend items to a group of users are likely to become more ubiquitous with expected market forecast to reach usd 1613 billion by 2026these automated content governance tools are receiving emerging interest as both algorithms and decisionmaking processes behind the platforms are not sufficiently transparent with a negative impact on domains such as fair job opportunities fair ecommerce or news exposuretwo of the key requirements that have to be fulfilled to build and keep users trust in ai systems while guaranteeing transparency are fairness and explainability but aside from some previous attempts to enhance both aspects in traditionalindividual rs they have hardly been explored in grss fidelity addresses this challenge by developing novel algorithms and computational tools in grs to boost explanation fairness and synergy between them through a disruptive multidisciplinary research approach that 1 extensively brings shap and lime as stateoftheart posthoc explanation approaches in ai into rs and grs contexts 2 bridges explanation and fairness in rs and grs introducing an explanation paradigm shift moving from why are the recommendations generated to how fair are the generated recommendations and 3 transversally evaluates the new methods through realworld grss and user studies the ultimate goal is to guarantee greater user trust and independence of rs output from any of the sociodemographic characteristics of users the training programme designed with the aim to fill the existing gaps between computing science social research and business development reality will provide the candidate with a multidisciplinary background that will boost his innovation potential and career prospects
personalized text enhancement for researchers

every year more than 9 million articles are submitted for publication by almost 25 million academics around the world scientific publishing is increasingly shaped by an emphasis on speed particularly in highstake areas such as medicine and sustainable energy the advent of scientific preprints has greatly improved our ability to access scientific publications in a timely fashion but the burden of actually writing those publications still rests solely on the shoulders of overworked researchers scientific writing is a challenging laborious timeconsuming task and one that most researchers feel they are failing at according to a recent survey we carried 79 of our almost 400 respondents stated they have trouble completing more than half of their papers for over 56 of them the frustration behind not publishing fast enough is among the top three problems they feel the worst about in their lives as academics for over 23 of them this is the very first source of anxiety the more time a researcher spends painstakingly choosing words and rearranging paragraphs the less time they have to collect data analyze it formulate theories and actually engage with the public sagewrite wants to invest in research by giving researchers more time to focus on what really matters the contents of their articles sagewrite offers a cuttingedge aipowered textenhancement algorithm that is specifically catered for scientifictechnical text users input a very schematic draft of what they want to write and our software generates the corresponding perfect text for them sagewrite helps researchers write better papers faster we already have a working prototype that can generate grammatical text starting from a draft we ask for womentech eus help to add personalization to our platform we want to research and develop ways to personalize the generated text output based on the users preferred style and fields of expertise
viral narratives the role of narratives for economic belief formation

this proposal seeks to study economic narratives narratives may both shape expectation formation and influence economic decisions using largescale experiments this proposal seeks to better understand the drivers of the virality of narratives as well as the mechanisms underlying their persuasive effects a key feature of this proposal is the combination of qualitative data on economic narratives as measured in speech recordings with quantitative data on beliefs and economic behaviors in part 1 i seek to study the production and transmission of narratives in part 1a i plan to study which types of narratives about economic phenomena tend to get retold and thereby go viral the experiments will examine which features of narratives are predictive of their virality and how narratives mutate through the transmission process in part 1b i plan to study how incentives to entertain shape peoples narratives and how the resulting distortions affect downstream belief formation part 2 aims to combine administrative data on highstakes economic behaviors with economic narratives as measured with speech recordings i aim to measure narratives about the labor market effects of artificial intelligence in large representative samples as well as among journalists politicians and labor market experts i then plan to relate narratives to important labor market behaviors and educational choices and to examine their origins finally part 3 proposes to study the mechanisms behind the persuasiveness of narratives our experiments will allow us to cleanly identify how narratives affect belief updating and confidence compared to welldefined bayesian benchmarks we plan to examine the mechanisms with a particular focus on how narratives facilitate the process of mental simulation these projects trace the journey of economic narratives from their inception and spread to their impacts on behaviors and beliefs and unveil the underlying cognitive and social mechanisms
quantum ergodicity stability and transitions

we shall develop methods and models for analyzing quantum ergodicity in manybody systems proving its stability against small perturbations and studying ergodicitybreaking transitions due to integrability disorder or localized impurities ergodicity is a cornerstone of statistical mechanics and a key manifestation of manybody quantum chaos while manipulating ergodicity and engineering ergodicitybreaking transitions will have immense applications cfscarred states in rydberg arrays heating transitions in floquet systems time crystalline phases of matter pi proposed groundbreaking methods for establishing quantum ergodicity by rigorous analysis of spectral statistics correlation functions dynamical complexity indicators and entanglement on the basis of spacetime duality most of current understanding of manybody physics or quantum fields is based on perturbative expansions around free integrable or localized models here we propose a twist of paradigm we shall study weak perturbations of statistically exactly solvable ergodic models such as dualunitary chaotic quantum circuits proposed by pi an intuitive expectation of structural stability of ergodic dynamics in analogy to rigorous results in classical ergodic theory implies that such expansions typically have unlike expansions around freeintegrable models finite radii of convergence various order parameters of the ergodic phase shall be developed and compared in their utility to signal and characterize ergodicitybreaking transitions a related goal is a construction of exactly solvable models in which the eigenstate thermalization hypothesis can be proven being of fundamental importance in mathematical and statistical physics the results are expected to have widespread applications across fields from studying localization transitions in disordered systems benchmarking quantum simulators and certifying quantum supremacy to rigorous proofs of chaos in holographic models of black holes