Dragon09/odtu_chatbot huggingface dataset:
safeon technology for smart antimicrobial coatings

infectious diseases are a rapidly growing threat to humanity for instance the current covid19 pandemic caused by the virus sarscov2 has already killed over 45 million people since 2019 and is taking a devastating socioeconomic toll around the world similarly nosocomial infections are among the major causes of death and increased morbidity causing thousands of deaths every year in europe recently the use of antimicrobial coatings has garnered increasing interest as a simple prophylactic strategy to combat these infectious diseases in this poc project we aim advancing a new patented antimicrobial coating technology called safeon into the precommercial stage with the aim of demonstrating its breakthrough innovation potential and approaching its arrival to marketthe first part of this project encompasses optimization of safeon technology as highly efficient smart antimicrobial coatings this entails the preparation of two antimicrobial coatings based on commercial formulations used in catheters and doorhandle covers one based on hydrogels and the other on silicone and subsequent testing of their antimicrobial capacity it also involves preparing the first two safeon prototypes one coated catheter and one doorhandle cover the second part of safeon will be dedicated to intellectual property ip and market aspects needed for the precommercialization of this new technology for antimicrobial coatings this study will include a freedomtooperate analysis and a market study to identify the antimicrobial coating producers that could ultimately serve as manufacturing partnersin this project we will design fabricate and evaluate two innovative prototypes incorporating our iodine delivery platform with the aim to assess the commercial viability of with antimicrobial safeon coatings accelerate their market entry and ultimately commercialize and further develop antimicrobial coatings and other biocide products based on our technology
transmission electron microscopy studies of chargedensity waves in yba2cu3oy and erte3

understanding hightemperature superconductivity in cuprates is arguably the hardest problem in condensed matter active research in the pastten years has shown that a successful microscopic theory of superconductivity will need to describe other electronic phases that emerge alongside superconductivity one of those electronic phases are chargedensity waves cdws we propose a novel approach to study cdws and their competition with superconductivity down to the atomic scale using transmission electron microscopy tem and ultrafast tem utem at cryogenic temperatures in the particularly clean cuprate yba2cu3oy these techniques are very sensitive to the periodic lattice distortion pld that results from the coupling between the cdw and the lattice being able to study cdws at the atomic scale we will achieve a complete picture of the cdw properties in realspace that goes beyond what has been uncovered by xray diffraction and nuclear magnetic resonance nmrfirstly this will allow to study whether cdws are correlated with disorder or vice versasecondly by applying uniaxial strain we will enter the longrange cdw phase and investigate whether the pld is truly incommensurate or whether repeated discommensurations shift the cdw wave vector away from a commensurate value as has been suggested by nmrthirdly using utem and photoexcitation within the superconducting state we will have the chance to observe the competition of cdws with superconductivity in realspace at the femtosecond time scalebefore studying yba2cu3oy we will investigate a cdw model system the transition metal trichalcogenide erte3these two materials have a number of similarities both these studies will advance the understanding of chargedensity waves this novel approach will establish the study of charge ordering using electron microscopy at croygenic temperatures in cuprate superconductors
tucuvi voice and artificial intelligence to reduce the impact of chronic diseases

tucuvi is a virtual medical assistant that converses with large volumes of patients through phone calls in an intelligent and personalized dialogue it provides and collects medical information monitors the evolution of symptoms and intelligently identifies alerts that allow medical teams to plan and act preventively based on clinical protocolsclinical evidencetucuvi provides a groundbreaking dialog manager and a unique prospective medical phone calls database as a languageagnostic platform it uses breakthrough ai models based on nlp transfer learning and machine learning complemented by a solid medical knowledge base it can manage massive amounts of medical phone calls to monitor any patient on any pathology in a nonsupervised way to reduce chronic disease impacttucuvis ai has currently conversed empathetically with patients for 50000 hours in 3 languages about 12 medical protocols it is the only voicebased conversational software ce marked as a medical device
higherspin symmetry and duality in superconformal field theory

conformal symmetry is the maximal spacetime symmetry in relativistic quantum field theory such a symmetry is also realised in condensed matter systems at second order phase transitions conformal field theories possessing higherspin andor duality symmetries along with their supersymmetric extensions have recently been the focus of enormous interest worldwide this proposal puts forward a research program to explore the dynamics and quantum aspects of such theories using recent advances in group theoretic formalism to compute correlation functions the project aims to develop novel manifestly supersymmetric techniques used for comprehensive analysis of threepoint functions for conserved higherspin current multiplets in superconformal field theories in minkowski and antide sitter backgrounds both playing pivotal roles in deciphering celebrated dualities between quantum field and gravity theories another goal is to study for the first time the quantum properties of the recently discovered modified maxwell modmax theory the latter is a unique nonlinear extension of maxwells electrodynamics which is conformal and duality invariant it has opened new avenues all to be discovered to study new classes of nonanalytic conformal field theories the project outcomes will advance our knowledge of scattering amplitudes and their relation to anomalies of superconformal field theories on curved backgrounds while at the same time giving new insight into the field of nonlinear electrodynamics these results will be of major significance for a wide range of areas of modern mathematical and theoretical highenergy physics including string theory gravity cosmology and condensed matter
combining advanced numerical simulations and strong gravitational lensing observations to put new constraints on the nature of dark matter

the nature of dark matter is one of the most fundamental and striking open questions in modern astrophysics despite the success of the favoured cold dark matter cdm model in explaining observations of structures on scales larger than 1 mpc in reality a wide range of dark matter models are allowed motivated to varying degrees by particle physics assumptions and the tension between the cdm predictions and observations on galactic and subgalactic scales a combination of simulated predictions and observational data is essential to enhance our understanding of our universe and set constraints on dark matter from astrophysical phenomena the primary goal of this msc project is to generate transformative predictions by filling the existing gap between advanced hydrodynamical simulations in the standard cold dark matter model and the alternative dark matter field where predictions for observations have been so far often derived from darkmatteronly simulations or simulations of very small samples this will be achieved through 1 the creation of an innovative set of hydrodynamical simulations spanning a wide range of dark matter models and including the physics of baryons and 2 the integration with an efficient pipeline to produce realistic mock observations these will allow me to 3 compare the properties of simulated and observed objects and derive the new accurate predictions of the combined effect of dark matter and baryons on a number of observables focusing on the gravitational lensing signal i will address a number of open questions such as is dark matter cold warm or selfinteracting will future lensing observations be able to exclude models alternative to cdm do these models reproduce the observed scaling relations for galaxies what will alma elt lsst or euclid tell us about the nature of dark matter the university of bologna is the optimum location for this project thanks to an ideal combination of expertise and computing resources
microalgae cultivation in a wrrf scheme to improve circularity and riskbased assurance in wastewater treatment using digital tools

microalgae 40 will allow the researcher to improve his knowledge and skills in the application of circular economy digitalisation waterenergyfoodecosystems nexus and the zeropollution ambition to the water treatment sector this project will be carried out at the polytechnic university of marche univpm italy under the supervision of prof francesco fatone univpm appears as an ideal host to coordinate this project due to their vast experience in developing eufunded projects including dwc wwwdigitalwatercity fit4reuse httpsfit4reuseorg and promisces which are in line with some of the activities developed in microalgae 40 as part of this project the researcher will develop a secondment at the polytechnic university of valencia upv spain and a short visit in simam spa italy microalgae 40 combines aspects related to environmental science chemical engineering microalgae biology human health computer science legislation and social aspects with the goal to develop a water resource and recovery facility wrrf scheme based on microalgae cultivation biotechnology to maximise reclaimed water production and nutrient recovery from wastewater and to minimise environmental pollution to this aim microalgae 40 will focus on overcoming the barriers that hinder the wide implementation of microalgaebased systems by improving the performance and reliability of the process developing innovative digital tools that monitor and automate the system and assuring the safety of the byproducts obtained microalgae 40 will also allow improving researchers skills such as teamwork leadership digital skills communication innovative thinking proposal writing and development of products and processes this will make him a proficient researcher by the end of the project considering the challenges faced in microalgae 40 its innovation and the alignment with european policies microalgae 40 is considered a highly ambitious proposal
doing it for kicks parsing the contributions of arousal perception and appraisal as drivers of excessive gambling

psychological theories of emotion and cognition agree that emotional experiences play an important role in decision making and risk evaluation for emotions to influence decisionmaking individuals need to perceive these emotional signals ie interoception and appraise them appropriately eg attribute as an internal state these processing stages have been found to be abnormal in some forms of mental illness in gambling behaviour it is assumed that abnormal levels of arousal are a source of reinforcement and can lead to problematic gambling participation yet the underlying mechanisms remain unclear and emotional signals alone eg heart rate changes do not reliably differentiate people with and without gambling problems the current project will clarify the role of arousal in disordered gambling to close this knowledge gap by using a novel approach to separate the contributions of arousal perception and the influence of risk and ambiguity on arousal and the appraisal of arousal work package wp 1 will record psychophysiological measures of arousal in people who gamble and assess their relationships with the subjective perception of arousal wp 2 will examine the influence of risk and ambiguity on the ability of arousal to predict decision making wp 3 will investigate whether unrelated incidental arousal is attributed to the gambling episode and influences decision making in gambling behaviour combining computational modeling and psychophysiological measurements is a new experimental approach which will give additional insights in identifying which of these emotional dimensions are perturbed in gambling the proposed research will have implications for gambling policy and targeting emotional components in prevention and treatment of gambling addiction
young planetesimal belts

recent discoveries of numerous and diverse exoplanetary systems and their debris discs have revolutionized our understanding of how planets and planetesimals form one of the exciting recent developments is detection of a large number of young systems which appear to be hosting belts of planetesimals yet also unexpectedly show high amounts of gas to explain these observations novel computational models must be developed which take into account all key physical processes shaping the distribution of dust in these systems i propose to use a kinetic model of collisional evolution of planetesimals and dust combined with models of dust evolution due to gas drag and radiation pressure and models of gas structure shaped by viscous evolution and dispersal to do this i will extend the capabilities of a kinetic model previously used in studies of gasfree debris discs to account for dynamics of small dust grains in the presence of a gaseous disc this will allow to model the entire range of body sizes from dust to planetesimals in a selfconsistent way the project will require knowledge of collisional planetesimal belts as well as of the protoplanetary environment and this knowledge will be directly drawn from the existing research experience of the candidate the project will generate a transfer of knowledge to the host institution while developing the candidates theoretical and technical expertise the results of the project will be of wide use to the planetary science community as they will help to interpret future observations of young planetary systems to constrain the process of protoplanetary disc dispersal and determine properties of dust and gas that may be accreted onto planets in the last stages of their formation
microbial isoprene cycling response in the arctic

isoprene is a volatile organic compound voc that accounts for more than a third of the total voc emissions from ecosystems into the atmosphere this voc primarily released by plants is emitted at a rate of 550 tgy and can significantly influence atmospheric chemistry and climate despite some knowledge of isoprene degradation in temperate regions its role in arctic ecosystems and the impact of global changes such as rising temperatures and drought remain poorly understood the microbial isoprene cycling response in the arctic arctic project supervised by professor riikka rinnan at the new center of excellence center for volatile interactions volt at the department of biology in the university of copenhagen aims to bridge these knowledge gaps my objectives include isolating and characterizing active isoprenedegrading bacteria from arctic plant phytobiomes quantifying isoprene dynamics in arctic mesocosms and understanding the influence of elevated temperatures and drought on isoprene cycling rates this research will leverage my expertise in targeted cultivationdependent and independent methods including stable isotope probing sip for dna sequencing and metagenomics to provide more accurate insights into isoprene degradation the outcomes of this study are critical for improving our understanding of arctic isoprene cycling which is becoming increasingly relevant due to climate changeinduced temperature rises and their potential impact on atmospheric vocs
building perovskite superlattices by shapetuning perovskite nanocrystals for enhanced superfluorescent emission

lead halide perovskite nanocrystals exhibit high emission coefficients with controllable shapes sizes and compositions moreover the selfassembly of perovskite nanocrystals into consistent superlattices can generate a focused and intense burst of collective coupling emission called superfluorescence these prominent features made them attractive in lightemitting and laser applications in spureper shapetuning perovskite nanocrystals will be synthesised via a new route and pure perovskite superlattices through different shapes of nanocrystals with controllable aggregated structures and enhanced collective emission will be explored in wp1 a concept of postinjection of halide source and alkylamine ligands into the leadoleate and caesiumoleate complexes is proposed to achieve monodisperse perovskite nanospheres and nanocubes introducing other metal cations partially replacing lead at the beginning of synthesis controls the growth of crystals and postinjecting alkylamine modifies the nanocrystals into a spherical shape in wp2 pure perovskite superlattices in various threedimensional structures will be built by coassembling perovskite nanospheres and nanocubes the size and relative ratios of nanospheres and nanocubes will be tuned to modify nanocrystal packing structure packing density and aggregated orientations in superlattices moreover the selfassembling behaviour of solely perovskite nanospheres will be exploited in addition the influence of the solvent whose polarity and volatility are essential in forming a wellorganised threedimensional structure on the arrangement behaviour of superlattices will be studied in wp3 superfluorescence will be measured in these various perovskite superlattices peak shift and intensity adjustment of the coupling emission will be correlated to the packing manners involving structure density and coupling number in the superlattices
constructing learning outcomes in europe a multilevel analysis of underachievement in the life course clear

the project constructing learning outcomes in europe a multilevel analysis of underachievement in the life course clear is committed to better understanding the factors that affect the quality of learning outcomes los across european regions and intents to spark innovative policy approaches to tackle underachievement and increase social upward mobility for young people it focuses the processes of constructing learning outcomes as the result of manifold intersecting institutional arrangements spatial and socioeconomic determinants discursive and sociocultural influences as well as individual experiences dispositions cognitive and psychoemotional abilities the overall aim is to examine the combination of multiple factors shaping los and thus affecting their quality based on a better understanding of the processes of constructing los clear inquiries into the impact of policies to boost achievement and tackle underachievement and designs participative activities at local level to spark innovative policy solutions it conducts comparative multilevel analyses in 8 eu countries austria bulgaria finland germany greece italy portugal spain by means of quantitative and institutional analyses expert surveys at national and regional levels qualitative analyses and innovative participatory strategies at local level special attention is given to groups that are multidisadvantaged andor in vulnerable situations dynamic and relational concepts life course intersectionality spatial justice help explore the several mutually intersecting dimensions of the issue individual institutional structural relational and spatial in line with open science the project adopts an innovative transversal participatory approach enabling young people and other stakeholders to proactively shape educational policymaking and contribute with their views ideas and experiencebased knowledge thus enhancing the impact of the project
dones consolidation phase 1

donesconp1 is a project which answers to the call of support action for consolidating the ifmifdones esfri facility it will be linked to the brandnew dones programme serving as a transition for policy makers until funds are available consolidate and expand the users community the project will deal not only with the construction phase of the facility but also with the operation and exploitation phase of the project although the andalucia and the spanish government are ready to finance the investment to the extent of 50 croatia a 5 and euratom through f4e are also ready to invest another 20 negotiations with different partners are ongoing in order to secure and equilibrate the full construction budget and to assure the operation costs this consolidation support action is the ideal framework to ensure these contributions the project will work on critical financial legal and organisational issues related to the international character of the ifmifdones facility during its construction and operation phases the experience of the partners supplying inkind procurements to other european and international facilities is a clear asset to benefit and developing update models for all the documentation and planning related with inkind of commercial procurements at ifmifdones one of the main objectives of the project is to consolidate the scientific users community of both fusion and nonfusion experimentsthe project shall consolidate the recently created community developing cutting edge proposals in fields of nuclear physics medicine or industry the dones experimental programme is one of the key objectives of the projectfinally the project will update all the dones programme documentation in order to ensure they are ready for the start of the construction and also the installation and commissioning phases this will include an update of the documentation related to licensing of the proposal of experiments and the transport to support facilities
understanding psychological impossibility

understanding psychological impossibility upi will develop the first systematic account of psychological impossibility to do this upi will innovatively combine philosophical theorizing with empirical results from experimental philosophy and the cognitive and brain sciences in three work packages it will develop an a priori account of psychological impossibility wp1 examine this account using the methods of experimental philosophy wp2 and then based on these results and normative considerations such as whether the concept could issue discriminatory or prejudiced judgments engineer a final account of psychological impossibility wp3 upi will radically improve our understanding of the relationship between peoples options freedom and moral responsibility and provide the theoretical resources for ethical decision making when faced by people who have different affordances for choice and action understanding the way in which people do or do not shape their psychology with respect to psychological impossibility will advance our understanding of what happens when things go wrong and when people develop psychologies that they do not want further while our psychological impossibility judgments can do a lot of good shaping our psychologies in a manner that is aligned with the true and good they can also do a lot of harm by understanding why we issue the psychological impossibility judgments that we do we can then revise that understanding so that we do not prevent people from having access to equal opportunities to pursue their interests and the capacity to develop the kind of psychology that they want