Dragon09/odtu_chatbot huggingface dataset:
radically embodied performance as musical structure

radically embodied performance as musical structure repams is an artistic research project that seeks to describe analyse and explore performers creativity in particular relation to complex and experimental guitar music and performing practices within western art music this project is centrally advocated on recent compositional practices evidencing a performative transformation of musical material in which soundproducing actions are immanent layers of the music as if the composer is bypassing the performer as a person and scoring directly for her body challenging the performers role as a creative agent based on the premise that performers do not reproduce but create musical structures repams rethinks performers creativity as the radically embodied creation of musical structures the action is structured around three main casestudies as seen through three different epistemological methodological lens by examining recent notationalperforming practices as both products and processes repams pursues an artistic research methodology in which the interaction between notations artistic practices and further nonmusical elements emerging as process satisfying standards of rigor replicability and transmissibility while still remaining flexible to the emerging possibilities and constraints that these notations imply repams will contribute to build analogical bridges between analytical and embodied perspectives exerting an impact upon artistic and research practices formats of presentation for artistic research outputs and performance pedagogy the action will enhance the ers skills and future employability prospects opening new training opportunities both as an academic and an artistresearcher furthering his ability to plan organise develop his dissemination and public outreach competencies and reinforcing his professional networks
engineering ecofriendly and sustainable reflecting crystals in yeast to replace hazardous tio2 based pigments

the superior optical properties and stability of titanium dioxide tio2 has made the material attractive to many industries for use in food cosmetics and pharmaceuticals despite these benefits the wide use of tio2 has raised significant health concerns culminating in the 2022 european unions decision to ban its use as a food additive this regulatory shift has precipitated an urgent demand for healthier environmentally sustainable alternatives that do not compromise on performance unfortunately current alternatives fail to match tio2 in terms of efficacy and stability thereby limiting their adoption this poc proposes an innovative solution by which yeast serve as ecofriendly biofactories to produce guanine crystals these crystals which are naturally utilized by animals to reflect light possess remarkable optical properties with enhanced thermostability and superior compatibility compared to current tio2 alternatives we will modify yeast to express the specialized highly efficient guanineproducing enzymes originally identified in zebrafish as part of our erc project inspired by nature our project will exploit yeasts remarkable biosynthetic abilities to obtain efficient production of these crystals our preliminary results demonstrate the feasibility of this approach and are backed by robust metabolomic profiling that enables precise measurement of guanine levels identification of metabolic bottlenecks and detection of byproducts in preparation for commercial rollout our strategy involves mapping our innovation within the eu food industry identifying precise market segments and crafting an initial business model this multifaceted approach is designed to both showcase the economic viability and market potential of our yeastproduced guanine crystals and also to position them as a safe sustainable and highperforming tio2 alternative in line with the eus healthcentric regulatory framework and consumer expectations
oceanic presence in deepsea mining how the sea coproduces situational knowledges and practices

deep sea mining dsm is capturing significant attention across political scientific and societal domains the deep sea is becoming a valuable source of capital challenging its historical perception as the last great wilderness oceanmined seeks to venture into these uncharted waters in order to investigate the implications that arise when mineral extraction shifts to an entirely distinct environmental realm such as the ocean despite numerous social scientific studies investigating political jurisdictional and environmental aspects of dsm an evident gap remains in the exploration of the oceans intricate material and discursive dimensions the ocean transcends being merely a static body of waterit stands as an everpresent and dynamic force that continually shapes the facets of maritime extraction the experiences of workers and the crafting of situational knowledges and practices drawing inspiration from the innovative literature on the oceanic turn and the new interest in the threedimensional and turbulent materiality of the sea oceanmined asks how mining gets wet and grapples with the ceaseless oceanic presence oceanmined examines these questions by conducting a multisited and ethnographic research across three distinct dsm hotspots in norway at the headquarters of loke marine mineral to explore resource management processes at the head office of kongsberg maritime to untangle dsm technology and on board a dsm vessel to explore offshore operations oceanmined aims to develop a novel theoretical and ethnographic oceanbased approach designed specifically to investigate the role of the sea as a political and social actor in understanding the sociality work and automation of dsm the project will thus contribute to a broader understanding of the complex interplay between humanity technology and the ocean within the realm of dsm which is crucial for developing more sustainable policies on the use of marine resources
mission remission integrated characterization of the hiv reservoir and host immune responses after antibodyimmunotherapy

the search for a therapeutic intervention that can lead to hiv remission or cure is a global priority of the hiv field hivspecific antibodies have the potential to alter the clinical course of infection and enhance antiviral immune responses in addition we have recently demonstrated that antibodybased hiv immunotherapy results in higherthanaverage cases of durable hiv remission in the absence of antiretroviral medication moreover passive administration of hivspecific antibodies was associated with reductions in the size of the replicationcompetent hiv reservoir which is the major barrier towards a cure for hiv while these results highlight the exceptional potential of hiv immunotherapy it is critical to understand the underlying mechanisms responsible for higher rates of hiv remission and antibodymediated changes in the reservoir therefore we will identify individuals with longterm hiv remission from clinical antibodyimmunotherapy trials before comprehensively characterizing host immune responses hostviral gene expression and the hiv latent reservoir by combining highly valuable clinical samples with novel strategies for the characterization of viral immunity and persistence we aim to establish a relationship between antibodybased hiv immunotherapy host immunological factors adaptive immune responses and the nature of the viral reservoir with the overarching goal of developing clinical interventions for longterm drugfree hiv remission or cure
relative langlands functoriality trace formulas and harmonic analysis

the langlands program is a web of vast and farreaching conjectures connecting seemingly distinct areas of mathematics that are number theory and representation theory at the heart of this program lies an important principle called functoriality that postulates the existence of deep relations between the automorphic representations of different groups as well as related central analytic objects called automorphic lfunctions recently a new and particularly promising way to look at these notions and that has come to be called the relative langlands program has emerged it essentially consists in replacing groups by certain homogeneous spaces and to study their automorphic or local spectra as for the usual langlands program trace formulas are essential tools in the relative setting both to tackle new conjectures than to deepen our understanding of the underlying principles a main theme of this proposal would be to make fundamental new contributions to the development of these central objects in the local setting notably by 1 studying systematically the spectral expansions of certain simple versions especially in the presence of an outer automorphism twisted trace formula 2 developing farreaching local relative trace formulas for general spherical varieties making in particular original new connections to the geometry of cotangent bundles these progress would then be applied to establish new and important instances of relative langlands correspondencesfunctorialities in a slightly different but related direction i also aim to study and develop other important tools of harmonic analysis in a relative context including plancherel formulas and new kind of paleywiener theorems with possible applications to new global comparison of trace formulas and factorization of automorphic periods
solar syngas streamed from photonicenhanced perovskite photovoltaics paving the way for market deployment

in the face of the escalating environmental challenges the transition to renewable energies has emerged as a critical and pressing necessity for a sustainable future installation of photovoltaic panels is one way to contribute to the decarbonization but currently there is only one costeffective technology available for commercial applications silicon perovskite solar cells psc have emerged recently as a very promising alternative but some issues like poor stability and the use of an evaporated metallic backcontact are still hindering its way through industrialization a promising holistic solution is to replace the metallic backcontact by a highly conductive carbon material the challenge now is to match the efficiency obtained by the metal backcontact by maximizing the carbon materials conductivity enhancing the interfacial contact or increasing the photon absorption regarding the latter issue light trapping structures are a promising solution since they already proved successful at maximizing the current generation in silicon solar cells furthermore largescale deposition methods must be adopted to develop a realistic experimental procedure compatible with largescale production and the encapsulation must be optimized to maximize the life time of the solar module still the intermittency nature of solar energy might create a mismatch between energy production and consumption an effective solution is to convert the excess energy into syngas mixture of co and h2 by coelectrolysis of co2 and water this gas can then be converted into a synthetic fuel and replace the fossil fuels derivatives contributing for the eus goal of achieving netzero carbonemission by 2050 the optimization of the solartosyngas system can be complex due to the extend of dependent processes in series and thus a computing simulation is a strong tool for predicting the operation and maximizing the energy efficiency of the entire process
integrable probability

this project is devoted to integrable probability the key feature of the field is the prominent role of methods and ideas from other parts of mathematics such as representation theory combinatorics integrable systems and others which are applied to stochastic models this philosophy often leads to very precise limit theorems which seem to be inaccessible by more standard probabilistic techniquesthe proposed research is a study of a variety of probabilistic models specific examples include the single and multispecies asymmetric simple exclusion process a six vertex model random walks on hecke temperleylieb and brauer algebras random tilings models and random representations the suggested methodology consists of a range of probabilistic algebraic analytic and combinatorial techniques the project involves two circles of questions the first one focuses on random walks on algebras and their applications to interacting particle systems the specific objectives include studying the kardarparisizhang type fluctuations for the multispecies asymmetric simple exclusion process computing limit shapes and fluctuations around them for a general six vertex model introducing and studying integrable threedimensional analogues of a six vertex model and developing a general theory of random walks on algebrasthe second one focuses on asymptotic representation theory this area deals with the probabilistic description of representations of big groups such questions turn out to be related to a plethora of other probabilistic models in particular to models of statistical mechanics the goals of this part include bringing this interplay to a new level developing asymptotic representation theory of quantum groups and studying random tilings in random environmentthe unifying idea behind these questions is a systematic use of precise relations for the study of asymptotic behavior of stochastic models which are out of reach of any other techniques
edible soft matter

food and environmental transitions are worldwide major challenges as illustrated by the farm to fork strategy at the heart of the eu green deal and by the united nations development goals sustainable and healthy food requires an urgent shift from a diet rich in animalbased ingredients towards a diet enriched in plantbased ingredients this is the challenge behind the edible soft matter esm project soft matter science has been tremendously successful in tackling complex problems involving multicomponent materials with a wide range of length and time scales and is now recognised as providing unique perspectives to understand the complexity of foods and to design new foods esm objective is to train and develop the employability of a new generation of eighteen young researchers regulators consultants and project leaders by providing them with a unique expertise in the design production and quality assessment of innovative plantbased food products the esm doctoral candidates dcs will benefit from an international interdisciplinary and crosssectoral training through research in basic and applied soft matter and food sciences through their individual research projects and the networkwide training activities characterised by a strong involvement of the nonacademic partners they will develop the hard and soft skills needed to face the current challenges related to food and environmental transitionsthe consortium includes eleven beneficiaries including three from the nonacademic sector from seven countries and eleven associated partners including four from the nonacademic sector with worldwide recognised and complementary expertise in food and soft matter sciences all dcs will be exposed to both academic and nonacademic working environments esm objectives are timely and the esm unique training programme holds a great promise for the advancement of the dcs careers as well as for scientifically technologically and socially relevant outputs
private interests in public functions framing a new paradigm of power in the cities of the roman empire from the end of the republic to diocletian

examining the hundreds of cities which formed the basis of the roman empire 70 bcad 284 pecunia interrogates the material and pecuniary interests made available to local elites by their political activity it investigates how positions in local institutions were structurally associated with private opportunities and how this phenomenon was conceived and regulated at both levels of the imperial system ie the roman centre and the cities in the civic milieu the flow of gifts and mandatory contributions of the welloff to their communities has been extensively explored by scholarship while the fields of resources made available to them by the government of the cities have remained unaddressed this mainly results from the focus on contributions of members of the political elites which is found in the inscriptions engraved under the direction of the governing bodies of the cities in praise of their actions based on the observation that sources also account for legal and illegal gains pecunia instead aims at producing a comprehensive analysis of private interest in public affairs by 1 using an empirewide inquiry whereas in institutional and social studies the civic world has so far only been approached regionally 2 harnessing heterogeneous data from classical sources and also from less sought corpora 3 using investigative concepts and data modelling stemming from political science and sociological studies of the elites to elaborate new interpretative paths about the production of stability in local governance in the roman empire by gaining substantial and systematic evidence and devising new questions capable of navigating it pecunia thus illuminates the expectations regarding participation in public life by the various subgroups in the elites and it frames a new paradigm of local power considering all stakeholders and their attitudes to the realities of private interests in local functions from the local people to the roman administration
sustainability optimization for secure food systems

in the current environmental emergency the food system has to become more productive inclusive sustainable and resilient sosfood will therefore use dataexploitation and aibased technologies to provide a holistic and comprehensive image of the eu food system and develop tailored predictive tools to support wellinformed decisions of all stakeholders of the food chain with a multifactorial multiactor and multiscale approach thanks to its multidisciplinary consortium of experts from private and public sectors academia research and food system representative consumers producers and industries although several initiatives have been taken in the same line none has fully succeeded at considering the global picture of the system or delivering a reliable and accessible message to the target audience hence sosfood will result in a consolidated food data space focused on sustainability and health and decisionmaking tools adapted to each level of the chain a predictive dashboard displaying data and predictions for industries and a mobile app for consumers comprising an ecohealthy fingerprint visualization plot a greening indicator of industries reformulated european recipes promoting healthy local and seasonal ingredients and general recommendations following these steps 1 creating a multiactor network gathering social political legal economic technological food health environmental and climatic data promoting transparency and datasharing 2 mapping the food system scenario with a multidimensional strategy exploiting the interoperability of data with advanced impact analysis and innovative aitechnologies 3 codesigning solutions ie decisionmaking tools fitting the context and priorities of each user validated through field case studies to ensure viability and representativeness
relationships of receptive grammar acquisition with musical rhythm processing and executive functions

language is one of the hallmarks of what it means to be human and grammar is a core linguistic ability that makes us able to understand receptive grammar and express expressive grammar the relationships between words in sentences this ability is fundamental for participating in the educational economic social and cultural life of society while impairments of grammar can lead to lifelong difficulties in these areas the acquisition of grammar is thus one of the most important developmental steps in young humans recent theories emphasize the complex interplay between linguistic and nonlinguistic processes in grammar acquisition two nonlinguistic processes that have been proposed to be tightly linked with grammar primarily with receptive grammar are executive functions efs and rhythm processing the interplay of these abilities with receptive grammar however have never been systematically tested the proposed project aims to fill this gap by investigating the relationships of receptive grammar with efs and rhythm processing in an individual differences behavioral study in a large group of children the project will also develop and validate a gamified battery that will facilitate conducting largescale inperson or webbased studies with children in the future the results of the proposed project will help to determine if an exhaustive model of grammar acquisition needs to incorporate efs and rhythm processing disentangling factors affecting grammar acquisition will help to improve the health and wellbeing of children by optimizing their learning environment and developing effective treatment programs for children with language disorders the gamified battery i will implement will facilitate largescale data collection with children in developmental cognitive sciences and lay groundwork for developing researchbased apps to facilitate cognitive development of children with typical and atypical language development
formation and evolution of the earth with volatile elements

the first 150 million years of the earths history have led to the formation of the metallic core and the solidification of the magma ocean during this period the chemical composition of the core and the bulk silicate earth bse were defined setting the initial conditions for subsequent planetaryscale evolution the volatile and atmophile elements c h n o s and noble gases used as tracers compose life molecules and control key atmospheric properties thus contributing to the definition of habitable planets these elements are abundant at the earths surface but the planetary interior represent a much greater reservoir determining c h n o s and noble gases budget in both the core and the bse requires experimental data at the deep magma ocean conditions which is currently challenging however this information is critical for interpreting geophysical and geochemical observations on the distribution and cycling of volatile compounds here we will conduct laboratory experiments to quantify the concentrations of these elements into the core and the bse at the conditions that prevailed during core formation we also aim to establish how the main phases of the lower mantle controlled the volatile budget during and immediately after magma ocean times by measuring the insitu electrical and seismic profiles of volatilebearing minerals the quantitative constraints from our experimental studies will then be incorporated within innovative numerical convection models to determine the effect of volatiles on the thermal rheological and melt fraction evolution of a cooling and crystallizing magma ocean and also on the evolution of the primordial atmosphere of planets finally these experimental constraints will be combined with geochemical and cosmochemical ones to build a new generation of models in which the formation of earth and its atmosphere is viewed within a realistic context of the formation and evolution of our solar system