Dragon09/odtu_chatbot huggingface dataset:
the anthropology of the future an art world perspective

the future has been neglected as an object of anthropological study even though our complex social ecological and now with covid19 biopolitical crises demand novel imaginations of the yettocome moreover anthropologists have urged the decolonisation of existing studies of the future that are often based in the global norths concerns anthrofuture shifts the focus of the anthropology of the future to the pandemicinduced acceleration of the future into the present the project identifies the art world historically featuring a high degree of experimentalism a strong futureorientation and particularly in emerging markets in the global south an openness to risk and speculation as a crucial site for groundbreaking anthropological knowledge on the future the pandemic forced the art world to quickly develop innovative digital solutions to replace physical events the result is a new fully integrated physical and digital system while prepandemic scholarship on the art world largely focuses on institutions professionals and activities as physical phenomena there is no scholarship on this new digitalphysical infrastructure anthrofuture further acknowledges the global south as the most vital site for modeling the future by situating its research in india and pakistan as active and mutually entangled art world locations anthrofuture introduces three novel modes of inquiry 1 systematic research on the digitalphysical art world as an ethnographic site for the study of the future 2 innovative multimodal methodologies for studying the future that combine inperson digital and visual ethnography largescale social media data harvesting and artist subprojects 3 analytical and theoretical advancements on the future as a time zone in comparative terms and across the regional contexts embedded in anthropology the project pursues these objectives driven by the pis extensive research on the past and present of the art world and the global south
stimuliresponsive mechanically interlocked peptide rotaxanes for biomaterials and biosensing

mechanically interlocked molecules mims feature mechanical bonds which link multiple distinct components together allowing free movement between them without dissociation this makes mims perfect candidates for artificial molecular machines and earned them the nobel prize in chemistry 2016 over the last 30 years mims have been applied in diverse areas from switchable catalysis to smart materials however they have so far only found limited use in biomedicine due to the often lengthy synthesis and poor solubility in biological media directly addressing these challenges we will use natures own building blocks ie peptides to construct stimuliresponsive mims for use in bioapplications rotaxanes are a class of mim resembling dumbbells with a macrocyclic ring encircling the axle we will use bioactive peptides as the rotaxane axle making them intrinsically biocompatible mims whose bioactivity will be initially silenced via obstruction of the encircled stimuliresponsive macrocycle which acts as protective armour and stabilises the peptide upon application of a stimulus eg light irradiation selfimmolative cleavage of the macrocycle occurs liberating the free peptide hence light acts as a stimulus to turnon the bioactive response of the peptide ondemand we will use this to design advanced biosensing systems for stimuliresponsive mmp2 cleavage of the peptide sequence plglag further we will develop beyond stateoftheart photopatterning methods for cell adhesion using the integrinbinding rgds peptide sequence as our rotaxane axle using the high spatiotemporal control of light we can turn on celladhesion where desired via selfimmolation of the macrocycle using light irradiation this action represents a precise highresolution method for the photopatterning of celladhesive biomaterials a crucial first step for the use of peptidecoated biomaterials in therapeutics eg transplants skingrafts and drug delivery platforms
democratising and making sense out of heterogeneous scholarly content

scilakes mission is to build upon the openaire ecosystem and eosc services to a facilitate and empower the creation interlinking and maintenance of scientificscholarly knowledge graphs skgs and the execution of data science and graph mining queries on top of them b contribute to the democratization of scholarly content and the related added value services implementing a communitydriven management approach and c offer advanced aiassisted services that exploit customised perspectives of scientific merit to assist the navigation of the vast scientific knowledge space in brief scilake will develop support and offer customisable services to the research community following a twotier service architecture first it will offer a comprehensive open transparent and customisable scientific datalakeasaservice service tier 1 empowering and facilitating the creation interlinking and maintenance of skgs both across and within different scientific disciplines on top of that it will build and offer a tier of customisable aiassisted services that facilitate the navigation of scholarly content following a scientific meritdriven approach tier 2 focusing on two merit aspects which are crucial for the research community at large impact and reproducibility the services in both tiers will leverage advanced ai techniques text and graph mining that are going to exploit and extend existing technologies provided by scilakes technology partners finally to showcase the value of the provided services and their capability to address current and anticipated needs of different research communities four scientific domains neuroscience cancer research transportation and energy have been selected to serve as pilots for each the developed services will be customised to accommodate differences in research procedures practices impact measures and types of research objects and will be validated and evaluated through realworld use cases
climate monitoring and decision support framework for sand flyborne diseases detection and mitigation with costbenefit and climatepolicy measures

climos aims to assist mitigation of climate and climate changeinduced emergence transmission and spread of vectorborne and zoonotic pathogens based on ecohealth and one health approaches this will be achieved by quantifying climate and environmentalrelated drivers of sand fly vector populations and the sand flyborne diseases sfbds across europe the project will provide an early warning system ews and decision support frameworks for more accurate climate and health modelling prognosis of infection risk and range expansions and adaptation options socioeconomic analysis and risk assessments will inform decision support providing social and costbenefit evaluations towards these goals an open access interactive climos online platform will be developed containing data on vector and sfbd species geography and uptodate monitoring climate environment and mathematical algorithms the accompanying educational platform will enable evidencebased mitigation decisionmaking by social environmental and financial stakeholders public bodies and policy makers climos will generate sciencebased predictions actions and policyrelevant recommendations to mitigate climate changeinduced emergence and spread of sfbds by providing precision vector and infection surveillance methods and networks across 14 countries creation of big data time series on vectors disease micro and macroclimate environment and health and on infection risk to be available also for use at the eu climate and health observatory and as european commission isa joinup opensource tool for public and healthcare new interoperability data ontologies open biological and biomedical ontology obo and open geospatial consortium ogc for sfbds and climate new innovative technical solutions for vector monitoring new trapping solution and ews components and at least 30 peerreviewed open access publications 3 policy reports and diversity of public engagement materialsproject climos is part of the european cluster on climate change and health
fourlegged autonomous robots for industrial inspections

keybotic builds autonomous dog robots for industrial inspections monitoring and surveillance with the technology that won 1st prize in the darpa robotics challenge keyper our cuttingedge labradorsize robot autonomously monitors the facilities detects gas leaks hotspots steam leaks reads instruments detects intruders and sends realtime alarms to the control center
debating deltas the early medieval river mouths historical ecologies 6th10th centuries ad an interdisciplinary and comparative approach

this project will pursue an interdisciplinary methodology to analyse how and why the early medieval european deltas became primary gateways for interaction between sea and inland territories and how they influenced the new socioeconomic scenario after the fall of the roman economic system i will compare two mediterranean cases the rhone and the po deltas with the north sea cases of the rhine and elbe deltas between the 6th10th centuries ad historical document and archaeological analyses in one of the mostactive research clusters of early medieval europe urbnet will be paired for the first time in these areas with new cuttingedge remotesensing technologies and network modelling analysis allowing to a reconstruct the early medieval deltas landscape b understand how deltas environment influenced the form and development of socioeconomic networks c assess what kind of impact people and goods had on deltas and related societies and d identify and possibly define a delta identity establishing a new research trenddeltas through its interdisciplinary approach and the support of leading scholars in both archaeological sindbk and landscape kristiansen analysis of wetland environments has the potential to highlight the crucial sociopolitical and economic role of interaction in delta areas reassessing the opinion of an early medieval socioeconomic stagnation in the mediterranean in this phase moreover the casestudy areas at the borders of the postroman european union under the franks will allow me to investigate the permeability of delta societies engaging with migration cultural integration and selfdefinition and the anthropic interaction with climate change and environmental threats which are pressing contemporary issues finally this project will fill a research gap concerning the development of early medieval socioeconomic systems linked to river deltas an overdue research question not yet fully tackled
high throughput phylogeography of tumors how the tissue environment influences cancer evolution

the tumor microenvironment tme is a dynamic ecosystem wherein tumor cells immune cells and stromal cells interact and evolve one of the primary characteristics of cancer progression is the diversification selection and expansion of tumor subclones in manner that largely depends on the tme eg through immune responses or metabolic crosstalk advances in singlecell and spatial genomics provide exciting opportunities for studying how tumors evolve in their tissue context by lending an informationrich perspective on which cell subsets are present and how they might interact however fundamental questions which require the knowledge of how single tumor cells are related subclonally remain challenging to study through that perspective fundamentally what characterizes the immediate cellular environment of successful subclones here we develop transcriptional phylogeography a paradigm for studying tumor development insitu on a transcriptomewide scale and at single cell resolution our work will leverage studies by us and others that utilized crisprcas9 mutations coupled with single cell rna sequencing to infer the lineage structure of thousands of single cells at a time adapting this system for insitu profiling we will generate the first of its kind phylogeography dataset of a tumor model this data will allow us to identify tissue locations that harbor critical subclonal properties such as unrestrained growth dedifferentiation and metastatic seeding and thereby investigate through the lens of high throughput genomics how the tme is associated with these properties we will also identify and offer solutions for outstanding analytical questions in this nascent area from lineage inference given sparse data to characterizing the metabolic aspects of tumortme cross talk together these studies will help establish new causal links between the tme and tumor evolution and lay the foundation for transcriptional phylogeography analysis
building a sustainable circular economy through innovative biobased manufacturing lines

newwave will contribute to building a circular economy by introducing sustainable raw materials in different manufacturing lines replacing toxic chemicals and lowering the environmental footprint of the products the raw materials are obtained from thermochemical fractionation of biomass this process converts biomass residues by fast pyrolysis into fast pyrolysis biooil fpbo subsequently the fpbo is fractionated based on chemical functionality yielding a reactive lignin fraction and a sugarrich fraction both being excellent starting materials to produce sustainable biobased chemicals materials the selected product lines fully exploit the unique chemical functionalities already present in biomass residues and organic waste streams moreover the lines are interlinked and output from one line will further improve the sustainability of the other waste water treatment and water reuse is integral part of the conceptnewwave aims at woodbased products for the construction industry including cross laminated timber clt to replace steel and concrete as structural components and modified wood to replace tropical hardwood or chemically treated wood for outdoor use medium density fibreboard mdf and plywood will be produced for interior usage toxic chemicals like formaldehyde and creosote will be replaced by nontoxic biobased alternatives a small building will be constructed with these materials to demonstrate the products and test durability the biobased chemicals can also be used as green solvents antifreeze coolant and in the bulk fine chemical industry the european market potential is enormous billion y range the ghg emission avoidance ranges from 30 to over 90 depending on replacement ratio and end application the individual manufacturing lines as well as the integrated value chain will be assessed in detail on technical economic social and environmental performance to ensure the production is truly sustainable
capillary electrophoresis as a main pillar for the characterisation of nanoplastics released from singleuse and reusable plastic drinking bottles

the advent of plastics to society has entailed a global dependence on this material special attention should be paid to nanoplastics which are present in bottled drinking water due to weathering during usage from a scientific point of view it is important to get an insight into the risks that nanoplastics may bring to human health analytical chemistry is called to provide a response to this actual problem with new methodologies to characterise nanoplastics that are released to water from commercial bottles the main goal of ce4plastics project is to advance thestateoftheart methods for identification and quantification of nanoplastics released to drinking water from singleuse and reusable plastic bottles in the short and longterm and raise awareness in the population about nanoplastic risks the feasibility of capillary electrophoresis to characterise nanoplastic particles will be investigated next bottle weathering during normal usage and its implications in nanoplastic release to bottled water will be assessed the project will be carried out at flemish institute for technological research vito in belgium with an european researcher resuming his path in research and innovation ce4plastics will give him an excellent opportunity to be engaged in a wide range of transferable and scientific skills and to lead a necessary breakthrough to promote nanoplastic separation quantification and position himself as a leading researcher in the future
mobilizing european communities of practice in biobased systems for better governance and skills development networks in bioeconomy

biogovnet project engages 10 experienced partners to mobilize local resources and stakeholders in eight eu states estonia italy netherland greece slovakia czech republic portugal and germany the project aims strategically to support the establishment of innovative governance models in bioeconomy to achieve betterinformed decisionmaking processes social engagement of all actors and uptake of sustainable innovations in bioeconomywith the specific objective to provide validated guidelines for bioeconomy training and mentoring based on case studies from 8 eu regions biogovnet undertakes to identify and assess from the perspective of using the good practices and successful case studies for novel training framework complete an assessment based on regional capacities opportunities barriers and potentials define regional needs and expectations local feedstock availabilities and use governance barriers social and economic landscape identify needs for skills required by the novel business models and related social measures to enable consumers industry and public bodies to switch to socially and environmentally responsible behaviour within their spheres eg regulatory measures corporate responsibility initiatives education and training the methodology of the project ensures the synergies between respective parties transparency of actions and inclusiveness of all actors incl the socially vulnerable groupsbased on the collected materials analyses and quintuple innovation helix approach the project develops guidelines for the setup of the modern and inclusive training and mentoring frameworks and programmes in specific european regions targeting the local biosystems regulators and policies for building the bridge between knowledge skills bioeconomy and good governance
risk assessment tools for severe side effects after breast radiotherapy radiation safety through biological extended models and digital twins

radiation protection and safety measures are essential to ensure adequate quality safety in radiotherapy rt side effects are systematically mitigated through optimisation and individualisationbreast cancer bca is the most common cancer in women in europe leading to millions of bca survivors in europe this group is projected to increase in the next decades randomised trials established the role of rt following breast surgery careful rt planning and delivery allow targeting the breast while minimising the dose to organs at risk yet some doses unavoidably reach the lung and the heart putting bca patients at risk for severe cardiac and pulmonary disease and second cancers quantitative personalised risk scores for late severe cardiacpulmonary diseasesecond cancers following rt would reveal opportunities to further mitigate the risk of side effects at the individual patient level risk scores would provide a quantitative guide when shaping the patients followup and screening program to assess the risk or presence of subclinical diseaseswithin tetris we propose to design and test quantitative personalised lowlevel risk scores based on doseresponse relationships already published in the literature and refined risk scores which merge patientspecific features from imaging genetics and transcriptomics with rt dosethe project also proposes to explore the opportunities and challenges of applying digital twins dts in rt safety we will use the historical cohort to develop the prototypes and evaluate the gain we can have using digital twins for risk assessment instead of modelbased risk scores using a prospective collection of detailed patient data we will demonstrate the possibility of refining dts allowing a deeper description of the single patient and a broader description of the patients followup the value of the refined dts could shape investments in data collection and computational resources for radioprotection
the congoubangi watershed an interdisciplinary approach to the genesis of a linguistic accretion zone in central africa

central africas congoubangi watershed spans multiple ecozones in the northern margins of the rainforest it is a major hotbed of linguistic cultural and human genetic diversity with deep occupation history this linguistic accretion zone is home to a complex mosaic of genealogically and typologically diverse languages spoken by smallsize communities with different societal organizations material cultures and subsistence specializations despite the myriad of new insights it could generate about language evolution and deep human past it is poorly known due to difficulty of access and an astonishingly intricate configuration the aim of congubangi is to understand the presentday interconnections between language material cultures and genes in the congoubangi watershed and project them as far back into the past as possible through a holistic localized and locallyenforced interdisciplinary approach the project teams core scientific expertise covers linguistics ethnoarchaeology and archaeology genetic and paleoenvironmental expertise is added through interuniversity collaboration congubangi will realize a breakthrough in our understanding of how linguistic diversity correlates with cultural and genetic diversity and why it originated and persisted in this specific ecoregion for millennia new bodies of evidence from mutuallyfeeding disciplines will be integrated to determine whether i language shift is an adaptive strategy in response to environmental stress and ii past environmental changes impacted the synchronic distribution of linguistic enclaves by untangling one of the most historically intricate areas of the continent it will contribute to scores of theoretical and methodological issues in a large array of disciplines and blaze research trails in previously unimaginable directions beyond research it will foster the preservation of smallscale autochthonous languages and cultures facing increasing extinction threats
novel single photon sources based on electrical doped perovskite quantum dots

future quantum technologies promise to deliver unprecedented computing power guarantee secure communications and yield ultrahigh precision measurements the keyelement of all quantum optical technologies is the single photon emitter however state of the art single photon sources still suffer from a slow photon emission rate hampering the application of quantum technologies in our everyday life moreover in quantum optics it is essential to be able to analyze quantum signatures of the emitted light from quantum dots qds and current experimental configurations offer limited capabilities for the metrology of quantumlight sources therefore eldopp will target the development of a novel approach based on electrical doping of perovskite quantum dots qds to boost their single photon emission properties and the implementation of a new detection system for the complete characterization of quantum optical properties of light emitted by qds the first aim of the project will be achieved through the realization of a solidstate device where an external electric field is directly applied to the perovskite qds using a parent structure of fieldeffect transistor fet to generate highly charged excitons with fast decay rate furthermore eldopp will take advantage from the fact that perovskite qds provide the fastest decay rate among the known qds so far offering the opportunity for the realization of the fastest single photon source at room temperature until now the second aim of eldopp will be accomplished via the implementation of a detection system based on a single photon avalanche diode spad array detector the data collected with this system will provide a complete characterization of the analyzed single photon emitter giving information on the lifetime antibunching effect and photon indistinguishability enabling also quantumimaging microscopy