Dragon09/odtu_chatbot huggingface dataset:
smart synergy mechanism between electric vehicle charging and flexibility markets

rapid integration of electric vehicles evs in the transport sector is the key to achieving the green deal decarbonization targets however ev adoption is still low for several reasons mainly concerns about the lack of charging infrastructure from the ev drivers view known as range anxiety many studies believe deploying more public ev charging stations evcss can ease this anxiety among ev drivers still evcss are not yet widely available due to profitability issues and putting more stress on the grid while the growth of the evcss is moving slowly the number of household charger installations is growing rapidly however scarce studies have investigated the potential of household chargers in providing public charging services further many households are already equipped with renewables and sell the surplus energy to the grid through local flexibility markets with renewables household chargers can provide cheaper charging services while minimizing the negative grid impacts of ev charging this project intends to alleviate the range anxiety in two ways first we will enhance the charging infrastructure availability by encouraging households to sell surplus energy to evs through a market framework called the charging market besides flexibility markets we will design a coordinated bidding strategy model from the household viewpoint based on ai to maximize profit from the two markets work package 1 second we will improve charging infrastructure accessibility by developing an aibased charging recommendation model to guide ev drivers on when and where to get recharged work package 2 finally we will conduct software implementation and realtime performance validation of the proposed aibased models work package 3 the complementarity between me the host supervisors profile the environment provided by the host and the secondment ensure the achievement of this timely and innovative project and the dissemination and exploitation of the results
the evolutionary origins of human culture a primatological perspective

culture the inheritance of behavioural phenotypes through social learning is one of the most pervasive and influential characteristics of the human species however we lack knowledge about the origins of culture and to what extent its subcomponents reflect species universals studying primates enables us to identify the evolutionary origins of human culture and the extent of its human uniqueness until now it has largely been assumed that the social and cumulative components of human culture are derived phenomena that emerged after the phylogenetic split with the ape lineages however this claim may reflect a lack of adequate methodologies and research attention leaving primate social culture underestimated now combining novel techniques to investigate primate culture deep learning with innovative experiments in naturalistic settings cultorigins will overcome this issue by providing the first systematic study on social culture in primates rich datasets on macaques will be compared across an unprecedented number of groups to identify cultural variation in primate sociality and the existence of cooperative cultures great apes will be studied for their capacity to adopt cultural information flexibly and generate increasingly adaptive cultures the pinnacles of human culture combining the strengths of experimental rigor and naturalistic observation in an unparalleled multigroup approach cultorigins will deliver stepchange insights into the origins of human culture that go far beyond the stateoftheart we will test the hypothesis that culture permeates the fabric of primates sociality where it impacts the expression of cooperation social learning and cumulative culture like in humans by synergizing approaches across biology psychology ethology and anthropology cultorigins will advance our understanding of the origins of culture one of our most remarkable capacities and challenge current perspectives about its human uniqueness
neonatal kidney stem progenitor cells as a novel type of cell therapy

global mortality from chronic kidney disease ckd is estimated at more than 12 million annually ckd is caused by the irreversible loss of nephrons the structural and functional units of the kidney lineage tracing revealed that all renal cells are derived from a six2 embryonic progenitor population originating at the cap mesenchyme cm six2 is essential for cells selfrenewal and its cessation signals the initiation of nephron differentiation however six2 progenitor cells are exhausted in the mature kidney my team has recently discovered a novel unique source of kidney stemprogenitor cells nkspcs derived from the urine of neonates born before the completion of nephrogenesis nkspcs express six2 as well as various other cm progenitor markers and they show a high capacity to differentiate into functional kidney epithelial cells additionally our data show that nkspcs have an immunomodulatory capacity in vitro using normothermic machine perfusion nmp of human kidneys we have discovered that nkspcs are able to reduce inflammatory responses and activate regenerative processes building on these findings i aim to establish nkspcs as a potent novel cell type for the development of kidneytargeted cell therapy for preconditioning kidney allografts prior to transplantation to this end i will elucidate the immunomodulatory profile of nkspcs and demonstrate their potential for engraftment and regeneration at single cell level using advanced methodologies for the first time in this field moreover i will use the groundbreaking preclinical platform of whole organ culture system to trace single nkspcs in kidney tissue over a longer period of time after injection nkspcs are an unexplored progenitor cell type which might revolutionize the field of kidney diseasesmy longterm goal is to establish clinicalgrade nkspcs for the development of kidneytargeted cell therapy with the capacity to directly immunomodulate and regenerate kidney tissue
stimulating road transport research in europe and around the globe for sustainable mobility

the strengthm consortium will contribute significantly to the planning of research and innovation in europe by identifying future research needs in the field of road transport by updating and supporting the coordination of strategic research agendas and roadmaps in the field and by facilitating continuous exchange between road transport research related horizon europe partnerships and platforms it will further analyse research innovation and cooperation capacities in member states explore funding instruments on national and regional level and assess potentials of national and regional roadmaps within strengthm the global progress of electric mobility will be tracked while measuring the feasibility of innovative solutions for prospective and emerging markets in africa asia and latin america this will contribute to strengthen exisiting and even forge new links between european national and regional programmes and support structures for international cooperation task forces the partners will also identify barriers that may exist for the deployment of research results on european and on international level and they will identify education and training actions to contribute to capacity building in order to inform and engage the vast stakeholder community policy makers the civil society and more the consortium will develop elaborate dissemination strategies support the dissemination and organisation of european and international road transport research related events this way the dissemination of the contribution from road transport to the realization of the european green deal targets and the paris agreement can be ensured via the establishment of the so called multiplier group the engagement of the various stakeholders will be facilitated throughout the project
a paradigm change for systemonchip design to enable higher performance with lower timetomarket and cost

the systemonchip soc design market is reaching its limits emposoc is a completely new design solution and methodology for soc design which will enable the design of more complex and higher performance electronic components faster and with a lower cost also it will make the soc design process more affordable for nondesign experts and new players such as smes and startups emposoc design solution is a combination of a predesign library of soc subsystems and design software which significantly increases the automation degree of the soc design process after 20 years of research and development and close collaborations with top20 semiconductor companies in the world defacto has developed a unique knowhow that has finally led to the emposoc design solution the first version of this solution already meets the first key market expectations according to major players moreover the market opportunity window for defacto is strongly favorable to lead a new market segment and help position the eu as a key territory in the area of semiconductor design
ccamemployment realization through the acquisition of skills ccameras

ccameras aims to build towards the future and address the transition to connected cooperative and automated mobility ccam from a socioeconomic perspective the project will develop the necessary knowledge and prepare for the possibilities that potentially will arise from the deployment of ccam and will aim to increase knowledge regarding the necessary skills required for ccam deployment ccameras will take advantage of the possibilities arising from ccam deployment by envisioning a future whereby ccam can contribute towards a more attractive and inclusive labour market by providing solutions to ensure that the relevant skills are available and are able to be up scaled across the entire ccam value chain mitigating the resulting effects of introduction of ccam requires multisectoral knowledge and cooperation between what were previously separate sectors transport technology education etc ccameras will develop new approaches and solutions to anticipate and mitigate the impacts and rebound effects on potential job losses and job relocations due to the deployment of road based ccam systems and services as well as boost innovation capabilities through the availability and upscaling of ccamspecific professional skills schemes and actions that can contribute to the specific labour market challenges will be developed in relation to specific real world use cases ccameras will also identify innovations and key innovators relating to ccam deployment particularly those relevant to the employment socioeconomic and skills effects including various stakeholders in the project activities will be crucial in achieving credibility and support for the results of the project the development of a roadmap to support the socioeconomic transition to ccam will contribute to the legacy of the project ccameras therefore offers a set of building blocks that pave the way for a smooth transition to ccam deployment over the short medium and long term
power dynamics in transformative social innovation

initiatives around the world are addressiinitiatives around the world are addressing societal challenges by experimenting with social innovations si ie new ways of doing thinking and organising examples include sharing economy ecocommunities participatory democracy and many more such sis can contribute to societal transformation ifwhen they challenge alter andor replace dominant structures and institutions that underly the root causes of societal challenges to have such a transformative impact sis must undergo some form of diffusion scaling or mainstreaming in this process they lose some of their novelty and risk reproducing or even aggravating the structuresproblems that they meant to challenge in the first place thereby possibly contradicting their original intentions this project tackles this innovation paradox from a power perspective by studying how power relations are changed andor reproduced in processes of transformative social innovation tsi and asking howto what extent sis arecan be mainstreamed and gain power while upholding transformative potential we develop a novel power framework that synthesises major power contestations in social and political theory to analyse how actors across different institutional logics state market community nonprofit gainloseexerciseundergo power in tsi we conduct embedded case studies of 4 sitrends sharing economy ecocommunities decentralised energy and participatory democracy at multiple scales including 12 translocal networks and 12 local initiatives in 3 geographical contexts united kingdom the netherlands portugal using interviews participant observation document reviews and transformative power arena sessions we design a critical power moments methodology for retrospective analysis of how power relations are reproducedtransformed over time as well as a prospective participatory transformative powertool to identify challenges and strategies for powering tsis
folly and the feminine in the renaissance

folie folly and the feminine in the renaissancea woman rhetor vituperating societys vices and errors destined to be misunderstood selfironic and suave then harsh andmoralizing at last ecstatic and preaching erasmus folly is an imposing figure who has interrogated scholars for centuries with herunfathomable speech presented as a joke but of a momentous relevance the orators gender which has received very littleattention by scientific literature is instead crucial in answering from a new perspective the construction of the feminine in christianliterature and theology and revealing a possible expressive outlet and role for women writers and theologians the fools mask asdonned by erasmus protagonist and by many actual female writers of the renaissance is at the same time revelation and refugeepiphany and hiding place a symbol in its insignificance and ridicule of the very same scandal of the christian religion in paulinetermsmy project will therefore study how erasmus and other key figures of the renaissance influenced by erasmus writings and located in thesame theological tradition such as marguerite of navarre louise lab and others used the mask of the fool as a tool to express and revealtruths such as the scandalous announcement of the gospel and to allow womens expression this approach will redefine theconstruction of the feminine in renaissance europe focusing on the frenchitalian context by reflecting on the revelatory positivevalue of folly intended theologically as the language of simple scandalous truths my project will thus contribute to thedefinition of the representation and selfrepresentation of the feminine in the renaissance and through the permanence in the usa and the according supervision i will be able to present an innovative and muchneeded profile of expert
providing research infrastructure services to support next generation eu

this fouryear project will harness outputs from key social science ris in europe and other reliable sources to support the aims of the next generation eu programme and to inform eu youth policy virtual access will be provided to the outputs through special installations portals developed during the project the core of the proposal is a set of existing research services which will be repurposed and customised to focus directly on the five themes make it green make it digital make it healthy make it strong and make it equal for each area the consortium will work collaboratively to produce seven sets of resourcesia searchable inventory of relevant variables drawn from multiple crossnational datasets iianalytical summaries suitable for policy makers and analysts new to the field as well as interactive resources available through the project portaliiiharmonised and merged extracts from these datasets that reduce the burden on analysts and increase sample sizesivnew data collected through the esss established cronos web panel infrastructure eleven countries will field five waves of the panel each one dedicated to a nextgeneu theme free and rapid access to the data will be available through the cronos portal alongside analytical summariesvinperson and virtual deliberative forums with young people aged 1834 in four countries covering the five next generation eu themesvian educational tool enextgen channelling our data for use in classrooms and by the general publicviicomprehensive training materials related to all project outputs
metabolomics in food and nutrition

the vision of the era chair foodomics is to create a research centre at the university of ljubljana ul in the field of metabolomics in food and nutrition the project is set within the framework of the era chair action to simultaneously realise the research potential of ul and to create a cuttingedge dynamic and sustainable research environment with the support of a network of existing internationalregionalnational partners smes and stakeholders research results will be fruitfully exploited whilst creating a springboard for ul to move from partial small and fragmented research to bigger innovation driven projects that can offer solutions for the needs of society foodomics is designed to mediate progress in science through development of new analytical methods and provision of measurement services applicable to plants animals and humans the activities will include both profiling analyses of all measurable analytes to identify differences and targeted analyses quantification of chosen set of analytes foodomics comprises four work packages wp necessary for the required capacity building with each addressing specific element needed to create a worldclass metabolomics food and nutrition centre of excellence at ul wp1 and wp2 are dedicated to three important issues i management and coordination ii constitution and iii sustainability issues wp3 is dedicated to fostering research and education wp4 focusses on the transfer of knowledge and technologies wp5 and wp6 will undertake comprehensive dissemination communication and exploitation activities an important outcome of this project is that disparities in research and innovation performance between slovenia and innovation leaders in eu will be significantly decreased farreaching effects of foodomics will be the creation of a worldclass working environment and centre of excellence as well as innovative startup companies all of which will strength the slovenian and european economy
photosynthetic antennas in a computational microscope training a new generation of computational scientists

photosynthesis relies on harvesting the sun light and on transforming the solar energy into chemical energy to sustain almost all life on earth an enhanced molecularlevel understanding of photosynthesis and particularly of the lightharvesting process is of key significance firstly a molecularlevel understanding of solar light harvesting and how plants and other organisms achieve this is important if we want to figure out the working principles of nature from this we can learn design principles of organic solar cells secondly controlling the downregulation of photosynthesis is seen as a strategy for the optimization of crop productivity especially by means of novel tools and biotechnological solutions in the doctoral network photosynthetic antennas in a computational microscope we aim at training a new generation of computational scientists which can treat complex and interdisciplinary problems such as light harvesting on a molecular level using theoretical and computational tools the interdisciplinary nature of the problem requires a combined knowledge from biology chemistry physics and computer science in order to combine stateoftheart approaches like molecular dynamics simulations quantum chemistry theoretical spectroscopy and machine learning into multiscale schemes this joint undertaking is a unique chance in research but especially also in training young scientists in interdisciplinary teamwork method training and highperformance computing in academic as well as nonacademic settings aim of the doctoral network is a detailed molecular understanding of light harvesting from the computational point of view and especially of the downregulatory mechanisms of photosynthesis present in higher plants and diatoms while the undertaking exclusively focuses on theoretical and computational approaches the calculation of spectroscopic properties for a direct comparison to experimental findings is of key importance
multidomain open maldi spectra archive for identification of microorganisms

maldibank a comprehensive solution to microbial challengesin an era marked by pressing environmental and health challenges including climate change biodiversity loss global epidemics and food security understanding and leveraging the power of microbes is critical microbes fundamental to the biosphere impact everything from ecosystem dynamics to human health however their vast diversity remains largely underestimated to harness this potential precise identification of microorganisms is crucial especially given their varied implications across different sectors over the past 15 years malditof matrixassisted laser desorptionionization timeofflight mass spectrometry ms has revolutionized microbial identification in fields such as clinical microbiology food safety environmental monitoring and sustainable agriculture despite its transformative potential malditof ms technology has been underutilized outside clinical microbiology maldibank emerges as a groundbreaking initiative to extend the reach of this technology providing innovative solutions for understanding and utilizing microbial diversity for global problemsolvingmaldibank is conceptualized as a global cloudbased open maldi spectra databank for the identification of microorganisms combining a vast spectrum database with advanced algorithmic tools this databank will facilitate processing characterization epidemiological surveillance and more embodying open science and fair data principles it aims to become a new reference in microbial identification drawing parallels with the impact of genbank in genomics by integrating 100000 reference spectra with rich metadata and employing deep learning models maldibank will enhance microbial characterization and support areas like antimicrobial resistance prediction and environmental monitoring it will serve as a dynamic resource for the global scientific community enabling the exploration of microbial capabilities an