Dragon09/odtu_chatbot huggingface dataset:
synchronised politics multiple times and political power

democratic policymakers in europes multilevel system grapple with multiple times since different levels of government parliaments and administrative agencies follow distinct time rules and time preferences time clashes are an everpresent threat synchronisation is therefore a critical but very little understood dimension of public policymaking it is designed to avoid systematic time clashes by structuring the timing speed frequencies sequences durations and time horizons in policymaking over the past decade simultaneous demands for faster action more time and extended time horizons have pushed multilevel synchronisation in opposing directions in light of major contestation around synchronisation syncpol asks 1 what happens when political demands for faster action more time and extended time horizons challenge synchronisation arrangements in multilevel policy domains 2 how does the reshaping of synchronisation arrangements alter the vertical and horizontal distribution of political power amongst governments parliaments and administrative agencies and the types of power in europes multilevel system drawing on institutionalist theory syncpol conceptualises synchronisation arrangements as a critical variable that is fundamental to the distribution of political power amongst policymakers it rigorously probes hypotheses on this crucial connection employing a mixedmethods design that combines document analysis interviews a major survey dictionarybased text analysis and process tracing the project examines synchronisation across eu national and subnational governments parliaments and administrative agencies with a focus on six multilevel democracies austria belgium france germany italy spain the analysis covers two policy domains migrationasylum and public health policy since the early 2010s syncpol will generate fundamentally new insights into how time shapes democratic multilevel politics and policy
peers and possible partners exploring the origins of population longterm equilibria

population dynamics are a crucial driver of the prosperity of nations nowadays fertility is too high in less developed countries impeding their escape from poverty and too low in more developed countries threatening their very existence another concern is the global rise of childlessness among men which correlates with mental health issues and social unrest p3ople contributes to addressing these challenges by studying how social and market interactions shape the dynamics and distribution of fertility i will introduce and test the empirical relevance of two novel concepts highlow fertility traps and involuntary male childlessness the first concept revolves around peer effects in fertility preferences and revisits an unsettled debate why are some communities trapped in suboptimally high or low fertility equilibria i will discuss how information and coordination failures conformism and competition as well as immigration can prevent or facilitate fertility change the second concept deals with general equilibrium effects on the matching market and raises an unexplored question can a man be involuntarily childless due to a relative scarcity of female partners on the matching market i will quantify the importance of unbalanced sex ratios polygamy and serial monogamy as drivers of reproductive inequalitiesboth concepts cross the boundaries of disciplines by integrating insights from demography sociology and evolutionary biology into economic frameworks the methodology will combine economic theory and cuttingedge empirical analysis including experimental observational and structural methods to provide quantitative evidence on novel causal links finally i will build databases with information on male fertility and subjective determinants of fertility never consolidated or collected at such a large scale they will allow researchers to answer open questions and explore novel ideas inspired by hitherto undocumented patterns
reassembling politics across childrens cultures to scale intersectional pedagogies

children as creative social agents generate unique childrens cultures and contribute to the production of welcoming and worthy societies the goal of this project is to legitimize and elevate childrens discourses as scientific knowledge which must be addressed to enhance childrens wellbeing the primary axis for building democratic communities the kreporters project is interdisciplinary international and intersectoral with the aim of exploring childrens politics and childrens cultures of wellbeing in contemporary societies it pursues to acknowledge childrens agencies and learn from their creative strategies for survival particularly in navigating conflict and discomfort the project will develop cartographies and countertopographies of childrens cultures in childhood studies forging global alliances based on community practices for social change ultimately the project seeks to transform neoliberal adultcentric gendered and colonial thinking on children and childhood by scaling intersectional pedagogies based on evidencebased knowledge transferable skills and networking to ensure informed decisionmaking and meaningful action in education and wellbeing standards to do so kreporters will reassemble data produced by children and various project stakeholders through ethnography and by merging intersectional approaches methods and interdisciplinarity the projects key lies in transferring educational resources to different fields by validating and disseminating them to educational spaces kreporters will inform the international development of new educational innovations that improve preservice and inservice teacher education as well as prepare social workers educators and policymakers among other professionals working with children additionally it will contribute to the fields of education and social justice by addressing the intersectional design method which is currently underdeveloped
living on the edge unraveling electron correlations and topological transport in quantum spin hall insulators

qedge aims to transform the landscape of energyefficient electronics and quantum computing in response to pressing global energy and computational challenges central to this endeavor is the exploration of electron correlations and topological transport in quantum spin hall qsh insulators these are twodimensional materials characterized by a bulk bandgap and topologically protected metallic edge states theoretical models hint at the potential of qsh edge states to facilitate charge transport without energy loss at room temperature and introduce unique quantum excitations in the form of majorana fermions despite their potential knowledge gaps and experimental challenges hinder harnessing their properties these include material constraints such as small bandgaps limiting investigations to extremely low temperatures and technique limitations obstructing precise edge state measurementsmy discovery that germanene the germanium analog of graphene is a qsh insulator with a sizable bandgap combined with my advancements in scanning probe microscopies equips me to solve these challenges and fulfill my objectives 1 to uncover the principles underpinning charge and spin transport in qsh insulators2 to identify the quantum mechanisms causing deviations from ideal dissipationless transport3 to engineer the qsh edge states to manifest elusive majorana fermionsqedge aspires to set new standards in topological research promoting germanene as a benchmark material and developing methodologies applicable to diverse quantum systems this initiative will significantly inform and refine contemporary theories of complex quantum phases of matter the urgency is high since the exploration of this realm has just begun its promises have not yet been materialized and the extent of its potential for new physics remains largely untapped as we stand on the cusp of quantum innovations qedge will turn theoretical potentials into tangible breakthroughs
discovery of efficient enzymelike metal organic frameworks to activate biomethane at low temperature

the main objective in demo is to provide highlevel handson computational and transferable skill training to 13 doctoral candidates dc through a joint doctorate program and to create a new generation of experts in hybrid catalysis demo uses light c1c4 alkanes as example to study the conversion of a sustainable molecule biomethane into a relevant chemical in industry methanol this project combines 9 worldclass research groups experts in chemical engineering organic chemistry catalysis modelling and spectroscopy from 7 countries the 9 partners in academic 3 research centre 3 sme 2 and industrial 1 fields will provide recruited dcs with unique perspectives preparing dcs for their personal career in research with specific skillsets demo will integrate machine learning organic chemistry ab initio modelling highthroughput and reactor engineering and in situ spectroscopy to discover enzymelike species in metal organic frameworks mofs specifically demo will follow an interconnected strategy to discover optimal catalyst candidates a virtually generate a dataset with active species in mofs and screen via machine learning b test the dataset value of a large sample dataset via experimental highthroughput engineering and modelling c understand testing outputs through in situ spectroscopy titration kinetics and modelling d optimise protocols for synthetic materials towards biological analogies and engineer reaction conditions to search solvation phenomena this way demo expects to have a broad impact on the scientific community eu industry and society by providing highquality training in hybrid catalysis
biodiversity loss mitigation and adaptation measures policies governance and tools to foster transformative change

the world is losing its wild species and ecosystems at an alarming rate and europe is no exception yet biodiversity is the basis for functioning ecosystems which provide essential goods and services for humans and all other life forms on earth we must therefore reverse the trend of bd loss in the foreseeable future especially by addressing underlying indirect drivers of biodiversity loss such as consumption patterns norms and values to achieve double decoupling of consumption from excessive natural resource use of satisfaction from consumption such transformative change requires social innovation and improved systemic governance approaches additionally digitalisation and emerging technologies offer potential to support the conservation of biodiversity increase society wellbeing and economic prosperity which should be harnessed while reducing their equally existing negative impacts godigibios aims to support biodiversityrelevant transformative change towards a naturepositive economy and society that will use new digital and other emerging technologies in ways that assist in reversing bd loss specifically godigibios will deliver i comprehensive understanding complemented by new insights and operational knowledge of the interactions between biodiversity social and economic wellbeing and technological development ii tools to support biodiversityrelevant decisionmaking iii improved systemic policy mixes and governance approaches to coproduce these knowledge tools and governance approaches godigibios will bring together and leverage the knowledge and experience of both researchers and stakeholders from four periurban transformation lab regions across europe and use specific approaches to ensure scalability and replicability of its solutions
aipowered platform for autologous ipsc manufacturing

induced pluripotent stem cell ipscs can be differentiated into any cell type of the body and transplanted without rejection the potential of ipscs to cure health problems including degenerative diseases cancer cancer therapy associated disease and defective tissues is unprecedented in history however the current methodologies prohibit standardized production of persons own autologous ipscs hence rejection is taking place and the therapeutic promise is not fulfilled our consortium seeks to develop a new technology that will enable the mass production of personalized ipscs for autologous adoptive cancer immunotherapies hematopoietic stem cell transplantation and tissue regenerationthe consortium will for the first time create an artificial intelligence ai guided microfluidic device that standardizes the gmp production of autologous ipscs fast and at a fraction of the current cost moreover it will conduct cuttingedge single cell genomics and bioinformatics research of ipsc to identify clones of highest quality and develop a database that will be the basis for ai software to select clones that meet clinical standards the consortium comprises of experts in microfluidics engineering process automation for cell therapies stem cell molecular biology and bioinformatics gmp production and ai modelling the participating companies startups and universities are amongst the leading in europe and will promote the positions of female and early career participants from developed and developing european countries the consortium aims to reach trl3 prototype stage and have created a concrete exploitation plan to develop the technology further for implementation in cancer therapy and regenerative medicine altogether we propose to create revolutionary technology for low cost fast and standardized automated mass production of autologous ipscs which holds the potential to enable numerous new therapies and making them accessible to the public
categorical model theory stability theory and applications

model theory traditionally studies mathematical structures models which can be characterised by firstorder logical axioms a theory however a number of important mathematical concepts do not fit in this framework so researchers have been increasingly interested to generalize successful techniques of model theory to other frameworks such as continuous logic positive logic and a very general categorytheoretic approach one of the deepest parts of model theory is stability theory which has inspired a great deal of research with countless applications even when limited to the traditional firstorder framework stability theory can be studied through independence relations that tell us which parts of a given structure are related and which are not such independence relations work especially well in the stable simple and nsop1 settings which relate to the complexity of the structures involved modern formulations of independence relations allow for a clear translation to categorical languagewe propose to build on pioneering work to generalize stabilitytheoretic tools for the simple and nsop1 settings to the categorical framework this overarching goal is split up in three objectiveso1 develop categorical independence primarily in the unstable settingso2 establish novel approaches to the longstanding stable forking conjectureo3 found an enriched model theory and stability theory through enriched categoriesthis ambitious generalization will be achieved by combining my experience in modern model theory and stability theory with the complementary expertise of my supervisor john bourke and my advisors who are worldleaders in categorical model theory and other categorical aspects relevant to this project such as enriched category theory on an international level this project will build a bridge between the model theory and category theory communities thus enlarging my network and enhancing my prospects towards an academic career
twinops and vehicle specific digital twin for software defined evs

twinloop builds on a new opportunity on computational capacity of clouds and vehicles due to the implementation of highperformance computing combined with digitisation of evs under the sdv architecture state of the art digital twin is still far from the complex reality of evs core performance somehow too naive besides a given vehicle in all its variants together with its hw and sw versions is unique and depends on the actual use and status in terms of health and use of each specific critical components by considering unicity of a single vehicle and learning from the operational data of a series of vehicles fleet and the use of data and digital models across all evs lifecycle in an agile and continuous manner it would be possible to unlock the necessary extra step to reduce energy consumption without compromising comfort and safety in fact enhancing ev driver experience safety and cybersecuritythe twinloop will develop an open framework for twinops for evs along with a suite of digital tools aimed at continuously improving energy consumption hardware costs driver experience and vehicle resiliency across the four stages of vehicle lifecycle the project will implement the open framework integrate with ev specific tools and assess their effectiveness in realistic conditions across three different use cases identified for their relevance to the topicthe initiative will also focus on fostering synergies between various sectors and stakeholders aligning with european priorities and strategic partnerships like 2zero and chips ju this alignment ensures the transferability of expected outcomes and underscores twinloops commitment to innovation management research ambition and market acceptance within the automotive industry
european laser research infrastructures serving science and industry

lasers4eu is incorporating the major laser research infrastructures in a large number of european member states into a comprehensive virtual distributed laser research infrastructure that is offering to a broad user community from academia and industry access to an exceptional portfolio of technical and scientific capabilitiesthis unique set of instruments together with the specific scientific expertise at the host facilities allows lasers4eu users to carry out highlevel research in an extremely wide range of highimpact topics in life sciences materials nanoprocessing etc laser technology has experienced remarkable advances and breakthroughs and is now a key innovation driver for highly diversified societal applications and products thereby substantially contributing to economic growth and to solving challenges in the areas of health environment and energy through its strategic approach lasers4eu aims to strengthen europes leading position and competitiveness it facilitates longterm coordination of the laser research activities within the european research area and provides concerted and efficient services to scientific industrial and medical researchersthe main objectives of lasers4eu are toprovide coordinated access to highquality services based on a coherent and comprehensive consortium of 27 leading european laser installations offering to users from academia as well as from industry cuttingedge performances at the forefront of the laser technologiesstructure the european landscape of laser research infrastructure through enhanced access extended geographical coverage novel science diplomacy activities improved synergies with other european networks and projectsincrease european human resources in the field of laser science by implementing training activities towards researchers from new domains of science and technology and from geographical regions where laser communities are still less developed
training of young scientists in the biological regulation of the chemokine network to improve treatment of active inflammation

a number of pharmaceuticals targeting cytokinechemokine storms in lungs are in development due to an urgent new unmet medical need strengthened by the covid19 pandemic the recent death of 65 million people shows that treating excessive inflammation is still a major problem our incomplete understanding of complex immune reactions and resulting doubts on correct drug target identification prohibit efficient drug development and patient treatment proper control of inflammation is crucial during infection wound healing autoinflammation autoimmunity transplant rejection etc chemokines and their receptors drive leukocyte migration and activation and inflammation although the ligands and receptors were identified in the last 3 decades increasing fundamental preclinical and sporadic clinical evidence indicates that posttranslational regulation of chemokine ligands and receptors may impact the inflammatory reaction significantly in this bactive network fundamental and clinical scientists and companies will study the impact of posttranslational modifications of chemokine ligands and receptors and train 10 early stage researchers esrs to future experts in this domain with a translational and interdisciplinary mindset and a network founded already in graduate education the esrs will characterize interactions between ligands receptors and glycosaminoglycans study signaling pathways and recognize their importance in inflammatory reactions esrs will be trained in the complexity of inflammatory responses from basic science to clinical applications and industrial development bactive will improve our understanding of inflammatory reactions aid in identifying the right drug targets and participate in pharmaceutical development for better patient treatment with more new active pharmaceutical ingredients being evaluated clinically the proposed projects are aligned with this overall objective and research strategies of academic and industrial partners
highperforming natural phytoactive skincare for sensitive skin

haloderma is a spinout company from aalborg university our team is expert in halophytes phytochemicals extraction and analysis for skincare purpose prof mette thomsen the founder of haloderma has dedicated decades of her research to understand halophytes and their applications thanks to our stateoftheart characterization methods we are able to optimise our extraction process to formulate a natural herbal extract with strong potency for the skin our extract is designed for a rich composition of antioxidants flavonoids and polyphenols targeted towards antiinflammation and regeneration of the skin those abilities make our extract suitable for chronic skin issues such as psoriasis eczema urticaria some of the phytochemicals extracted have not been categorised in literature before which makes our research innovative and unique today haloderma is solely focused on producing natural skincare for sensitivedamaged skin our prototype cream was described in a study analysing its effect against itch and pain caused by dermatitis current users of our cream suffered from issues of extreme dryness psoriasis and chronic eczema they unanimously reported relief from the first cream application and visual improvements of the skin were observed as early as 14 days after we are ambitious in our mission to become the leading danish phytoactive skincare business for problematic skin currently more clinical studies need to be executed to fully understand the power and applications of our extract given the success of our cream we plan to expand our product portfolio to a skincare line we hereby apply to this horizon grant to fulfil our product development steps towards highperforming natural phytoactive skincare products for sensitive skin