Dragon09/odtu_chatbot huggingface dataset:
highresolution vapour screener for automatic and fast belongings scanning

the saust project aims to revolutionize aviation security and customs inspections by providing a rapid nonintrusive and efficient alternative for vapor baggage screening at airports being the first attempt before the explosive vapour detection evd european civil aviation conference ecac standard 2 and 3 hold baggage and cabin baggage implementation but with a high focus on drug detection at airport arrivals where the 85 of the drugs are seized in europe providing new technology to police and customs authorities to increase both the inspection rate efficiency and drug database including nps new psychoactive substancessausts primary objective is to adapt an existing evd methodology previously tested under different conditions mainly explosive screening of air cargo to create a smaller more affordable and faster solution for luggage inspection since the requirements are totally different the consortium is determined to address this issue through collaboration with industry mainly smes and police agents as experts who possess an indepth understanding of the genuine requirements and constraints in customs and airport securitysaust will develop a versatile costeffective and expeditious screening technology adapted to luggage screening that enhances detection capabilities for a wide range of substances including drugs and explosives and other illicit substances like tobacco and drug precursors among many others the ultimate goal is to develop a technological readiness level trl 7 operational prototype which will bridge critical security and operational gaps in the current screening processes in addition the project will provide an analysis of the different scanning options for luggage in order to ensure the airport logistics without disrupting the flowsaust border impact has the potential to revolutionize customs inspections providing technology to activities that currently are mainly done using traditional or manual techniques
transforming african organic waste into green energy for cooling

kijanibox is a highly innovative project that will accelerate the african green transition and provide energy access for small businesses along the food supply chain the target is to leverage the organic waste and transform them into green energy for cooling and refrigeration applications in order to prevent food losses and sanitary risks the project aims to demonstrate the concept in 3 pilot sites in partnership with local waste management companies food value chain actors and cold supply chain industries in order to implement the concept the project proposes highly innovative approaches called green transition enablers these are i kijanibox system itself a smallscale offgrid industrialgrade waste to cooling system ii application solution boxes asb application specific kijanibox solution for three use cases iii cocreation factory enabling the local manufacturing capabilities for costeffective solution and finally iv businessinabox a comprehensive toolkit for entrepreneurs and stakeholders business support in order to ensure successful takeup and commercialization of the solution kijanibox is a highly innovative driven consortium composed of fourteen 14 entities 7 european and 7 african partners coming from 6 different countries the ultimate target of kijanibox is to pave the way for longterm sustainable economic growth and job creation opportunities in africa and europe
conceptualizing oppressionrelated emotions

core proposes the category of oppressionrelated emotions ore to identify a cluster of painful emotions related to experiences of oppression especially in the terms of gender and their relationship to oppression knowledge and painful manifestations the main research hypothesis is that oppressionrelated emotions are influenced by the axes of oppression ie these emotions may be experienced differently depending on the dimension of gender class race etc the project will focus on the gender axis from this two issues will be investigated the role of oppressionrelated emotions in the production of female feminist and antioppressive subjectivities and knowledge and oppressionrelated emotions relationship with painful manifestations this project will be carried out through a philosophical framework informed by contemporary naturalized feminist philosophy implementing interdisciplinary research integrating feminist philosophy with relevant research in psychology social sciences and health science located at the intersection of feminist philosophy psychology social sciences and health cores goal is to develop a theoretical framework that will support interventions into health issues experienced more frequently by women including autoimmune diseases fibromyalgia and eating disorders among others to investigate oppressionrelated emotions in a philosophical framework through interdisciplinary research and to propose new perspectives on their relationship with painful manifestations core develops a methodology that is naturalized interdisciplinary feminist and intersectional
topological synchronization of interacting bosons and floquet engineering

we are currently witnessing a technological revolution driven by the recent achievements in nisq devices which despite their imperfect controllability have already revolutionized our understanding of manybody dynamics and quantum information science while a lot of effort is spent to minimize the undesirable consequences of dissipation interactions with the environment can also generate useful quantum behavior the phenomenon of synchronization is a prototypical example where dissipation is a key enabling mechanism and it only recently started to emerge in the quantum domain due to advancements in quantum technology to exquisitely adjust both the system and environmental properties still inevitable imperfections local deformations caused by ambient conditions and longterm degradation may significantly alter or even destroy the desired synchronicity altogether which ultimately constraints its pertinence for future quantum devices consequently we are in the need of universal principles to promote the robustness of synchronization and facilitate its technological leap the proposed project boftisync addresses this task by exploiting the power of topological phases of matter which exhibit an unusual protection from the adverse effects of impurities with a unique interdisciplinary approach of integrating topological concepts with dynamical symmetries of interacting bosonic modes and open quantum systems the project aims to establish topology as an innovative way to protect quantum signatures of synchronization and at the same time opens the avenue for unexplored phenomena at the interface of these seemingly distinct research areas this investigation is not only fundamentally interesting but will also spark new applications in quantum technologies and information processing in nisq platforms ranging from trapped ions to optomechanics thus boftisync will prepare the ground for a deeper understanding on topology in open nonlinear systems
holomorphic partial differential relations

the aim is to develop an emerging field of complex analysis and geometry focused on holomorphic partial differential relations hpdr such a relation of order r is given by a subset of the manifold of rjets of holomorphic maps between a pair of complex manifolds and the main question is when does a formal solution lead to an honest analytic solution this complex analogue of gromovs hprinciple is highly important but poorly understood the project will focus on the following problemsa oka theory concerns the existence and approximation of holomorphic maps from stein manifolds to complex manifolds corresponding to hpdrs of order zero the central notion of oka theory is oka manifold this is a complex manifold such that the hprinciple holds for maps from any stein manifold into it recently developed techniques give a promise of major new developments on oka manifolds and their applications to a variety of problems in complex geometry b open first order hpdrs okatheoretic methods will be applied in problems concerning holomorphic immersions and locally biholomorphic maps c first order hpdrs defined by analytic varieties in the jet bundle application of okatheoretic methods in holomorphic directed systems with emphasis on complex contact manifolds and holomorphic legendrian curvesd applications of oka theory to minimal surfaces development of hyperbolicity theory for minimal surfaces the calabiyau problem for minimal surfaces in general riemannian manifolds study of superminimal surfaces in selfdual einstein fourmanifolds via the penrosebryant correspondence these closely interrelated topics embrace major open problems in three fields with diverse applications
innovative approach by developing oxygen blocking membrane electrolytes for novel solid state sodiumair batteries

the eus notion to become climate neutral in 2050 as per the eu green deal strives to transform the economy through advancements in clean renewable energy while rechargeable liion batteries sustain the current market for energy storage they cannot continue to achieve the transformative scale of improvement required due to the finite supply of lithium and their limited energy storage capacities among others sodiumair batteries nabs provide an attractive alternative due to the abundance of sodium thus low cost and their lightweight porous air cathodes to reach greater energy densities todays traditional electrolytes are unstable towards na metal and radical species generated during cycling allowing oxygen crossover to the anode which results in battery failure moreover their liquid nature leads to evaporation and leakage issues oxblolyte postdoctoral fellowship will overcome these challenges by developing novel solidstate electrolytes based on polymer of intrinsic microporosity membranes combined with conducting organic ionic plastic crystal materials in parallel to these practical concerns oxblolyte will unravel mechanistic understanding of solidstate nabs a field currently unexplored to allow the correct choice of electrolyte the research fellow dr yahia with expertise in polymer membranes will conduct the oxblolyte project at cic energigune spain with the host supervisor dr ortizvitoriano pioneer in the relevant research field which includes mechanical property studies under the supervisor of dr sardon with expertise in polymers at polymat spain oxblolyte facilitates the transfer of 3 is knowledge whilst diversifying dr yahias networks and leadership skills to further advance his career perspectives and employability as a result oxbloblyte will lead to research outputs that will be disseminated to the general public scientific community and industry with the final aim to enlarge its exploitation potential
stable isotope study of bone and dental remains hydrogen and oxygen methodological developments

the study of the interactions between ancient societies and their environment is a key element to decisionmaking in the global context of climate change stable isotope analysis of biological bone and dental remains provides insights into climatic conditions dietary habits and geographical mobility of modern and past populations the ishod project sets up to refine the analysis and interpretation of two proxies the hydrogen d2h and oxygen d18o stable isotope compositions of animal and human remains from modern and archaeological contextstraditionally d2h and d18o values are respectively measured on distinct matrices bioapatite for d18o and collagen for d2h both proxies face analytical atom exchange during pretreatment procedures and interpretative what information are recorded challenges ishod aims to develop 1 d2h measurements of bioapatite and whole bone and 2 d18o measurements of collagen once operational protocols and setups will be used to explore how d2h and d18o values compare with other isotopic systems c n s sr and record climate diet and geographic origin they will be applied to investigate the medieval city of ieper western flanders belgiumi will be hosted at vrije universiteit brussels and supervised by prof christophe snoeck a renowned expert in bioarchaeology specialized in isotope analysis of animal and human remains during the fellowship i will be trained to improve my scientific stable isotope facility operating pretreatment expertise and interpersonal leadership networking skills ishod will lead to new chemical procedures and analytical setups to perform d2h and d18o measurements which will advance our understanding of how ancient european societies experienced and adapted to climate changes the projects outcomes will be presented at scientific conferences eaa ukas goldschmidt and publicly communicated during outreach events urban archaeology day dag van de wetenschap
artificial placenta artplac miniaturized integrated lung and kidney support for critically ill newborns

this pathfinder project will establish a radical change in the treatment of newborns using an artificial placenta artplac what drives us towards a radical new treatment approach 2 mio neonatal deaths that occur worldwide yearly the technological advancements of the last fifty years were based on scaling down adult devices which are not ideal for all babies why because babies are not just small adults in fact the applied treatments are very invasive and cause side effects by damaging their sensitive bodies survivors often suffer from lifelong complications or cannot live independently in utero the placenta is a lifegiving organ and serves as fetal lung fetal kidney and feeder because the placenta cannot be reconnected after preterm birth we aim to continue the placental support with artplac our novel device simply connects to the belly button for lung and kidney support while the newborn can breathe mature and heal to achieve this a novel compact and miniaturized allinone artificial placenta device combining lung and kidney functions will be developed our plugin approach will use the natural umbilical vessels at the belly button with expandable catheters to provide a large bore vascular access like in utero this allows artplac to be driven solely by the newborns heart like in the womb inline sensors will analyze blood parameters without painful collection feedback loops in artplac will provide individual demanddriven support inbuilt features for hemocompatibility will prevent thrombosis and use of highdose systemic anticoagulation with the high risk for brain bleeding importantly artplac allows family integrated care providing a therapy for the newborn in close connection to its family in summary our visionary approach revolutionizes the treatment of newborns after birth it will reduce brain damage and comorbidities promote longterm health and therefore improve the survival chances of up to 12 mio newborns per year
flexibility in ris for global carbon neutrality

the flexrican project brings together three landmark esfri infrastructures that have or will have when in operation different usages of energy the european spallation source eric ess in sweden the extreme light infrastructure eric eli with two running facilities czech republic and hungary and the european magnetic field laboratory aisbl emfl with facilities in grenoble and nijmegen for dc fields and dresden and toulouse for pulsed fields cnrs sru hzdr the ris and partners involved in flexrican will unite their strength to optimize their ongoing andor future energy projects they will demonstrate that the ris as electrointensive actors are at the good scale to develop a global energetic approach delivering services to the european electrical grid through optimized energy flexibility and to local heating networks by developing waste heat recovery projects developing renewable energy capacity production and managing these developments in an integrated way thanks to energy oriented modelization integrating ris user communities and the new stakeholders appears like a promising solutionthrough the development of a multienergy approach integrating academic knowledge and two key actors of the energy sector alfa laval al and energy pool ep flexrican will propose new technologies and solutions to increase resource use efficiency and reduce environmental impacts of european research infrastructures ris the project will focus on assessing and validating the implementation of new solutions and technologies at the three esfri infrastructures involved prototypes and solutions will be developed and tested to identify solutions at the real scale of the infrastructures it will contribute to quantify energy services and carbon print gain the ris can performed throughout their full life cycle in order to increase the longterm sustainability of european research infrastructures and to contribute to the resilience of the energetical european system
photoelectrocatalytic routes for longterm sustainable hydrogen storage pecaths

pecaths is committed to developing an integrated longterm energy storage system utilizing hydrogen in the form of liquid organic hydrogen carriers lohcs coupled with innovative biomass conversion this approach enables the direct transfer of hydrogen from biomass to lohcs without the hydrogen gas production while simultaneously generating highvalue chemicals by integrating chemical and energy sectors the project aims to synthesize platform chemicals and achieve longterm energy storage in liquid form enhancing both the sustainability and efficiency of energy systemsa major advantage of lohc technology is its ability to transform hydrogen gas into a stable liquid energy carrier significantly facilitating the storage transport and distribution to tackle the economic challenges associated with this technology pecaths employs a costeffective strategy that utilizes biomass as a hydrogen source and solar power as a renewable energy source this method allows for the direct integration of hydrogen into lohcs without the complexities of gas compression and storage thereby reducing costs and enhancing competitiveness against conventional energy storage systemspecaths addresses the critical need for sustainable and viable energy storage transport and distribution solutions through the use of advanced photoelectrocatalytic transformations this project not only aims to reduce operational costs but also seeks to contribute to the development of sustainable energy infrastructures vital for future energy networks
leveraging benchmarking data for automated machine learning and optimization

the autolearnsi project seeks to establish a leading era chair research group at the joef stefan institute jsi in slovenia focusing on automl and autoopt for sustained excellence in slovenia and the neighboring region by integrating recent automl and autoopt advancements into research and education the project contributes to national reforms and positions itself strategically for eu research funding the era chair will use benchmarking data for automated ml and optimization conducting research in three pillar themes experimental databases representation learning and automated algorithm selectionconfiguration and two horizontal themes singleobjective optimization and multilabel classification centered on automl and autoopt the autolearnsi era chair leverages jsis expertise and infrastructure to create an integrated research and education center within the era unlocking potential for regional leadership the project promotes geographical diversity by appointing a usabased era chair holder collaborating with leading eu research groups specifically france germany the netherlands and belgium establishing research capacity in slovenia and disseminating knowledge to north macedonia the era chairs primary goal is scientific research in automl and autoopt fostering excellence in era collaboration and stakeholder engagement
water data management ecosystem for water data spaces

the waterverse mission is to develop a water data management ecosystem wdme for making data management practices and resources in the water sector accessible affordable secure fair and easy to use improving usability of data and the interoperability of dataintensive processes thus lowering the entry barrier to data spaces enhancing the resilience of water utilities and boosting the perceived value of data and therefore the market opportunities behind it waterverse takes a holistic interdisciplinary approach in the water domain blending together complementary competencies of 17 partners located in 10 eu countries representing the water domain with research organisations including social sciences experts water utilities water domain technology providers and innovation companies as well as the technical community that is driving the development of data spaces thus increasing the resilience of the water sector and water utilities as a wholethe project will a actively engage endusers and stakeholders to assess the main gaps and challenges the water sector must overcome to effectively be part of and contribute to quality european data spaces b identify extend and integrate a wide set of data management tools to implement the wdme based on fiware wwwfiwareorg building blocks and comprising tools and methods to ensure security and energy efficiency of the whole wdme c setup and demonstrate the waterverse wdme in real environment with relevant and diverse case studies involving water sector stakeholders from 6 countries cyprus spain germany the netherlands finland united kingdom d set clear and measurable indicators for assessing fairness of data in waterrelated data spaces e ensure the viability and sustainability of the waterverse wdme as well as its replicability scalability and business applicability
defining the role of the tumor microenvironment in treatment resistance of ovarian cancer through patientderived explants ovadex

treatment resistance in ovarian cancer oc is common recent efforts have identified new treatment approaches with potential to improve its management but their therapeutic effects are limited due to treatment resistancestumor microenvironment tme is emerging as a key contributor to treatment resistance being the metabolic crosstalk between tme and oc one of the recently proposed mechanisms the hosting lab has evidence that platinumresistant oc cells have defects in serine biosynthesis which leads to an enhance uptake of serine importantly exogenous serine is also required for some tme components suggesting a possible competition for it and affecting their anticancer function thus my working hypothesis is that metabolic crosstalk between tme and oc could involve serine metabolism which could mediate treatment resistance unfortunately there is a lack of preclinical models of oc that recapitulate tme to study its role in this regard the secondment lab developed a new ex vivo platform based on patientderived explants pdes that allows the study of tme interactions with cancer cells in ovadex i will use pdes to dissect the role of tme components in treatment response in oc and particularly in the metabolic reprogramming of cancer cells my objectives are to generate oc pdes and expose them to standard and emerging therapies to define metabolic changes in oc cells and cellular and phenotypic changes in tme before and after treatment and to associate changes in tme and oc cells to serine metabolism and treatment resistance to this end i will integrate innovative techniques and the access of the hosting team to a unique registry of oc patientsthrough this work i aim to broaden my scientific expertise and my international network for pursuing an academic career in europe ovadex will contribute to actualize many objectives outlined in my career development plan to become a pi in the field of preclinical models for cancer applications