Dragon09/odtu_chatbot huggingface dataset:
challenging the gender binary empirically unravelling the limitation of the malefemale categories

the ultimate goal of this project is to free science and society from the unfounded dogma of sex categories as allencompassing dichotomies and to promote a world in which the malefemale categories are restricted to the domains in which they have been shown to play a central role eg reproductive medicine rather than apriori assumed to do so eg mind and brain according to the modern normative view of sex and gender the gender binary each of two biological sexes malefemale is associated with a typical coherent gender identity manwoman sexual attraction towards the other sex a set of psychological and behavioral characteristics masculinityfemininity and the neural substrates on which these rely malefemale brains in the past decade i led a scientific research project challenging the binary view of human brains using diverse analytical tools we discovered that brains are not female or male but rather comprised of unique mosaics of femaletypical and maletypical features on the basis of the mosaic framework the multilevel analysis tools we developed and my expertise in psychology the proposed research project will use selfreports and indirect measures to collect rich data from large and diverse samples on the four psychological components of the gender binary psychological characteristics gender identity attitudes towards the sexed body and sexuality and their interrelations to discover how they are best described when freed from the dogmatic binary framework focusing also on the experiences of presumably typical populations ie cisgender heterosexual individuals we will map variability in domains assumed to be homogenous and advance thinking about nonconformity as a matter of diversity rather than pathology more broadly the proposed research project will undermine the ancient categorization of humans into men and women and the unjust gendered social order this categorization helps maintain
healthy inclusive and sustainable remote work futures as a winwin for employees and employers in urban rural and crossborder areas

winwin4worklife envisions to enable healthy inclusive and sustainable remote working arrangements rwa in europe by combining employer and employee perspectives into a single framework the project has five key objectives and outcomes1to gain an interdisciplinary understanding of how the private and work spheres interact when working remotely 2to assess which living and working conditions ensure a healthy worklife balance in rwa for both men and women living in urban rural and crossborder areas3to develop forecasting models of the impacts of different scenarios of rwa on mobility land use air quality noise and health 4to enhance knowledge on the role of culture regional context and welfare systems in the uptake of rwa by employees and employers and5to develop a comprehensive set of evidencebased spatial policies for a sustainable implementation of rwa based on cocreation processes with stakeholders and citizensto do so winwin4worklife will collect novel and comprehensive data in 5 european countries de fi lu pt sk selected to represent different welfare systems housing and labour markets and cultural norms towards remote work data collection consists of an employer survey focused on organizational support for rwa impacts on skills retention and productivity and intentions to relocate and an employee survey complemented by interviews and a time use app covering employee circumstances gendered rwa experiences impacts on worklife balance and mental health as well as residential or job relocation and social security and taxation issues this quantitative and qualitative data will feed custommade spatial forecasting models to assess wider urbanrural regeneration environmental and health impacts close and continuous engagement with planning policy business and institutional stakeholders will ensure concrete and contextsensitive policy actions and measures for the sustainable uptake of rwa in europe
protecting urban aquatic ecosystems to promote one health

aquatic urban ecosystems are extremely relevant connectors between people animals and plants and provide a valuable resource to liaise health and environmental observations with a potential impact on prediction and prevention in urbanized areas aquatic ecosystems constitute ecological corridors between fragmented natural areas supporting a wide biodiversity and variety of ecosystem services improving the sustainability of cities yet these ecosystems are often degraded by lack of space cuts of riparian vegetation artificialization of the channels impervious areas in the margins water pollution noise excessive lights among others this degradation can lead to numerous disservices to human populations and increase the probability of the emergence of pathogens lower disease resistance of wildlife and humans increasing the probability of disease severity and diseases associated with reduced physical activity and permanence in stressful environments found in citiesin view of this oneaquahealth aims to demonstrate that the health of freshwater ecosystems and human health and wellbeing in urban contexts are highly interconnected as improving one results in the improvement of the other reestablishing the balance between nature and humans to this aim oneaquahealth will promote environmental monitoring of early warning indicators that can assess that balance it will provide decisionmakers with a aibased environmental surveillance system able to support adequate and timely decisions and providing effective recovery measures of aquatic ecosystems health and consequently human health adequate for different scenarios including climate changes oneaquahealth will involve all relevant stakeholders in the process raising their awareness to the importance of urban streams and rivers and supporting them with adequate digital tools to guarantee environmental monitoring beyond the project duration
shaping the future bioeconomy across sectoral governmental and geographical levels

the overall aim of shapingbio is to support and accelerate bioeconomy innovation and the deployment of new knowledge in the eu and its member states shapingbio aims to provide evidencebased and concrete information and recommendations for better policy alignment and stakeholder actions to realize the crosssectoral potential of the bioeconomy and to reduce the fragmentation across biobased sectors and food system and policies across regions domains and governance levels these actions contribute significantly to the bioeconomy strategy and action plan the farm to fork strategy the eu green deal policy priorities and the eus climate ambition for 2030 and 2050for that purpose shapingbio aims to create a better understanding and information basis of the bioeconomy innovation ecosystem by providing a comprehensive mapping and analysis of initiatives structures policy instruments and key gaps related to the topics policy and governance applied rd and technology transfer crosssectoral collaboration and financing across the eu macroregions and different sectors this will be carried out in close collaboration with various types of stakeholders from different sectors by ensuring the involvement of all the relevant actors multiactor groups will be set up to support policy advice design but also to propose new forms of matchmaking networking and knowledgetransfer those propositions will be implemented and tested in around twenty events based on these actions recommendations for an effective governance in terms of policy instrument and their mixes will be derived as well as guidelines for different stakeholder groups for better collaboration and exploitation of bioeconomy innovations followup events will be conducted to ensure that the recommendations are understood actively reflected and implemented into stakeholders activities and action plans to foster the deployment of biobased innovations
advancing solidstate battery development and production to drive the future of electromobility

solidstate batteries ssb offer a promising opportunity for the eu to become an early player and enhance its position in the global battery market supported by a consortium comprised of key industry and academic players in the battery field solve aims to capitalize on the extensive rd base and contribute to the scalingup efforts required for ssb gen4b mass productionto this end solve will address the most significant barriers hindering sector growth by demonstrating innovations across the main stages of the value chain optimizing active and inactive materials and associated processing techniques under industrially relevant conditions trl6 this will help achieve highperforming costeffective and safe and sustainablebydesign 20 ah ssb prototypes and a proofofconcept 025 kwh module based on i thin defectfree hybrid solid polymer based electrolytes 30 m 05 mscm 2540c 47 v ii high loading solid state cathodes 40 mahcm2 based on 4vclass cathode active materials 200 mahg and iii ultrathin li metal anodes including cuttingedge lithophilic current collectors for the development of zero li excess ssb 10 m 3000 mahg all of them produced through easily scalable and sustainable r2r processesthis entire process will be reinforced by the implementation and adaptation of predeveloped digital tools and models to support and accelerate the ssb design as well as the incorporation of imperative sustainability criteria to promote efficient resource utilization through ecodesign principles and the development of innovative recycling processes finally a robust dissemination communication and exploitation strategy including the development of tailormade training activities and business models will be established to propel solves postproject commercialization and future market success ultimately contributing to the decarbonization of the transport sector and the widespread adoption of electromobility
clocking the conduction velocity of the visual pathway with optically pumped magnetometers

the human visual pathway carries high volumes of information from the retina to distant regions of visual cortex the speed of this information transfer retinocortical conduction time has been proposed as a diagnostic measure of neurodegeneration this conduction time has typically been estimated based on relatively slow evoked responses although we now know that highfrequency activity in both the retina and visual cortex precede slower evoked responses by several tens of milliseconds in addition the difference in timing between the onset of highfrequency activity in the retina and cortex is more in line with the expected conduction velocities of the heavily myelinated visual pathwaythis project proposes to develop and validate a new sensor technology optically pumped magnetometers opms to measure this highfrequency retinocortical conduction time with a view towards establishing a diagnostic suitable for patients in the neurology and eye clinics to assess disease progression impacts to myelination circulation and neural connectivity are all expected to reduce the conduction speed of the visual pathway even before visual symptoms become apparent the proposed highfrequency conduction time technique should provide a more accurate and sensitive measure to detect these impacts with high potential for translation into a clinical diagnostic method we will furthermore streamline the measurement procedure to increase the comfort duration and feasibility for potential patient groups
supporting creative minds in urban planning

design thinking today is talked about as a new democratic and liberating form of creativity transforming social and economic life and revolutionizing problemsolving designdriven living labs as creative collaborative and experimental spaces have become the goto model for cities in fostering innovation and exploring solutions to complex social and environmental challenges such as energy transition climate adaptation and urban inequality the number of living labs registered in the european network of living labs enoll has increased from 20 living labs in 2006 to 188 in 2010 and to more than 475 labs in 2020 while being successful in creating new technologies insights and solutions the effectiveness of the applied models is proven to be limited in innovating strategic and foresight activities that are set to deliver evidencebased futureproof solutions urban planning concerned with longtern management of spatial activities in cities is one of such processes that is extremely influential in shaping future of cities and yet hard to innovate addressing the lack of conceptual clarity on what creative thinking and innovation means for foresight activities and urban policy making is a crucial step in bridging this seemingly unbridgeable gap between experimental designoriented ways of thinking and delivering futureproof foresight strategiesseminal aims to develop stateofart information system to facilitate and accommodate for creative thinking as part of spatial decisionmaking processes to do so seminal uses design science research as its main overarching methodological strategy and will bridge the works on collaborative decision making and creativity in the fields of urban planning social cognitive psychology and design the project is expected to have a major impact in the field of urban planning and design as it will deliver a toolkit for creative spatial strategic thinking
mobile worlds empowering third cultures for sustainable and inclusive mobility

the overall goal of mobileworlds is to explore pathways to better integrate sociocultural diversity into todays institutions so they may better deal with contemporary challenges of sustainable mobility and societal inequalities such pathways are sought by engaging explicitly with third culture experiences to identify concrete diverse imaginaries and allowing these to feed into equally diverse solutions that can realistically be implemented third cultures are unique cultures that emerge from contact with different home and contextual cultures during the formative years of an individual these third cultures are increasingly common in a globalising world and may have important repercussions for imaginaries for sustainable and just mobility futures as such they provide promising sources for pathways that integrate sociocultural diversity into todays institutions bergen norway and porto portugal are known for cultural diversity and advancement in sustainable mobility combined they provide both a northern and a southern european perspective and a particularly interesting context within which to research this subject mobileworlds delineates four key objectives 1 to solidify and expand the concept of third cultures 2 to develop methods and methodologies that encourage artistic engagement of all ages and sociocultural groups in mobility planning 3 to engage communities in mobility planning through artsbased events and activities and 4 to support my future career development through artsbased research and engagement training and expanding academic and artistic networks and experience the handson experience and training will help to accomplish my career goals securing an assistant professor position in the field of mobility planning or working in public engagement for an ngo promoting sustainable mobility with such a position i hope to contribute to improve the sustainability and justice of the world through diverse and inclusive approaches
novel insulation concepts for lh2 storage tanks

the nicolhy project aims to develop novel insulation concepts based on vacuum insulation panels vip that enables the safe cost and energy efficient storage of large quantities of lh2 new design concepts are needed because the current technologies used in small and medium storages today are not suitable for upscaling since would imply prohibitive costs long construction time low failure tolerance and limitation on tank shape selection to overcome this challenge nicolhy will utilize for the first time the vip thermal insulation principle for lh2 storage the project objectives will be achieved by applying a holistic approach by investigating material safety energy and economic aspects through both modelling and testing of the insulation analysis of circularity sustainability and scalability of the whole lh2 tank system will be conducted the nicolhy consortium which brings together experts from different fields and disciplines is ideally suited for this ambitious project recent results from nicolhy project partners indicate that this insulation principle is successfully applicable to storing large quantities of lh2 leading to decreasing storage costs and safety and energy efficiency enhancement other advantages compared to existing solutions are the reduced construction time and the increasing failure tolerance nicolhy will develop further the preliminary evaluated modular and openform insulation applicable for onshore and offshore lh2 tank applications the validation of this new insulation concept will enable the design of costefficient largescale lh2 storage tanks with minimal lh2 boiloff thereby nicolhy will accelerate the integration of hydrogen into the european energy economy and industry which is necessary to be in line with the european green deal and to keep confidence of the population in the policy and the technology
wearable ultrasound for continuous bladder monitoring

millions of people worldwide suffer from lower urinary tract dysfunction lutd which costs billions of dollars in medical expenses due to a lack of reliable continuous monitoring options a vital measure of the course of lutd is bladder volume but measuring it accurately is difficult because of anatomical constraints in the pelvic region and body the monitoring techniques used today employ tethered solutions and personnel with training bladderwatch offers a wireless compact and conformal ultrasonic wearable device that is intended to close this gap by providing constant monitoring of bladder volume bladderwatch provides continuous monitoring throughout daily life without the need for trained personnel and the potential for continuous monitoring in contrast to existing methods that are limited in scope and necessitate hospitalization with a flexible gelfree form factor high accuracy and low power consumption its design puts the comfort and safety of the patient first by enabling early problem detection enhancing patient outcomes decreasing hospital readmissions and eventually improving quality of life this cuttingedge technology seeks to completely transform the management of lutd bladderwatch aims to overcome this major unmet clinical need in the management of lutd by drawing on our earlier research in developing wearable ultrasound for implant monitoring and preliminary results this project has the potential to translate to the real world improve personalized care and make the healthcare system more effective
modelling enlightenment reassembling networks of modernity through datadriven research

the enlightenment has long been associated with the rise of modern europe and more generally with the concept of a typically european modernity that took root in its wake what it means to be modern is indelibly bound up with our understanding of the enlightenments core concepts reason religious toleration civic virtue political liberty and scientific progress to name but a few for some the enlightenment is an essentially philosophical matter for others it was and remains deeply political whatever the case may be one thing is certain for better or worse it is widely accepted that the enlightenment ushered in a new modern era in both politics and philosophy beginning in the 1790s and continuing today the role of 18thcentury ideas in this modernising process and by proxy the books that came to embody them has long been the subject of intense scholarly debate primarily concerned with the social and intellectual causes of the french revolution as a result the field of enlightenment studies today continues to privilege a relatively small canon of writersprimarily those that participated in the more radical strains of enlightenment thought in france this is only one version or vision of the enlightenment however albeit one that tends to dominate contemporary discourse this project aims to fundamentally reevaluate this interpretation of the enlightenment and its actors by expanding the knowledge base on which these previous claims have been made not only in terms of the diversity of authors and texts included but also in the development of new digital techniques for identifying and analysing 18thcentury information networks and their subsequent reception in so doing modern will move enlightenment studies in a decidedly new direction one that is both more comprehensive and more systematic in terms of its relationship to the existing digital cultural record and one that likely challenges subsequent narratives of european modernity
innovative structures for improved light collection in argonbased tpcs

stellar innovative structures for improved light collection in argonbased tpcs goal is to boost the advancement of noble gas and liquid optical time projection chamber tpc detectors for rareevent searches with dark matter dm being one of the most compelling puzzles of todays fundamental physics stellar plans to contribute to the development of novel amplification structures based on micropattern gas detectors mpgds technology incorporating wavelengthshifting materials capable of providing improved light collection and greater operating stability at higher gains stellar programme can further contribute to the understanding of underlying mechanisms of signal formation in tpcs opening the possibility of studying the electron extraction efficiency and electroluminescence in electronegative gas mixtures this is a specially relevant topic considering the recent technological developments observed in dm searches with the use of negative ion tpcs eventually optically readout it is anticipated that the floating wavelengthshifting fieldassisted gas electron multipliers fatgem mechanical characteristics and performance can be a valuable alternative to current amplification structures used in nobleelement tpcs for dm searches for instance darksidelowmass or currently planned for long baseline neutrino experiment dune
faster and more energy efficient machine learning for embedded systems

embedl is a software development kit installed on premises to optimise complex dl models on embedded hardware systems it empowers product manufacturers by providing them with the entire toolchain and services necessary to accelerate their aidriven system development and launch into production what is currently taking months years or abandoned rd can now be done in weeks using the embedl platform the product development team canautomatically optimise a dl model for specific hardware while meeting energy consumption hardware cost and other requirements by pruningcompressing a state of the art model in a hardware and requirementsaware fashion or searching automatically for the optimal modelautomatically evaluate hardware for its model currently existing as an internal tool to be developed into a full fledged product by a combination of predictive methods and hardwareintheloopaccelerate the development cycle with easy to use and highly automated tools