Dragon09/odtu_chatbot huggingface dataset:
dynamic navigation and port call optimisation in real time

decarbonization of maritime transport through carbonfree fuel is a daunting and expensive process new propulsion systems such as windassisted will contribute to fuelsavings still whatever the pathway for a sustainable transition towards net zero emissions by 2050 more energyefficient operations remain a prerequisite this applies to the ship sailing as well as the port call processes efficient and viable voyage and port call optimization requires much increased cooperation between parties and overcoming several important barriers such as charter parties and contracts enabling just in time arrivals and more explicit riskbenefit sharing improved transparency and reduce cybersecurity risks reliable and efficient voyage and port call information sharing among all parties any new voyage optimization tool must take all these constraints into consideration and ensure full transparency on the arrival times to be agreed between the parties before the optimized route is activatedthe goal of dynaport is to develop new optimization and coordination tools for ports and ships that both reduce the ships fuel consumption and increases port efficiency with at least 10 kpis will be developed to quantify and measure these savings the tools will be built on information sharing through internationally accepted protocol standards and communication systems to improve port efficiency as well as port approach safety the system will integrate the port vts in arrival and departure planning and executionthis goal is fully aligned with the strategic research and innovation agenda for the partnership on zeroemission waterborne transport underlining the lack of standardized technologies and infrastructure enabling operational integration with ports as one key barrier to faster decarbonization of maritime transport but also with the imo strategy on the reduction of ghg emissions from ships and wider initiatives by the ec such as the european green deal
metalorganic frameworks as concerted protonelectron transfer mediators for electrocatalysis

as the consequences of the anthropogenic contamination become more evident and irreversible there is an increasingly urgent need to switch towards more sustainable paradigms in the chemical industry in this context the utilization of renewable energy sources via electrocatalysis has emerged as a highly active field of research during the past decades although further efforts are required to provide economically viable technologies with practical applications ecatmof project aims at developing efficient electrocatalysts for chemical reactions based on reductive protonation these processes are ubiquitous to a large number of industrially relevant transformations such as reduction of olefins carbon dioxide or dinitrogen an electrocatalytic approach will offer a sustainable alternative to harness renewably sourced electricity to power such transformations avoiding current harmful processes that pose important obstacles towards a circular economy the strategy of ecatmof project is based on accessing concerted protonelectron transfer cpet reactions due to their energetic benefits allowing operation at milder potentials and thus outcompeting the otherwise dominant hydrogen evolution reaction to this end ecatmof will target the design of novel cpet mediators based on an interdisciplinary approach incorporation of molecular redox and acidbase mediators in the structure of metalorganic frameworks mofs and the immobilization of the resulting materials on carbonbased electrodes this strategy merges the fields of molecular inorganicorganometallic chemistry reticular materials and heterogeneous electrocatalysis to overcome challenges associated to undesired bimolecular reactivity low current density limited faradaic efficiency difficult product separation and catalyst recovery the expected implications of ecatmof will have a broad impact in the progress towards the integration of renewable energy schemes into the chemical industry
paving the way towards digitalisation enabling agroecology for european farming systems

the potential of agroecological farming systems to master many of todays challenges to the environment economy health and society can be significantly promoted by coupling with digital tools and technologies path2dea is committed to unlocking digitalisations catalysing power to foster european agricultures transition towards enhanced sustainability it will build on farmers competences and views and match them with the rich repertoire of digital solutions already available for agriculture aimed at tailoring digital technologies to users needs and fostering widerange adoption of digital agroecological farming in the eu and associated countries strategic engagement by multiple actors includes early adopters of digital agroecological farming represented by six showcase farms located in different pedoclimatic regions with handson experience for solid consensus validation of the projects conclusions path2dea is deeply rooted in the european agroecology innovation ecosystem and will establish itself amidst key players and proven instruments to mediate and connect among disciplines and sectors with a clear ethicalsocietal perspective via interactive discussion rounds specific situations regarding digital technology uptake and use will be explored and brought to consideration by actors and stakeholders for increasing awareness and understanding path2dea will deliver a robust knowledge base in the frame of an open source repository of digital tools and technologies in agroecology with decision support functionalities and a wellaligned ri roadmap for guiding digital agroecology transition finally path2dea will use its results for bridging towards the upcoming european agroecology partnership
largearea perovskite solar module manufacturing with high efficiency longterm stability and low environmental impact

in recent years organometal halide perovskitebased photovoltaics pv have attracted great interest for their high power conversion efficiency at low manufacturing cost presently east asia especially china and north america are rapidly ramping up towards mass production of perovskite pv more efforts are urgently needed for perovskite pv upscaling in europe laperitivo focuses on the development of largearea stable perovskite solar modules using processes with high manufacturability efficiency targets are 22 and 20 for 900 cm2 opaque and semitransparent with 95 bifaciality modules respectively key research activities include the deposition of highquality perovskite films as well as contacting layers over large substrate area using industrially viable techniques indoor and outdoor field tests in line with international electrotechnical commission iec standards will be performed to monitor module reliability safety circularity and sustainability will be assessed to demonstrate products with minimized environmental impact the developed semitransparent modules will be applied to perovskitesilicon fourterminal tandem modules and also to agrivoltaics design of perovskite pv pilot line of 200 mw and production capacity of 5 gw in europe will also be explored the wellbalanced consortium consists of 22 complementary partners including 8 european leading research institutesuniversities imec unitov empa fraunhofer ise ipvf cnrs csem hellenic mediterranean university 1 african research institute green energy park morocco 5 small and mediumsized enterprises becquerel institute becquerel institute france becquerel institute spain dyenamo tse troller smartgreenscans bedimensional and 6 big companies pilkington technology management limited ptml singulus technologies voltec solar engie totalenergies edf in this way the project aims to establish the pathway to open the era of manufacturing perovskitebased nextgeneration pv products in europe
textilebased metamaterials for broadband noise absorption in lowfrequency range

owing to rapid urbanization millions of people are suffering noise especially the noise in a lowfrequency regime 500 hz conventional acoustic absorbers eg glass fiber and polyester fiber have been applied to control the noise by absorbing incident acoustic energy while the sound absorption in the lowfrequency regime using such absorbers is impractical because their dimensions are usually comparable to the large wavelengths of lowfrequency sound waves in recent years acoustic metamaterials have exhibited excellent lowfrequency sound absorption performance however these metamaterials usually produce only one narrowband absorption peak furthermore the practical application of most of the acoustic metamaterials is hindered due to the highcost manufacturing techniques ie 3d printing and low production efficiency this project proposes a new classification of metamaterials which is composed of textiles the textile manufacturing techniques are highly efficient textile fabrics can form different resonant elements eg cavity structure gradient index structure and membrane structure employing textile technologies and manifold assemblies moreover the different textile resonant elements can combine together to fabricate integrated broadband lowfrequency sound absorbers the knowledge and technologies from acoustic and textile disciplines will be integrated to achieve the aim one of the most important aims of this project is to develop the metamaterials made by textiles to overcome the shortcomings of currently known metamaterials this project provides a new possibility to solve the noise problem to increase life quality of the public another essential objective is to acquire new knowledge and skills from the host to improve the career competencies and professional experience of the applicant this objective and sharing the skills with the host will be fulfilled through twoway transfer approaches eg training presentations etc
materialsgrowl gauging the restofworlds lifecycles of construction materials

this project materialsgrowl will assess the current and future construction material uses that compose human settlements of the global south which is sometimes indiscreetly aggregated as the rest of the world row in global studies this is crucial because construction materials have global environmental impacts half of yearly consumption of all raw materials significant shares of carbon emissions and major contributors to land use change most of their future demands and thus environmental and societal impacts will occur in the global south this is also challenging because understanding the lifecycles of construction materials how many and which materials where are they used to what ends and with which impacts has been daunting due to limited data and research frameworks the global south has been neglected so far and the little understanding we have is incomplete uncertain and incoherent thus the environmental and socioeconomic risks related to construction material use in the row countries now and in upcoming decades are only generically studied or remain unknownmaterialsgrowl will 1 develop novel methodologies to produce highresolution construction material data in the global south and link these to the societal services and human needs they provide 2 compare future material use developments to 2070 under a suite of different socioeconomic and wellbeing pathways 3 identify environmental and socioeconomic risks imposed on and by construction material accumulation and 4 form an exchange framework for crosstransfer of material use knowledge materialsgrowl will overcome the severe data and methodological challenges that held back the study of construction material use in the global south it will provide data and methods crucial for addressing the sdgs and material prerequisites of decent living standards the results will link the development of the built environment with its impacts to inform further research policy and action
innovative alkaline earth systems for the activation and functionalization of dinitrogen and other challenging substrates

catalysis is a powerful tool to address profound challenges in europes energy transition however many current catalytic systems face important limitations in relation to activity selectivity or cost efficiency particularly the production of ammonia relies upon the centuryold energyintensive haberbosch process which is estimated that consumes up to 3 of the global energy produced every year this eufunded aefun project will develop innovative systems based on earthabundant readily available alkaline earth metals for the challenging conversion of dinitrogen into ammonia and other nitrogencontaining valuable chemicals this will be achieved by harnessing the unexplored modes of cooperativity between transition metals and lowvalent alkaline earth elements we envision that unusual participation of d the orbitals from the ae element and the redox activity of transition metals will give place to unseen synergies that will facilitate the activation of highly challenging substrates n2 co2 co h2 and their functionalization
dimensional insights into dissipative kerr solitons

the enlightens project focuses on investigating how dimensions influence the dynamics stability and characteristics of dissipative solitons ds within externally driven multimode kerr cavities ds are fascinating localized structures that maintain their inherent shapes during propagation owing to a delicate balance between the nonlinear kerr effect linear dispersiondiffraction gain and dissipative processes these states retain their temporal profiles along the propagation direction forming temporal solitons or preserve spatial profiles orthogonal to the propagation direction leading to the emergence of spatial solitons spatiotemporal solitons stds represent a class of states that not only maintain spatial but also temporal profiles exhibiting complex dynamics however such states tend to be vulnerable to wave collapse in this context the enlightens project seeks to explore the dimensional aspects affecting the stability of ds as dimensions increase and develop strategies to enhance their stability my preliminary findings suggest that phase modulation has the potential to expand the stability range within 1d temporal ds and could potentially stabilize 3d stds within this framework i will further conduct a comprehensive bifurcation analysis of these 1d temporal dissipative states under various influences laying the groundwork for further investigation subsequently i will focus on the transition of these 1d states by introducing spatial effects as a weak perturbation that later becomes a dominant factor in the system this methodology enables me to progressively tackle increasing complexity facilitating the study of highdimensional problems in a stepbystep fashion understanding these states holds paramount significance and carries the potential for groundbreaking advancements across diverse technological domains including the development of innovative multidimensional kerr frequency combs
excelling humancentric collaborative ecosystems for smart digital transformations in ccis

excentric excelling humancentric collaborative ecosystems for smart digital transition in ccsi supports the digital transition aimed at sustainable and responsible growth in the european cultural and creative sectors and industries ccsi it addresses underutilization of data in the daily operations of specific experience sectors live music festivals theatre and museums these sectors are distinguished by their capacity to create value by providing audiencecentric intangible cultural experiences excentric develops and implements a collaborative data practice through the execution of four sectorspecific and two crosssectoral pilots under real working conditions by codesigning testing and equipping organizations within experience sectors with operationscentric smart data infrastructure and tools we can effectively integrate datadriven innovations into their strategic operations in programming pricing resource management and audience engagement the project applies humancentric principles by actively involving the creative workforces needs skills and interests of pilot organizations and their extended network in the tools development processes it builds organizational capabilities data literacy and skill sets to enable the adoption diffusion and customization of digital tools and supports sustainable innovation beyond the projects duration at the policy level excentric will formulate evidencebased recommendations for successful digital transformation by employing innovative practices and identifying relevant metrics based on pilot results the projects unique approach pioneers the concept of collaborative data practices in the ccsi which has proven effectiveness in pharma energy and logistics it aims to break down silos within the ccsi and foster ecosystem thinking excentrics exceptional consortium with six pilots across six countries and three paneuropean umbrella organizations broadens its impact and fosters adoption
checmating cellular senescence by modulating the surrounding matrisome

the increasing elderly population poses a dual challenge to the viability of both global health and our current welfare systems one of the pivotal aspects of aging involves the accumulation of damaged cells known as senescent cells in organs while these cells play a role in coordinating tissue repair whenever damage occurs their aberrant accumulation disturbs normal tissue function resulting in an unbearable burden that ultimately leads to aging understanding how these cells accumulate within the organism a yet unresolved question would offer invaluable insights into the aging process we have recently reported that damaged cells rely on integrins a family of membrane proteins to implement senescence over cell death leading to their accumulation within injured tissues remarkably integrins are known as the major cellular receptors binding to the surrounding extracellular matrix ecm considering these precedents we aim to take a step further and investigate whether the composition and status of the ecm can influence the buildup of senescent cells by impacting the choice between senescence and cell death upon injury a possibility not explored before here we aim to assess whether certain ecm proteins might act as prosenescence factors by desensitizing damaged cells to death favoring survival and aberrant senescence instead we will thoroughly characterize multiple cell culture and mouse models of senescence implementation following damage aiming to unveil the mechanisms controlling this phenomenon leveraging these findings we will modulate the occurrence of cell senescence through ecm reengineering in mice seeking to establish a revolutionary approach to address aging and tissue fibrosis in sum by uncovering unsuspected links between the ecm status and cell senescence implementation checmate senescence would signify a paradigm change that would enable an unprecedented strategy in targeting cellular senescence in detrimental scenarios
breath pathogen detection bpath establishing exhaled breath aerosol xba sampling for diagnosis and screening of respiratory infections

respiratory infections resulted in 7 million deaths in 2020 and were responsible for 7 of the last 9 pandemics causing trillions of s in economic losses despite the importance of early detection for individual health and pandemic control flawed sampling methods for respiratory infections limit the impact of highlysensitive diagnostics the bpath project will tackle this problem by establishing exhaled breath aerosol xba as an evidencebased noninvasive sample for simple detection of respiratory infections that can be undertaken at all levels of care we will achieve this by developing and optimising two innovative easytouse and scalable xba sampling devices and generating evidence for their use in diagnosis and screening for early diagnosis and transmission control we will use different model pathogens that have caused epidemics and pandemics globally sarscov2 influenza and tuberculosis tb and we will generate data on the feasibility of multiplex detection of respiratory pathogens in xba samples the adaptability to novel pathogens applying viral metagenomics and pointofcare testing with lateralflow assays we will assess the sampling efficiency of the novel devices against a benchmark respiratory aerosol sampling chamber and evaluate performance feasibility and acceptability in comparison to the current standard of sampling in multicountry clinical studies of diagnosis and screening impact and economic modelling will inform the implementation potential of the novel devices for the different use cases and help assess tradeoffs the project will leverage innovation in bioaerosol and material science as well as the multidisciplinary including academia industry and ngos consortiums track record of delivering transformative diagnostic innovation we envision that a single breath sample enables accessible and accurate detection of highly transmissible respiratory infections thereby improving both individual and population health
hopes and futures of academia reimagining bacons new atlantis

atlantis tackles the multifaceted challenges facing academia today by focusing on alternatives articulated within or at the boundaries of higher education these challenges are not only practical but also deeply theoretical and engage fundamental epistemological and ontological discussions about the intertwinedness of science and society and the knowledge this relation generates using francis bacons new atlantis 1626 as a reference point this projects ambition is to cocreate different narratives infrastructures and frameworks that amend the consequences of the technocratic imaginaries of knowledge and progress crystallised in this story following the lead of researchers that have taken peoples hopes and visions as objects of analysis and entry points into broader societal concerns atlantis aims to 1 develop a nuanced account of the diverse challenges facing academia and better understand emergent or successful responses and transformation and 2 cocreate possible and utopian academic worlds that open new horizons for meaningful discussions and paradigmshifting actions that account for its current weaknesses and blind spots particularly when it comes to gender and multispecies entanglements atlantis is anchored in anthropology and science and technology studies sts and focuses on three distinct but interconnected lines of inquiry about academia and its future at the present neoliberal moment atlantis takes a forwardlooking approach that is historically and ethnographically grounded while engaging innovative cocreation and futureoriented techniques articulated at the intersection of anthropology innovation and design atlantis is hosted at the norwegian university of science and technology ntnu and includes a secondment at the university of california los angeles ucla it is cosupervised by vivian anette lagesen knut h srensen and sharon traweek