Dragon09/odtu_chatbot huggingface dataset:
bioinspired laser functionalization of complex 3d industrial surfaces

surface functionalisation is present in a wide range of sectors improving the performance of multiple components and systems in many applications however when considering the application of such functionalisation in complex industrial parts several challenges must be faced the difficulty of reaching all surfaces of complex 3d parts is significative especially in those with considerable size and weight at the same time uncertainty about the regulatory compliance of functionalised parts in some sectors makes a straightforward integration of this process more difficult as a result this limits the potential of some companies in terms of opening up new markets or attaining a competitive edge additionally the creation of functional surfaces has traditionally relied on processes such as chemical reactions andor the complete coating of the native surfaces eg aerofoils due to their very nature these processes generate unwanted byproducts thereby leaving a significant environmental footprint which go against the do no significant harm principle of the european green deal in order to avoid these setbacks a new functionalising process for complex 3d shaped parts in which the environmental footprint is reduced and where new guidelines are generated to complement the manufacturing standards of target sectors could be a game changer bilasurf aims at developing and integrating a process for highrate laser functionalization of complex 3d surfaces using tailored designed bio inspired riblets to reduce friction and improve the environmental footprint of industrial parts assuring a high throughput with the help of inline monitoring capabilities this solution can provide european industry with a key tool to use a more efficient and environmentally friendly manufacturing process
bluemissionbanos supporting the mission ocean lighthouse in the baltic and north sea basins

the eumission restore our ocean seas and waters by 2030 is a new eu wide broad mobilization initiative expected to bring concrete solutions to protect its ecosystems and biodiversity prevent and eliminate pollution and turning the blue economy both carbonneutral and circular substantial resources are made available to establish lighthouse projects blueparks and improved digital knowledge systems these need to be matched with corresponding efforts by all stakeholders at national and regional scale bluemissionbanos bmb has the ambition to act as an efficient facilitator and knowledge broker as to inspire engage and support stakeholders from politics industry science and the public across the banos area to channel resources effectively towards the mission ocean objectives the bmb consortium gathers some of the most active research institutes networksclusters and funding agencies from the baltic and north sea seabasin capitalizing on their past and ongoing activities bmb partners will work with existing governance structures from regional up to transnational level within the banos area to design an effective transparent mutuallyreinforcing interplay between them wp2 support citizen engagement initiatives to align with the missions objectives wp3 accelerate the deployment of solutions through five innovation and demonstration cycles wp4 develop a consistent monitoring framework to assess mission performance including definition of baselines key performance indicators and sourcesmethods to capture and analyse the relevant data wp5 supported by a digital interactive portal showcasing projects and services relevant to mission deployment wp6 to maximize effectiveness of available public and private funding opportunities and achieve critical mass for action activities will be coordinated and communicated within bmb including lighthouse demonstrators as well as with eu structures and eu wide projects wp1
circular systemic solution for sustainable tourism in european islands by movable plant on a boat and cocreation with island stakeholders

islands are characterized by massive touristic flows concentrated in specific highseason islands are characterized by massive touristic flows concentrated in specific highseason peaks temporarily amplifying the local consumption of products and the consequent generation of waste materials reboat aims at designing developing and demonstrating a novel decentralized systemic circular solution focused on plastics and textile exploiting a mobile modular sorting recycling and reprocessing plant on a boat that will transform local waste into new products meeting the needs of island citizens tourists and local artisans and workers three complementary pilots at eolian ioninan and azores islands will cocreate new objects spaces and experiences through an island participatory approach supported by collaborative digital tools by the boat technical infrastructure with recycling and reprocessing machineries onboard and by artists workingholidays students and designers who will animate a 2 weeks event in each pilot engaging people newly designed tourism packages will empower the engagement and enrich the offering promoting conscious and sustainable holidays in european islands 15 partners from 7 eu member states experts in heterogeneous and complementary sectors will cooperate to demonstrate the feasibility of the 6 innovation pillars and to provide a concrete experience to citizens and tourists that will be made publicly available through training materials success stories open access data replicability will be studied with the objective to obtain a concrete exploitation after the project ends the project will obtain results in the following innovation pillars a boat for local recycling the digital solutions for the cocreation and scheduling in exploitation the new touristic packages and signed agreements the generation of new circular products to be sold the engagement of local stakeholders and pas and the definition of the final business model
the cultural history of the black african diaspora in early modern spain

what were the cultural creations of black women and men in early modern spain how did blawhat were the cultural creations of black women and men in early modern spain how did black women and men shape the cultural productions of the period more than four hundred texts in early modern spanish literature include black characters in a variety of literary genres such as drama and poetry the vast corpus of literary narratives on blackness has not fully engaged with the fact that spain had the secondlargest black african diaspora in early modern europe second only to portugal and that black women and men at that period were producers and contributors of cultural creations with a focus on spain and in connection with the iberian world badem will investigate three intertwined areas of cultural history literature and linguistics and provide a new scholarly framework to challenge our understanding of europes past and its people it will narrate an untold story of both the tangible and intangible cultural heritage that black africans created primarily but not exclusively as singers dancers actors storytellers and painters it will explore the way black africans refashioned and contributed to the production of early modern cultural narratives on blackness and will investigate the african cultural traits and multilingual practices of black women and men particularly in relation to their cultural mediations in this way badems will promote an understanding of the experiences of survival through creativity the making of blackness and the processes of identitybuilding and creolization the project will accomplish the goals in three domains of research conducting the first systematic locating of black cultural creators building a unique openaccess archive of black creators and producing an interdisciplinary narrative about the contributions of black women and men to the literary and linguistic culture of spain in the sixteenth and seventeenth centuries
development of a multifunctional biomaterial patch for buccal delivery of peptideanalogue treatments

oral delivery of peptideanalogues a macromolecule is one of the great challenges in pharmaceutical research thus far only five peptideanalogues have been converted to oral formulations such as tabletscapsules and all face distinct challenges including low bioavailability dosage control patient administration inconvenience and restrictions in use eg undesirable food interactions the buccalpep consortium will join hands to develop a multifunctional biomaterial patch which allows for the first time buccal in the cheek delivery of peptideanalogue therapies thereby overcoming these challenges through unique integration of a permeation enhancer sdc with biomaterials and a peptideanalogue the novel formulation enables peptides to diffuse across the mucosal multilayer thereby effectively achieving their intended pharmacological response the novel approach will result in an improved quality of patient life and increased treatment compliance within this project the consortium will design select and manufacture a lead product with type 2 diabetes as showcase indication that will be validated for performance in in vivo large animal studies additionally a health technology assessment will be performed to support the development an evidencebased value proposition and aid in the development of a commercialisation strategy the final deliverable of the project is a patch that is preclinically validated and ready for clinical trials in the desired showcase indication overall the buccalpep project will provide a platform technology for oromucosal delivery of peptideanalogues that will be suitable for a broad range of experimental and approved peptidesanalogues therapies across a multitude of disease indications buccalpep will enable novel peptidebased treatments to emerge which otherwise might not have reached the market due to incompatibility with the currently available administration routes
decarbonized titanium recovery from aluminium and titanium production residues

eurotitan will be a pioneer in unlocking continuous ti resources from metallurgical waste streams from alumina and tidioxide production developing 54 ktpy of ti metal making europe totally independent from russian timetal sponges imports crucial for alloy production in the transport and medical sectors on this purpose an industrial driven consortium gaining experience from previous and ongoing projects for metals exctraction from industrial wastes scavangerscale scale upvalore will develop a 90 lower co2 emission compared to the conventional kroll process which produces 10tn per tn of ti green hydrogen sourcedrefhyd direct ti reduction process will be scaled to demonstration in the industrial environment at the bosnian alplant to produce tailormade timetal products for ingots or alloying our timetal price will be 15 lower compared to imported ones rough estimate 6800 t ti compared to current prices from russia and china at 8500 t process optimization will be achieved through integration of inlinereal time data monitoring establishing repository of highquality and trusted datasets and embedding artificial intelligence this will lead to a 10 reduction of onsite energy and water consumption while at the same time minimizing production interruption finally circularity is ensured as the remaining residues are converted into innovative 30 lower co2 emissions compared to cement based construction materials while water will be recycled and excess heat energy will serve local households
scanning multimodality microscopy of moir quantum matter

moir materials are a treasure of mindblowing scope of phenomena much of which is still to be discovered along with the great opportunities perplexing experimental and theoretical challenges arise due to numerous degrees of freedom strong interactions instabilities broad tunability and high sensitivity to exact global and local parameters like twist angles strain alignment screening and disorder as a result each moir device is a miniuniverse with its own laws of physics which cannot be fully unveiled without exploring and crosscorrelating a multitude of its microscopic characteristics an almost formidable task the goal of this project is to develop a multimodality nanoscale scanning probe that can image a wide variety of physical properties with record sensitivity on a single sample including currents potentials compressibility magnetization berry curvature topological invariants superfluid density temperature thermal conductivity dissipation work and noise this powerful tool based on a hybrid superconducting quantum interference device on a tip will then be applied to study moir quantum matter over a broad range of variable parameters including temperatures down to mk range vector magnetic fields carrier densities displacement fields and response to local potential perturbations we will focus on moir materials beyond the magicangle twisted bilayer graphene including multilayer and hybrid twisted van der waals structures which offer a fertile platform for realizing novel states of matter we will address key open questions and provide nanoscale visualization and comprehension of the mechanisms governing the topology berry curvature orbital magnetism superconducting order parameter topological magnetic textures heat and charge transport dissipation and noise this research will provide groundbreaking insight into the complexity and the beauty of the emergent multifacet physics flourishing in moir materials
twinning for development of worldclass next generation batteries

the twinvector project aims to create a centre of excellence at the tomas bata university in zln tbu focusing on next generation battery sustainable design energy business models and sustainability assessments with the support of upgraded research and administration unit rau the rau therefore coordinates the capacity building measures of the partners activities to emphasise the synergy and the creation of the centre of excellence at tbu hence tbu will team up with excellent foreign institutions vtt ait kit and bayfor the whole spectrum of activities is planned to activate knowledge at tbu setup knowledge pool and capacity building activities enabling flexible multidisciplinary project teams to address the topic of the next generation of batteries with the help of life cycle thinking via sustainability assessments additionally advanced battery technologies also need to be assessed via a combination of technoeconomic simulation tools costbenefit analysis and business model innovation the widening country of czechia specifically the zln region aims to increase scientific expertise and capacity in these areas and methods the consortium members will share the expertise so that tbu can boost the research capacity to undertake worldclass rd activities in the energy storage field and bring them to the market the ability to produce original ideas will be reflected in multiple outcomes expected in the shortterm horizon eu projects submitted in cooperation with excellent partners scientific papers conferences and business agreements highimpact research is expected longterm with technology transfer into practice the existing research capacity of all members will be strengthened via additional capacitybuilding activities in partnership with bayfor
explainable machine learning for identifying the full heterogeneity of peptidoforms and proteoforms

mass spectrometry driven proteomics allows deep insights into the working of cells still the vast majority of proteoforms representing the full heterogeneity of molecular forms of protein products in a sample currently remain undetected in proteomics experiments this lack of information strongly restricts our knowledge of disease progression possible biomarkers and therapeutic targets across a large number of diseases several machine learning approaches have been developed for proteomics data but not being trained endtoend they cannot capture the full wealth of proteomic mass spectra and commonly remain unexplained black boxes within explainprot my team and i will develop representations of spectra that allow deploying explainable endtoend machine learning models on the wealth of proteomic data available regarding both bottomup and topdown spectra to identify novel protein variants explanations will allow identifying the origin of predictions and allow reducing bias and building up the trustworthiness of ai systems required for clinical applications to verify results we will pioneer orthogonal realtime strategies based on selective sequencing approaches and calling of amino acids that we will introduce for nanopore sequencing devices as a complementary acquisition method all combined this will allow to drastically increase our knowledge about the current dark matter of mass spectrometry driven proteomics those proteins and peptides that are noncanonically modified nontryptic have potentially multiple amino acid substation or no close match in databases or result from structural variants such as fusion proteins that they remain undetected in current analyses we will highlight applicability in two areas of particular concern in current approaches the detection of structural variants in proteomic mass spectra and the characterization of novel microbial organisms without sufficient database information
european bench for engine and stage testing

in 2030 there will be several private small launchers in activity in europe with a higher launch rate than a6 and vega c 9999 of the launcher life is spent on the ground the flight period is a tiny part of his life with launcher reusability the major factor of cost for space transportation will be the ground segment capex and opex among ground activities there will be hundreds of engines and stages tests per year covering all the launcher life cycle phases qualification production reuseour consortium think there is a place for a new business model where standardized ground segment services are sold to launchers in place of letting them invest and operate their own specific facilities which represent a high costto do so we propose to work on two main axis horizontality and verticality horizontally means that our solutions allow for a given launcher to have equivalent user experiences and services for all life cycle needs thanks to mobile and modular ground means vertical interoperability means that our solutions allow for a given location and life phase to propose an equivalent experience and service for different launchers several such interoperable facilities may be exploited across europe and even worldwide europe is then capable to become a leader of interoperability implementation it is of prime importance for future space exploration and exploitation where interoperability is a keythe eubest will be used to test rocket engines from different manufacturers test rocket stages from different manufacturersthe targeted performances are up to 500kn200 tests per year 25k per testsuch engine testing facility doesnt exist in the world it will significantly strengthen european space transportation capabilities and put europe at the forefront of ground technologies for launchersto achieve those functional and performances targets eubest concept relies on interoperability modularity and virtual commissioning
single photon source and detector based on novel materials for the detection of endocrine disruptors

water is one of the most important natural resources on earth and despite increasingly strict regulations contamination of water that poses a health risk is still a major problem in europe too our drinking water is exposed to contaminants such as hormones which even in extremely low concentrations can have effects on humans and animals and are therefore of interest for water monitoring in the context of nature conservation and also various branches of industry our goal in this project is to provide the layperson with a readytouse compact and robust spectrometer capable of measuring extremely low concentrations in the sub ngl range to this end the greener project aims to develop new environmentally friendly qds capable of nearinfrared absorption measurements at emission wavelengths as short as 2m these will be singulated by the dna origami method and integrated into an led layer stack to synthesize a novel kind of singlephoton source combined with advanced singlephoton detectors enabled by new detector materials that do not require expensive cryogenic coolers but rely on simple thermoelectric cooling a setup for lowloss lownoise and highperformance spectroscopy for the vis to nir range will be developed the resulting biosensor will subsequently be evaluated for the detection of critical endocrine disrupting contaminants in water in fisheries and aquaponics and will enable endusers to monitor water safety and quality onside without additional infrastructure or trained personnel
towards terawatt production of csi solar photovoltaics

terasun aims to develop technologies making csi pv solar cells more efficient and costeffective the project will innovate on si heterojunction shj solar cell technology currently holding the csi power conversion efficiency record of 2681 for single junction csi solar cells by targeting higher efficiencies and lower costs terasun paves the way for mass production of improved shj solar cells terasun will develop i nanophotonic structures on module cover glass to minimise reflection maximise absorption and improve antisoiling properties and improving the overall performance of the module which will allow for reduced silicon consumption and higher efficiencies ii innovative texturisation including micro and nanostructures for optimal lighttrapping to enable the use ultrathin crystalline si solar cells iii novel heterojunction contacts based on metaloxide layers implemented in interdigitated back contact ibc shj solar cells for very high efficiencies and lowcost surface passivation for advanced surface structures iv lowcost metallisation replacing silver with copper to move towards a technology ready for terawatt production scale and v direct bandgap architectures for implementation in ibc shj solar cells these developments will help with approaching the fundamental limit of 2943 on cell level and reducing celltomodule losses for optimised energy yield the strategic choice of materials cu aldoped zn oxide sn oxide will reduce the costs and supply chain risks environmental economic and performance data associated with the developments will be gathered evaluated and used to develop an algorithm based on multidisciplinary design optimisation to create the terasun decision support tool dst the dst will provide stakeholders from industry and policymakers with i recommendations related to the most promising technologies and ii a clear roadmap for the technologies developed in terasun towards trl9