Dragon09/odtu_chatbot huggingface dataset:
reimagining urban growth in the mrida region through longterm adaptive indigenous practices an applied archaeology for sustainable urban development

remind strives to enhance the appreciation of indigenous urban form and practices that can benefit sustainable urban development the urban region of merida urm mexico experiences unsustainable rapid urbanisation weak urban planning policies and globalised urban design generate problematic urban patterns that marginalise the relevance of precolonial maya ruralurban integration indigeneity persistent in current urban life and vernacular urban design in contrast urm accommodated urban centres for 2000 years through socialecological pressures and societal transitions to envision regionally appropriate sustainable urban planning and design requires understanding how urban form adapted over the longterm thus remind askshow can indigenous maya practices be applied in urban development processes to substantiate a reimagination of urban space that promotes the future sustainability of mridato address this question remind will first adapt urban resilience concepts for the analysis of material evidence on urban form over the longterm enabling an actionable applied archaeology of indigenous urban practice serving regional development next through micromorphological mapping of urban centres through time in a historical geographical information system hgis spatial patterns of urban form will be identified characterised and compared this fundamental research will structure and be guided by two crosssectoral coproductive capacity building workshops which match multidisciplinary academic expertise to institutional stakeholders in urms sustainable development and heritage to generate leverage for alternative approaches to urban planning and design together participants will ultimately cocreate reimaginative indigenous urban development principles in response to sitebased urban development challenges that promote sustainability and equitability in urban growth
the first highperformance lowcost flat panel antenna terminal at ka band to unlock the full potential of satellitebased broadband communications

greenerwave is developing a new type of flat panel antenna for the ka band using proprietary beamforming technologies that shift the complexity from hw to sw achieving low production costs and low energy consumption at least x5 reduction compared to stateoftheart in both cases and thus solving the main bottleneck for mass adoption of leomeo megaconstellations the solution is seen as a key enabler for the eubased planned iriss multiorbit constellation a strategic asset for europegreenerwave has already received interest from 20 european satellite operators eg eutelsat intelsat seso3b suggesting high market demand based on a b2b model and the establishment of solid partnerships we forecast to achieve sales of 181k ka antennas and licensing of 900k units in 2030 representing 152 million revenue our vision is to achieve massmarket adoption and become a global leading provider of flat panel antennas for user terminals in the consumer broadband market
optimising energy transfer in hyperfluorescence

with an evergrowing population reducing our demand for energy is a key challenge in building a sustainable future as part of tackling this problem organic lightingemitting diodes oleds show great potential for application in lowenergy consumption displays lighting and lasers oleds are increasingly featured in high end consumer electronics however their potential is yet to be realised undoubtedly the largest problem oleds face today is the instability of the blue emitter commercial oleds currently employ either an inefficient but stable blue emitter resulting in energy wastage or an efficient but unstable blue emitter resulting in shortlived devices by splitting the task of energy conversion and emission between two molecules within a device stable and efficient blue emission is achievable however the current approach is to disperse these two molecules within a host which leads to unpredictable orientations and distances between molecules this results in detrimental processes within the device that reduce both efficiency and lifetime traditionally thought to be a device engineering problem i propose a step change in thought in a new approach to molecule design i aim to tether the molecules together using a rigid bridging unit forming a dyad which gives precise control over the orientation and distances within a device i aim to explore the efficiency of energy transfer as a function of the bridging unit to develop a structurefunction relationship the results of this work will establish design criteria for dyads which will facilitate the development of both efficient and stable blue emitters
fintech investor network and ecosystem

fine aims to create more inclusive and connected networks between fintech ecosystems on a local and international level by promoting collaboration between investors through coinvestment for fintech startups thus creating a richer investment climate that will support innovation and company scaleup across borders fine will conduct a mapping of key ecosystem players in target countries ranging from developed to lessdeveloped fintech environments to create a knowledgebase containing information relevant to investing in that country including key players regulatory frameworks and uptodate news articles covering local investment trends and opportunities fine will promote an inclusive investment ecosystem by creating educational material on an online investoracademy that empowers new investors young investors and women and minority investors to learn investment fundamentals and casespecific knowledge about investing in fintech fine will actively manage communitybuilding activities between investors and local networks across countries by developing a matchmaking tool and animating introductions events workshops webinars and other activities fine will also set up a fintech ambassador network to support international investment and provide expertise to local and foreign actors policy recommendations will be formulated concerning strategies to attract investors in emerging ecosystems and how to attract new investors young investors women investors and other underrepresented groups moreover recommendations on incorporating esg principles in the investment screening process will be created hence fine aims to bring new investment and capital to lessconnected ecosystems enabling latestage growth of local startups by facilitating and animating increased investor deals with local actors and improving investor knowledge on regulatory frameworks and opportunities while supporting more inclusive and genderequal measures in investment
a digital rd team member automating scientific knowledge handling allowing european rd to increase their speed of innovation

the european union is a global leader when it comes to producing brilliant science but struggles to commercialize it we offer one part of a solution to increase corporate innovation efficiency by 510 to remove the current 30 of industry researchers time wasted on searching for aggregating and cleaning data european corporates need a digital rd team member who can read data analyze content and develop insights autonomously in a secure protected and scalable way this has not been possible until now but after almost 6 years of research and development and early commercialization on the forefront of machine learning and natural language processing we are in the right position to complete and scale a unique european innovation our solid traction with corporate proof of concept clients proves a serious market need the irisai team has a strong female ceo a powerful cofounder team and 20 team members across europe dedicated to their forprofit forimpact mission
valorisation of ironrich zinccontaining steelmaking byproducts via hydrogenbased reduction

in the coming years innovative dr shafts and eafs will be installed in several steelmaking sites across europe to follow the strategic decarbonization guidelines the progression of these production processes will imply changes in the composition and management of generated byproducts especially for those containing zn likewise the large rate of fossil fuelsreductants needed in the current valorisation processes of these wastes make them very intensive in terms of co2 emissions requiring the metallurgical industry to move to h2 applications in its targeted pathway towards zero wastes goal to tackle with these complex challenges and to solve the recycling of key steelmaking byproducts like eaf dust bof dust and sludges dr sludge and pellet fines and mill scales among others zhyron will develop an innovative valorisation route for ferich and zncontaining byproducts based on the combination of pyrometallurgical using green h2 as reductant and hydrometallurgical stages the iron oxides units would be recovered as direct reduced iron able to be consumed in eaf and the zinc would be recovered as zinc oxide concentrate to be used in zinc smelting sector contributing thus to circular economy and industrial symbiosis approachesthe proposed technologies will be developed and endorsed at lab pilot scale trl6 and the obtained circular products will be validated by testing and characterization analysis zhyron will also examine solutions regarding technical integration economic and environmental criteria contributing to the development of novel business models guidelines and strategies zhyron has been structured in 6 wp combining rd activities project management and dissemination activities and gathering a competitive consortium of 9 partners from 6 eu countries if the solutions are successful the benefits will include avoiding landfill of dangerous wastes reduction in the co2 emissions and the implementation of a new circular economy loop
hybrid protonic reactor for flexible energy conversion storage and transmission by reversible organic electrolysis

the increasing availability and affordability of renewable electricity are enabling the decarbonisation of many industrial sectors a key tool is electricity storage especially providing highcapacity longterm storage and transportability however currentlyproposed energystorage technologies are either based on energyinefficient multistage processing or require electrified units at temperatures not compatible with catalytic steps hypper vision is to combine process intensification and innovative molecular catalysis to bring out groundbreaking efficient loadflexible and scalable reactor technology that intimately integrates lohcbased storage and protonceramic steamelectrolysisfuelcell hypper will develop a compact reactor cell integrating a hybrid layered membrane and selective electrodes through the firstprinciples engineering of a protonconducting electrolyte heterojunction both ionic transport and electrocatalysis at lohccycle operation conditions 250400c will be enhanced as a result this compact technology will boost atomic and roundtrip efficiency in energy storage potentially reaching 75 thus cutting associated ghg emissions integration of the hypper concept in existing and emerging replants and use cases will contribute to expanding the business portfolio and strengthen the sustainability and economic base of the energy sector upscale viability will be analysed by considering techno economic regulatory societal and sustainability criteria upon fabrication of the cell applying advanced thinfilm methods and catalyst integration hypper will validate this technology trl4 in the reversible electrochemicallydriven lohc chargedischarge the consortium counts on academic partners with the highest worldwide excellence in electroceramics catalysis and nanofabrication of energy devices together with leading industrial partners with exceptional expertise in sustainability and mediumtemperature electrochemical cells
anionic exchange membrane water electrolysis for highly efficientcy sustainable and clean hydrogen production

aemelia accepts the challenge to design and prototype aemel that meets and surpasses hydrogen europes 2030 targets for performance durability safety and cost aemelia proposes a clear path to reach high currentdensity 15 a cm2 and low voltage 175 v energyefficiency surpasses the 2030 target 469 kwhkg or 85 of maximum theoretical efficiency to make 3 times more h2 with less energy compared to xy lcoh also outshines 2030 targets at 25kgh2 17 lower than 2030 target the degradation rate meets the 2030 target enabling a 10year lifetime these and other kpis will be validated via the trl4 prototype of a 5cell stack at 100 cm that will deliver 72 nm3day of h2 at a purity of 999 at 15 barthe team will develop and test disruptive materials such as fluorinefree ionomers thin highlyconducting membranes pgmfree recombination catalysts and ionomerfree electrodes these components are based on earthabundant safe materials they would be fully scalable via existing manufacturing processes they will be combined in innovate cell designs taking into account novel flowfield design based on cfd models innovative operating conditions such as high operating temperature and pulsed current will increase energyefficiency while reducing balance of plant bop and will be tested in single cells as will the use of impure water for improved lca and cost lastly disruptive methods for aibased ionomer development and the measurement of the catalyticallyactive surface area of nonpgm catalysts will be developedperformance durability lca and cost kpis will be shared with companies to convince them to invest in upscaling after the project partners have many success stories in developing disruptive electrochemical materials and systems and bringing them to market aemelias market penetration in 2031 is expected to generate 527 m in revenues by 2036 and 1172 kt co2year avoided compared to steam methane reforming
remembering todo intentions in the bilingual brain

over 65 of the global population regularly uses two or more languages therefore investigating the impact of bilingualism on memory is essential for understanding the challenges in our multilingual society this project aims to understand how bilingual individuals recall future intentions ie prospective memorypm in diverse linguistic contexts todobrain focuses on the influence of the linguistic experience and the linguistic environment on the monitoring and retrieval processes underlying pm previous research has revealed languagedependent memory effects in episodic memory however these effects have never been investigated in pm todobrain addresses this important gap by investigating whether the language itself might serve as a cue to either facilitate or hinder the monitoring and retrieval when remembering intentions this collaborative project employs a pioneering methodology to shed light on the interplay between language and memory by combining eyetracking with electroencephalography eeg recordings and source localization analyses todobrain includes two large studies to achieve the following research objectives ros ro1 to unveil monitoring strategies due to language experience and language context this project will test monolinguals and bilinguals in various pm tasks varying in nature ie linguistic or visual ro2 to explore the role of language as a memory cue that influences pm monitoring and retrieval todobrain will manipulate language congruency between the encoding and retrieval phase of a pm task this work will provide valuable theoretical and methodological insights into how language interacts with memory their results will be crucial for stakeholders facing the challenges of bilingualism such as educators families international companies and policymakers the projects training program will also significantly benefit the candidates career development by equipping her with new scientific and transferable skills
proactive pandemic crisis ethics and integrity framework

the overall goal of the prepared project is to develop an operational ethics and integrity framework which safeguards key ethical values supports a rapid and effective research response to crises and improves overall pandemic preparedness european commission president ursula von der leyen outlined plans to cope with an era of pandemics by developing europewide fastreaction system designed to respond more quickly to emerging medical threats fast reaction systems including accelerated research are likely to face significant ethics and integrity challenges the prepared project will create an international network of research funders private and public researchers policy makers publishers and citizens a to identify analyse and validate the emergent research ethics and integrity challenges in the context of sudden unexpected and global crisis b to facilitate bottomup solutionfocused participatory dialogue c to develop a valuesbased framework for research ethics and integrity in a global crisis which supports rapid and effective decisionmaking whilst maintaining scientific reliability and avoiding shortcuts in the protection of research participants d to propose policy options at the eu level and tailored support for relevant stakeholders in the form of operational guidelines and short complements to existing codes and e to achieve influential strategic engagement through highlevel synergy building and the provision of engaging training material to ensure uptake of the projects outputs so as to improve overall preparedness for global crises given that this is a coordination and support action the highlevel consortium consists to 47 of research institutions given that this is a csa and to 53 of organisations which can significantly contribute to and then leverage results eg unesco edctp ris
genetically anchored drug target discovery for neglected diseases

there are thousands of common noncommunicable diseases ncds that lack safe and effective drugs despite accounting for most health care expenses and years lived with disability me and my team will address this unmet clinical need by developing innovative algorithms that generate and integrate evidence from massive scale genomic studies with realworld data based on millions of patients from electronic health records ehrs to identify potent drug targets and opportunities for drug repurposing to achieve this aim we will 1 harness ethnically diverse biobanks 500000 participants with wholeexomegenome sequencing and ehr linkage powered by deep learning models to gain new insights into the aetiology of neglected ncds that are needed for rational drug design 2 create a genetically anchored biomedical knowledge graph that incorporates rich functional genomic data from singlecell studies with drug characteristics to predict promising drug targets using deep graph neural networks and 3 establish convergence of genetic and realworld evidence of proposed drug targets by emulating clinical trials in multiple large ehr datasets 50 million patients unique access to diverse hospital cohorts and a clinical trial unit at one of the largest european hospitals the charit universittsmedizin berlin will further accelerate clinical translation for selected examples with gendrug we aim to build a community resource to enable and accelerate drug development using big data for hundreds to thousands of diseases that currently lack safe and effective treatments
multi material additive manufacturing with electrostatic cold spray

while additive manufacturing am is deemed the future of industrial production for its exceptional freedom in design several technical limits hinder its full exploitation surprisingly the most diffused am techniques eg lpbf are associated with almost 4 times higher energy consumption compared to conventional manufacturing processes while being also more limited in build rate build size material selection and surface quality we need to reinvent am to tackle these challenges and expand its market to uncharted areas in madecold we will achieve a real breakthrough in this direction by merging solid state and electrostatic physics control and monitoring and mechanical design with material science to develop a disruptive solid state deposition process the revolutionary principle of madecold is to charge and accelerate metal powders to supersonic velocities in a customized electric field and take benefit from the kinetic energy to induce bonding upon impact with a substrate this has not been done before relying on our preliminary results we will implement multiscale computational models and advanced experiments to develop a single launcher to prove bonding efficiency then via a new control system we will pair multiple launchers to exhibit the capacity of madecold for covering simultaneously a theoretically unlimited surface compared to the pointwise print of the current am we will demonstrate that it outperforms the existing technologies regarding the accuracy deposition rate flexibility and scalability and paves the way to depositing functional multimaterial structures with unprecedented properties we intend to prove this in 3 key sectors aerospace energy and hybrid manufacturing with specific proofs of concept we are confident to achieve the overall objectives via a sophisticated multidisciplinary approach based on scientific investigations and the exploitation of discoveries to establish europe as a leader in advanced manufacturing
extending techniques in wallcrossing and enumerative sheaf theory

the goal of extwest applying and extending techniques in wallcrossing and enumerative sheaf theory is twofold first we plan to find and realize new applications of the recent technical developments in the field of enumerative sheaf theory thereby proving new groundbreaking results second we plan to develop new techniques inspired by the extisting results and to thereby extend the range of accessible questions in this research area
fostering crossborder knowledge exchange and cocreation on sustainable soil and farm management

the proposed project initiative of fostering crossborder knowledge exchange and cocreation on sustainable soil and farm management soilxchange will help to connect farmers actors policy makers projects and initiatives to speed up innovation and promote faster wider cocreation and transposition of innovative solutions into practice it will contribute to effective akis by intensifying thematic cooperation between researchers farmers and other stakeholders in the eu soilxchange will also contribute to the green transition smart agriculture climateneutrality and sustainability areas as well as enhancing and exchanging the knowledge of the main actors soilxchange initiated by eipagri operational group practitioners ogs reflects the needs of 151 direct partners it will collect combine harmonise analyse and integrate the results and data product developed by the different eipagri ogs and the project partners soilxchange will disseminate and share innovative practices across 9 member countries furthermore the soilxchange project will bring together eip ogs and key stakeholders working on sustainable soil and farm management to create an euwide network share knowledge and introduce readytouse practices that will enable farmers to make the right decisions related to agricultural production practices at the end of the project the extended knowledge and innovative ideas of member and nonmember ogs will widen the scope of their activities and showcasing their result to an increased number of stakeholders and farmers in an international environment and network across eu countries soilxchange will use a bottomup approach farmers to ogs and will reinforce and share practical knowledge using the main dissemination channels suitable for farmers and practitioners