Dragon09/odtu_chatbot huggingface dataset:
upscaling deep renovation of residential buildings using sociotechnical approaches

the current approach to renovation is falling short to meet the decarbonisation goals set for the eu building stock by 2050 building renovation is as a complex technical process wherein occupants are a source of uncertainty and not well integrated in the process from the beginning this leads to performance gap in design segregated production and construction processes inadequate social benefits and lack of integration and weak technological success in practice renovation is not approached by the construction industry with sociotechnical considerations which remain unexplored and thus important to investigate for increasing deep renovation performance giving a longterm purpose and value to its endusers the proposed research investigates the relationships of social aspects such as user behaviour enduse living and sociospatial characteristics with deep renovation measures technologies and building systems and processes design planning and construction the role of sociotechnical approaches will be evaluated in deep renovation using existing theories cocreation methods and quantification techniques the overarching research objectives are toinvestigate the capabilities and limitations of sociotechnical interactions in deeprenovation formulate a sociotechnical framework for enhancing occupant interaction validate the developed framework using socially driven scenarios the project will involve mixedmethod research towards holistic deep renovation and develop a sociotechnical framework with kpis to be used in decisionmaking by industry stakeholders it will focus on the aspects of cocreation greater outreach and dissemination in practice to push to deep renovation in the eu this project will be completed in a leading multidisciplinary research group and draw on applicants experiences and competencies in i energy efficiency and renovation ii stakeholder engagement and iii practice and education in architecture
novel methods of testing for measurement of natural gas and hydrogen mixtures

how maximize hydrogen h2 blending potential in natural gas ng networks supporting european energy system decarbonisation the answer lies in the need of a systemic multidisciplinary approach to make ng infrastructure resilient to the challenges of tomorrow industrial and research players competences are required in this framework thoth2 consortium focuses on energy measurement value chain and instruments ability to accurately measure physical parameters of h2ng mixtures with increasing h2 percentages up to 100 including gas tsos dsos metrological and research institutes and academia thoth2 consortium has all competences and skills to reach the goals of i define standards to evaluate the metrological performances of measuring devices at different h2 blending rates up to 100 ii verify safety and durability of the same devices and iii suggest future needs to overcome the observed barriers and limitations snam competences in managing ng assets are essential for the coordination and synergic integration of the 14 partners recognized as experts in ng and h2 industry grtgaz gazsystem enags inrete metrology cesame inrim metas h2 blending technologies and measuring devices design engineering and rd activities unibo inig fbk enea csiro the communication and dissemination strategy by gerg will give visibility to projects results including contributions to mission innovation 20 and euramet projects thoth2 vision will lead to an acceleration towards h2 economy contributing to repowereu and nextgeneration eu objectives the project impact potential includes the establishment of a rd hub center including thoth2 partners and advisory board members to translate into valuable results achieved by the project aiming to i the developmentupdate of international standards ii foster innovation in the field of h2ng blending measuring devices and iii supporting h2 value chain development leveraging on the eu gas infrastructure
enabling innovative spacedriven services for energy efficient buildings and climate resilient cities

buildspace aims to couple terrestrial data from buildings collected by iot platforms bim solutions and other with aerial imaging from drones equipped with thermal cameras and location annotated data from satellite services ie egnss and copernicus to deliver innovative services for the building and urban stakeholders and support informed decision making towards energyefficient buildings and climate resilient cities the platform will allow integration of these heterogeneous data and will offer services at building scale enabling the generation of high fidelity multimodal digital twins and at city scale providing decision support services for energy demand prediction urban heat and urban flood analysis the services will enable the identification of environmental hotspots that increase pressure to local city ecosystems and raise probability for natural disasters such as flooding and will issue alerts and recommendations for action to local governments and regions such as the support of policies for building renovation in specific vulnerable areas buildspace services will be validated and assessed in four european cities with different climate profiles the digital twin services at building level will be tested during the construction of a new building in poland and the city services validating the link to digital twin of buildings will be tested in 3 cities piraeus riga ljubljana across eu buildspace will create a set of replication guidelines and blueprints for the adoption of the proposed applications in building resilient cities at large
cancer prevention among individuals with mental illhealth coadapting and implementing patient navigation for primary cancer prevention

cancer and mental illhealth constitute leading public health problems in europe with more than 80 million people reporting mental health issues in europe and around 4 million new cases of cancer diagnosed per year people with mental illhealth have higher cancer incidence and reported mortality an excess linked to risky health behaviours as well as significant barriers experienced when accessing the often highly fragmented health care systems timely and evidencebased preventive strategies including optimizing health care pathways provide a solution to the high cancer morbidity and could improve overall health outcomes in this disadvantaged population the aim of the cocaptain project is to deliver an innovative solution based on the patient navigation model the patient navigation model is an evidencebased patientcentred intervention which supports patient empowerment through removal of systemic barriers providing social support and promoting timely access to primary prevention services cocaptain includes partner organizations with longstanding experience in the field of health and social care for people with mental illhealth in the south east northwest and central europe as well as academic institutions and local governments based on implementation science knowhow and using the consolidated framework for implementation as well as the research and the reach effectiveness adoption implementation and maintenance frameworks the cocaptain project aims to reduce the gap in health inequalities for people with mental illhealth by reducing cancer burden and improving overall health which will in turn reduce associated costs across health and social care systems in europe moreover the cocaptain project aims to harness the transformative potential of the integrated care pathways in cancer as well as provide health and social care policy recommendations for the adoption and implementation of the patient navigation model across europe this action is part of the cancer mission cluster of projects on prevention and early detection
shedding new light on privately owned public spaces pops to improve social inclusion facilitating pops for youths social activities

this study addresses multifaceted challenges in enhancing the inclusivity of privately owned public spaces popss in urban contexts particularly for youth young people often encounter limitations in their social engagement due to financial constraints and restrictions on adultoriented venues despite their potential popss role as inclusive and vibrant spaces for youths remains unexplored revealing gaps in inclusive tools and comprehensive analyses of this relatively new type of public space in dutch cities this research introduces an innovative usercentric approach that effectively addresses varying social needs rooted in ecological psychology the approach incorporates the concept of affordances the opportunities for action provided by the environment examining the interaction between the built environment and individuals action capabilitiesby integrating affordances with levels of social interactions in public spaces the project aims to develop a methodological framework to evaluate popss social inclusiveness for youth this framework investigates the intricate interplay between user capabilities social interactions and the built environment it develops tests and validates an affordancebased evaluation model based on information synthesised from observations behavioural mapping and tracking of users in five case studies in dutch cities the projects outcomes will be communicated to city officials property managers urban designers and planners through the poe framework and an innovative gray map that visually represents the degree of accessibility and inclusiveness within popss for different user types this project contributes to developing more inclusive urban environments that cater to diverse user groups particularly youth ultimately advancing urban social wellbeing within public spaces so all youth feel safe accepted and free to participate in urban life increasing social mental and physical health for all youths
quantum computing for excellence in science and technology

the project quantum computing for excellence in science and technology quest will create a research group in quantum computing qc at the computationbased science and technology research center castorc of the cyprus institute cyi under the leadership of the era chair dr karl jansen of the german electronsynchrotron desy who is also the leader of the center for quantum technology applications cqta at desy the era chair holder will establish a quantum computing hub as a collaborative platform for exploiting qc for applications in science and technology in partnership with cqta he will recruit and mentor a senior researcher to lead the team beyond the project end offer training and education for a new generation of scientists and engineers and pursue collaborations with other local research teams and internationally securing further funding for sustainable developmentquest responds to the rapid developments that demonstrate the potential of qc for breakthroughs in science and technology and the lack of leadership and critical mass of researchers in cyprus in this field the project aims to make cyprus quantum ready closing the gap that currently exists with advanced eu countries due to the absence of expertise and infrastructure in qc thus aligning with the objectives of the widening program in general and the era chair action in particular the objectives of quest also align and are made feasible by the role of castorc as the national highperformance center of cyprus namely by the mission of the center to carry out computationbased interdisciplinary research and spread knowledge and provide support to local researchers in using computing technologies for research and innovation quest will allow cyprus to take advantage of opportunities in qc at the european level such as by the eurohpc joint undertaking and the quantum technologies flagship program which are presently not being fully exploited
upscaled continuous production of artificial hair fur and wool follicules using furoid and haroid technology

the mission of furoid is to enable animalfree production of hair humans fur endangered animals or wool sheep the key innovation is the development of continuous and scalable technology enabling the end of using living animals as a source of fur and wool and dominating the market by 2030 specifically we will focus on the development of engineered living fur elf the mission of furoid is to enable animalfree production of hair humans fur endangered animals or wool sheep the key innovation is the development of continuous and scalable technology enabling the end of using living animals as a source of fur and wool and dominating the market by 2030 the fundamental innovation will be reached by using a combination of nanostructured scaffolds respilon hairwoolfur organoids geneus and automated biofabrication technologies biofabicsthe ambition of the project is to make significant steps to development of hlm products will deliver set of unprecedent properties animal freeproduction of fur elf and wool elw without environmental biodiversity and ethical concernsgeneencoded traceability system endangered species unnoticed uncontrolled and unpunished endangered species poachingnovel vacuumassisted 3d printing technology overcoming speed of soa 3d bioprinterscontinuous manufacturing using an automated production systemdbtl platform for rational design and product optimizationliving human hair follicles elh for transplantation and treatment alopecia as medical and psychological problemfur and wool textiles for apparel industry in rolls without size limitation delivering unprecedent propertiesimproved properties of engineered furwool textiles due to nanofiber membranes with regulated water permeabilitythe project will strengthen the portfolio of elms by developing scalable and generalizable technology for forming textured materials in rolltoroll process from mammalian cells
targeted microarrays for 5hydroxymethylcytosinebased diagnosis of hematological malignancies

5hydroxymethylcytosine 5hmc is an oxidized form of 5methylcytosine 5mc it is the first step of reversing dna methylation and an important indicator of dynamic epigenetic changes in genomic dna one characteristic of cancerous transformations is dramatic modulation of the epigenomic landscape consequently changes in the distribution of 5hmc have been shown to correlate with a broad range of cancers and is potentially a powerful disease biomarker nevertheless existing methods for mapping 5hmc are complex and expensive thus hindering the translation of 5hmc research into clinical use this project aims at developing a custom dna chip for 5hmc that will allow costeffective and targeted analysis of disease biomarkers we will use our patented procedure for direct fluorescent labeling of 5hmc in combination with commercially available genomewide microarrays to create maps of 5hmc distribution in health and disease these largescale arrays will be used in the discovery phase to identify cancer biomarkers in the second phase only the subset of genomic loci that contain medically significant modulation in 5hmc will be used to design and print a custom microarray containing only the relevant probes this concept predicts a cost reduction of 10100 fold which will remove the barriers for large scale research and high volume testing disease specific diagnostic chips are attractive products with direct impact on society and economy via promoting more accessible testing and patient management our preliminary results indicate that we will be able to offer a universal platform for even the most challenging samples including cellfree dna analysis from liquid biopsies we envision it as an enabling technology for 5hmc research biomarker discovery and companion diagnostics for guiding and monitoring therapy
uspace separation management

spatio uspace separation management will research the uspace services addressing separation between uavs in particular strategic and tactical conflict resolution services and the relationship between separation and capacity in uspace airspaces ie the relation with the dynamic capacity management service
developing of efficient and fossil free fire test methods and assessment protocols for the fire resistance of construction elements

the marie skodowskacurie actions green charter guides all the researchers and the academic community to work towards a greener and better future therefore the current action is appropriate and timely as it is primarily dependent on the reduction of the excessive amount of carbon footprints generated through the huge number of fossilbased experiments conducted to observe the suitability of structural materials for different applications and denoting fireratings the project will focus on introducing fossilfree electric heating inductiveresistive for different structural materials and compare the results to the established fossilbased ones the aim being to prove that fossilfree methods can also help in providing the required information on different structural materials resulting in possible standardisation of the same acceptance and proper functioning of the method will substantially help in reducing the use of fossils specifically propane and in working towards a more sustainable environment furthermore the process will also enable in providing a portable and economical way for research institutes and universities to conduct largescale experiments on new structural materials the action will also involve the specification of a method to achieve optimal desired firesafety in materials and a renewable woodbased structural composite material that has good mechanical and fire performances the successful preparation testing and analysis of the new structural material will further enable the team to file a patent additionally the same material will be used to prepare corrugated and honeycomb sandwiched structures with numerical modelling that for the first time will capture the influence of the cell sizes on the flammability of the structure
from gene to cure

gcure aims at unlocking the research innovation ri potential of the university of coimbra uc in biomolecular medicine the actions involves establishing an era chair dedicated to nextgeneration gene therapy vectors building upon ucs strong foundation in gene therapy research at the center for neuroscience and cell biology cncuc gene therapy utilizing genetic material to treat or prevent diseases at their root cause promises a significant shift in medical treatment paradigms particularly for inherited diseases with 24 approved gene therapies and ongoing developments the field shows promise yet faces challenges notably in viral vectorbased delivery systemsthe specific objectives of gcure include creating a core ri cluster on nextgeneration gene therapy vectors optimizing ucs viral vector production facility establishing a training program on gene therapy knowledge technology transfer expanding ucs participation in collaborative ri projects and enhancing ucs international recognition in the field to achieve these goals renowned gene therapy pioneer r jude samulski has been appointed as the gcure era chair holder samulskis expertise and achievements in the field including multiple fdaapproved gene therapies and numerous patents ensure leadership in advancing ucs gene therapy initiativesgcure also aims to attract international researchers to uc fostering a sustainable research group and enhancing resources synergies between diverse research subjects will improve ucs research and innovation performance attracting highvalue collaborations and funding opportunities inhouse reforms in research management and open science strategies coupled with a robust training program will maximize gcures contribution to the knowledgebased economy and society gcure represents a strategic endeavor to propel uc to the forefront of gene therapy research and innovation fostering significant advancements in healthcare and wellbeing
neuroencoded electronic skin

electronic skin eskin is a fastemerging soft system to provide tactile sensations like our own skin however most of the prototypes today focus on the integration of various sensors on flexible substrates which can hardly be integrated neurologically onto biological systems nor used over a large area as sensing components for robots this is mainly because of their mismatch in various aspects including mechanical softness computingencoding capability power consumptionthis proposal aims to bring a stepchange by developing an eskin truly rooted in biological systems the proposed eskin will respond to external stimuli eg force and encode the sensory information in the form of action potentials just as the biological systems ie sensory neurons do this will be achieved by innovative fabrication of neuron circuit arrays over a large area using nanomaterials and further interfaced with tactile sensors all on the soft substratesuch biolike localised processing offered by the soft system greatly decreases the latency of the sensory data necessary for the upscaling of the sensing pixels to achieve humanlevel tactile sensation furthermore this paves the way for the interfacing between soft electronics and biology triggering transformations in the next generation of neurorobotics neuroprosthesis and interactive systems
balancing craton thickness by selfcompression grain size evolution and viscous anisotropy

cratons the oldest lithosphere on earth have survived for more than 3 billion years due to their neutral buoyancy high viscosity and thickness the geologic record shows that in the presence of external agents eg mantle plume eruptions most cratons have experienced partial destruction eg slave craton yet cratons have retained their 200300 km thickness more or less to the presentday we hypothesize that a newlyidentified selfcompressive mechanism causes them to slowly but continuously regrow with time promoting recratonization convective selfcompression results from the diversion of mantle flow beneath thick and viscous cratonic roots and is clearly observed and analysed in our recent numerical models there may be temporary periods of imbalance if craton destruction is relatively new and selfcompression has not had enough time to act eg north china craton over time selfcompressive thickening may be balanced by increased shearing at the base of cratons due viscous anisotropy and grain sizedependent weakening in this msca project balcony i will use numerical models of cratons sitting above a convecting mantle to investigate how craton thickness may be maintained for billion years by the selfcompression mechanism despite destabilizing events and continuous erosion from belowmy objectives are to develop timedependent numerical models to investigate 1 the effect of selfcompression on craton rethickening 2 the importance of viscous anisotropy and grain size evolution for craton thinning and finally 3 the balance between thickening and thinning which ultimately determines the longterm thickness of cratonsthe project is a perfect overlap between the research interests of the supervisors clint conrad agnes kiraly at the universtiy of oslo and myself we are all interested in understanding lithosphere dynamics and have previous experience modelling craton stability viscous anisotropy and grain size evolution