Dragon09/odtu_chatbot huggingface dataset:
advanced reduced order modelling online computational web server for complex parametric systems

the proof of concept advanced reduced order modelling online computational web server for complex parametric systemsargos wants to fulfil the demand of a reduced order modelling offlineonline tool exploitable thanks to the creation of acomputational interface handling and analysing a parametric problem in a very intuitive way argos is a computationalweb server hosting several web applications some with a general purpose and some for very specific problems users canaccess directly through the web browser using their available device choose the application they need and finally use it totackle the problem of interest thanks to the web application users do not have to install any package by themselves ontheir machine any device having an internet connection can access argos and run a web computing application the realtime response due to the model reduction algorithms combined with the ease of use of argos matches the industrialdemand of intuitive and immediate tools within this blackbox framework the final user is not required to have any specificand technical knowledge about reduced order modelling we thus envision that this approach could be adopted also in manyother fields directly related with applied sciences for example in medicine and environmental studies argos will have avast audience of companies and institutions proposing a closer integration between design teams and research anddevelopment teams argos could also be easily connected with emerging technologies related with data assimilation datascience and analytics industrial digital twins machine learning diagnosis and maintenance tools etcthe mathematical core of the web platform argos will rely on the software developed within the erc cogaromacfd project by valorising open source software libraries ithaca and rbnics different demos will be developedfor example in bioengineering structural mechanics and industrial shape optimisation in fluid dynamics
quantum materials for quantum devices

in the past decade the study of quantum materials for quantum devices quantumds has been recognized as an important research goal in both academia and industry quantumds are predicted to be the building blocks of nextgeneration modern technology the material group most suitable for use in quantumds is the group of transition metal dichalcogenides tmds which exhibit exotic properties such as superconductivity charge order mott physics and topological statesmy main goal is to develop new and exotic quantumds from a variety of pure or intercalated tmds these new materials will enable the establishment of a new material platform suitable for quantum technology i will pursue the fabrication and investigation of various highly correlated systems via multiple measurement techniques including electrical current pulse manipulation i will adopt a unique combined approach of material synthesis control highend device fabrication and broad measurement techniques my ability to perform a full experimental cycle on any system studied from crystal growth to advanced fabrication and application will enable me to undertake the most complex problems and produce creative routes to achieve the proposal goalthe impact of this work will be twofold first the manipulation of exotic phases will open vast scientific possibilities in the exploration of nontrivial physical effects specifically of singlematerial lowdimensional highly correlated condensed matter systems second the ultralow power ultrafast dynamics and robustness towards external unwanted perturbations of our expected quantumds will create unlimited opportunities for the future of technological applications the enticing possibilities include ultrafast slidetronicsbased devices faulttolerant superconducting quantum bits and lowpower topological magnetic randomaccess memory devices
next generation meta operating system

nemo aims to establish itself as the game changer of aiotedgecloud continuum by introducing an open source flexible adaptable cybersecure and multitechnology metaoperating system sustainable during and after the end of the project via the eclipse foundation nemo consortium member to achieve technology maturity and massive adoption nemo will not reinvent the wheel but leverage and interface existing systems technologies and open standards and introduce novel concepts tools testing facilitiesliving labs and engagement campaigns to go beyond todays state of the art make breakthrough research and create sustainable innovation already within the project lifetimenemo will introduce innovations at different layers of the protocol stack enabling ondevice cybersecure federated mldrl deliver timetriggered tsn multipath adhochybrid selforganized and zerodelay failbackselfhealing multicloud clusters multitechnology secure execution environment and onservice level objectives metaorchestrator plugin and apps lifecycle management and intent based programming tools moreover nemo will be by design and by innovation cybersecure and trusted adopting state of the art mechanisms such as mutual tls and digital identity attestationnemo will be validated in 5 most prominent industrial sectors ie farming energy mobilitycity industry 40 and mediaxr and 8 use cases in 5 1 living labs utilizing more than 30 heterogenous iot devices and real 5g infrastructure the impact will not only safeguard eu position in data economy and applications verticals but lower energy efficiency reduce pesticides and co2 footprintbeyond eclipse adoption nemo sustainability wide acceptance and smes engagement will be achieved via open source ecosystems standardization initiatives and 2 open calls that will provide financial support of 18m and access to nemo living labs to smes and enlarge nemo by at least 16 new entities
healthy environmentalfriendly and resilient farm to fork

in spite of the huge number of pathogens and diseases the number of transmission channels or transport routes for microorganisms to enter in a farm or any other farm2fork facility is indeed limited to just nine tracing or monitoring transport of a single or a few microorganisms using a particular channel will provide valuable information on the channel itself and therefore on the transport effectiveness for the whole set of microorganisms using that particular channel hefarm will develop and validate a methodology based on experimental assays and tests in lab operational env to assess and predict transportchannel resolved biosecurity and simultaneously increase maturity of several disruptive novel techs a softwareapp will be created to help with these procedures and proposed as a draft for a future en standardprototypes of novel technologies for biosecurity will additionally be developed and validated in operational environment including extensive and intensive cow pig chicken turkey sheep and snail farms a slaughter and meat preparation plant and trucksfast integrated airborne virus smart detector prrs and avian flue but easily extendable to other virus with an enormous like african swine fever whose early detection in air in minutes will have an enormous impactsanitization by lowtoxicity biocides dynamic aggregation lowtoxicity insecticides repellents dynamic aggregation application envfriendly insect and arachnids barrier and prevention techs rapid vehicle decon station biosecure envfriendly hall heat venting and cooling portable lowcost testdevice for fast measuring microbiological metabolism cold plasma farm water sanitizationusage and training procedures and manuals assessment of performance method finally at least other 3 biosecure techs externally provided selected in an open call will be experimentally testedcomm dissemination include liaising with authorities like efsa and oie
renovation with automation and optimization of processes and products

renomize presents wellselected innovations in the processes and products for the full renovation trajectory from ideation over delivery maintenance and endof life building on an impressive experience in the field the following innovations have been put forwarddecision support tools for optimisation of building site preparations integration of balconies and overhangs and for the integration and selection of hvac and res technologyoptimisation of the process planning using advancements to spatiotemporal planningdevelopment of an improved anchoring system and panelpanel connections optimised for automized nonsequential mounting deremountingselfpositioning system and endeffectors thereon to support autonomous anchor and panel placementphased optimisation of the factory automation for cost reduction and quality improvementthese innovations will lead to cost savings beyond the aimed 25 and considerable time savings elaborate testing for disruptive events is previewed in switzerland and spain while 4 complementary demonstrations will be delivered in estonia switzerland france and belgiumstakeholders are engaged from the onset of the project and wider uptake is actively integrated in renomizes concept through certification technical assistance and various capacity building activities
the worlds first needlefree continuous glucose monitor to prevent and manage diabetes at scale

diabetes is one of the biggest health concerns globally 6 of the worlds population already lives with diabetes and another 35 is at a high risk of developing itproper management of diabetes starts with consistent and accurate monitoring of glucose levels yet most diagnosed diabetics do not monitor their blood sugar as often as prescribed because it is painful and inconvenient to do so this is clear evidence that the 16 billion glucose monitors industry needs a change the current methods are not good enough we have invented patented and productized a new technology category for extracting and analysing blood sugar levels in a completely noninvasive way we are applying for the eic blended finance to further miniaturise optimise and clinically prove this technology on a wider scale the financing will turn our breakthrough scientific discovery into an end user device that can potentially impact over 2 billion people by helping them prevent diabetes onset altogether
reversible and irreversible cardiac electroporation establishing the fundamentals to advance cardiac treatments

cardiovascular diseases are the no 1 healthcare challenge in the world among which ischemic heart disease and atrial fibrillation are the most prevalent better treatment strategies are greatly needed to reduce the medical economic and social burden of these conditionselectroporation application of intense pulsed electric field is showing tremendous potential for treatment of atrial fibrillation enabling a safer and shorter treatment procedure compared with existing thermal ablation approaches moreover recent pioneering studies provide evidence that electroporation can also be used as a nonviral vector for intracellular delivery of therapeutic nucleic acids that promote cardiac regeneration potentially offering a way to cure the sofar incurable ischemic heart diseasefor treatment of atrial fibrillation electroporation must be irreversible resulting in the death of cardiac muscle cells to locally destroy ablate the arrhythmogenic cardiac tissue conversely for treatment of ischemic heart disease electroporation must be reversible meaning that the pulsed electric field transiently enhances cellular uptake of nucleic acids while the cells are able to survive and express the delivered transgenes due to a lack of fundamental understanding of cardiac electroporation there are currently no reliable methods able to ensure electroporation irreversibility and the desired treatment outcomethis project is designed to decipher the biophysical mechanisms of cardiac electroporation at the molecular cellular and tissue level as to develop methodologies that will enable optimal implementation of both irreversible and reversible electroporation by combining bottomup experiments in primary cardiac cells and tissue slices with computational modeling and advanced data analysis i will create the foundations needed to streamline further preclinical research and realize the potential of electroporation to advance cardiac treatments
highlyefficient seeded frequency comb generation on a chip

generating new colors frequency components of light through nonlinear optical phenomena is one of the key drivers of modern optical technology the spectrally diverse coherent light widely known as an optical frequency comb can be produced through a nonlinear process the optical frequency comb enables energyefficient optical communication precision spectroscopy and optical atomic clock however the frequency comb sources currently rely on bulky and powerhungry laser systems hampering their deployment outside the laboratory environment there are great demands in lowering the size weight and power swap of such broadband light sources despite the significant progress in the miniaturization of comb systems and microcomb technologies it is still a huge challenge to drive a broadband larger than an octave comb with microwave repetition rate using onchip pump sources due to the limited performance of onchip lasers the combchip project aims to develop an ultraefficient comb generator by combining the highly nonlinear algaas waveguide and a newly developed seeded pumping scheme the developed comb sources feature an octavespanning bandwidth microwave repetition rate and ultralow operation power enabling chipscale comb systems in emerging applications such as atomic optical clocks in satellites and midinfrared spectroscopy
an artificial intelligent aided unified network for secure beyond 5g long term evolution

the overall aim of nancy is to introduce a secure and intelligent architecture for the beyond the fifth generation b5g wireless network leveraging ai and blockchain nancy enables secure and intelligent resource management flexible networking and orchestration in this direction novel architectures namely pointtopoint p2p connectivity for devicetodevice connectivity mesh networking and relaybased communications as well as protocols for medium access mobility management and resource allocation will be designed these architectures and protocols will make the most by jointly optimizing the midhaul and fronthaul this is expected to enable truly distributed intelligence and transform the network to a lowpower computer likewise by following a holistic optimization approach and leveraging the developments in blockchain nancy aims at supporting e2e personalized multitenant and perpetual protection
practical strengthening of regulatory and ethics oversight on clinical trials in west africa using lassa fever vaccine development projects and increase regulatory maturity level in targeted countries

the proposed strengthening project for clinical research oversight in ecowas region consists of practical training of regulatory and ethics experts by exposing them to lassa fever vaccine development from early to late clinical stage the exposure to novel technologies in vaccine development and the opportunities to responsibly oversee the full clinical development pathway of vaccines for africa can inspire and attract regulators and ethics expertstalents and by this contribute to maintaining enhancing and further developing the workforce at the agencies and ethics institutions the project intends to enhance the maturity level for regulatory systems and clinical trial oversight function of 24 authorities in the ecowas region ghana fda will lead the intended work with cepi as project coordinator paulehrlichinstitut as supporting agency and waho ensuring the dissemination and engagement among ecowas countries the consortium between gfda waho pei and cepi is confident to assure high quality regulatory and ethics oversight during lassa fever vaccine development and to create preparedness of ecowas nras not only for lassa vaccine future licensure but also for decisions related to emergency use in case of a major lassa fever outbreak using the avaref platform for scientific advice and cta simulations and including ecowas observer countries in real live clinical trial application assessments will strengthen the common advice and review processes and lead to reliably generate fast decisions by nras and ecs in a seamlessly coordinated way when processes from application to decision are reliable and fast developers will prefer using avaref platform even for single country clinical trial applications this will open further possibilities for coordinated involvement of observer countries for training purposes seamlessly coordinated collaboration on the basis of harmonized and welldefined processes between nras necs and avaref will promote clinical research in africa and help the ama operationalization
who counts incorporating a missing minority to reexamine the profile drivers and depth of poverty across europe

a nontrivial minority of the de facto population are currently missing from income surveys used to construct official statistics on poverty across europe whocounts will correct for noncoverage error in official eu statistics to better understand the changing profile drivers and depth of poverty across europe whilst those living outside of private households are often part of the inferential population in poverty debates they are not part of the target population and thus sampling frame of european union statistics on income and living conditions eusilc this undermines our ability to examine the full incidence composition and causes of poverty because many of this missing minority exhibit some of the worst social outcomes across europe much more than merely technical or pragmatic such practices reflect a set of theoretical and normative judgments about who counts when it comes to researching poverty and social policy through novel analysis of hitherto fragmented data whocounts will reexamine poverty across 8 european countries that differ in their noncoverage demographics lowincome dynamics and policy interventions drawing on adjusted and unadjusted eusilc datasets this project will improve the accuracy of poverty estimates and nuance explanations of extreme poverty across divergent welfare regimes by complementing multivariate regression techniques with fuzzy set qualitative comparative analyses capitalising on the analytical potential of settheoretic approaches the project will transform our understanding of the overall shape and conjunctural causes of poverty across europe providing new and necessary information on the social groups often rendered invisible through official statistics as such this project promises a step change in our conceptual methodological and substantive analysis of extreme poverty and will offer future lessons on how poverty statistics can be improved to support betterinformed policy interventions
boosting qcd studies with bootstrap tools

in this project we are embarking on the ambitious and exciting journey to advance our understanding of quantum chromodynamics qcd in 4d a fundamental theory that describes interactions among quarks and gluons our primary focus will be on studying qcd in two different regimes in the physical regime with two flavours of quarks and in the conformal window in the physical regime qcd is the theory of strong interactions responsible for the existence of mesons baryons and nuclei qcd in the conformal window holds significant relevance from the purely theoretical prospective and might describe physics beyond the standard model although significant progress has been made in studying qcd its complete understanding remains a challenge in the last decade there has been an incredible development of bootstrap tools which we will use in this project to obtain a series of groundbreaking results about qcd which are difficult or impossible to obtain by other means we will use the smatrix bootstrap to study qcd in the physical regime our main goal is to find numerically crossing symmetric analytic and unitary expressions for scattering amplitudes of pions protons and neutrons and perform spectral analysis of resonances described by complex energies as a secondary goal we will compute nonperturbatively the scattering amplitude in the 3d phi4 model we will use the conformal bootstrap to study qcd in the left part of the conformal window and perturbation theory to study qcd in the right part of the conformal window in the veneziano limit we will attempt to determine the spectrum of caswellbankszaks fixed points on both sides as a secondary goal we will also obtain rigorous bounds on the trace anomalies in generic 4d conformal field theories since the bootstrap tools are model independent in order to study qcd we will augment them with qcd model dependent data which comes from experiments numerical simulations and t hooft and trace anomalies
strengthening excellence for advanced osteosarcomas predictive models

discovering newest and enhanced forms to analyse and treat cancer is among the top national and international priorities eg heuropes mission on cancer europes beating cancer plan predictos focus on the enhancement of the scientific and innovation excellence of cdrsppl widening partner pt aiming at the exploration and development of innovative solutions for an improved treatment of osteosarcoma os the tumour that most affects the youngest with lower cure success by cooperating with three leading institutions cnr it merln nl uliege be this project will encompass various knowledge sharing and capacity building activities eg short staff exchanges for researchers and management administrative staff networking events and meetings training sessions organization of workshops summerwinter schools coaching and mentoring sessions gathering senior and junior researchers publication of scientific articles and participation in conferences and general publics events also the consortium will collaborate in an exploratory research project for develop and test 3d in vitro and in silico models to mimic os generating knowledge on novel therapeutic strategies to eliminate cancer cellspredictos expects to benefit directly 400 senior and junior researchers and administrative staff from partners institutions to involve 80 relevant stakeholders from academia industry and policymaking in networking activities and to reach 10000 individuals through dissemination and communication activities predictos is in this way aligned with the expected outcomes and impacts from twinning call and destination contributing to bridge the research and innovation gap between the european entities improve research management and administrative skills raise entities reputation and research excellence and stimulate institutions to join efforts and coinnovate and establish more strategic research approaches and cooperation