Dragon09/odtu_chatbot huggingface dataset:
ferbopo fostering excellence in research on statechurchbody politics

the ferbopo proposal aims at building a new research group at lucian blaga university of sibiu lbus focused on the complex relationship between state church and body politics that would foster excellence in social sciences and better integrate lbus in the european research area era to this end lbus will create a chair position for professor lavinia stan from st francis xavier university canada whose outstanding academic profile and thorough expertise in the crosscutting fields of government religion economics and epistemology that foster decolonial feminist thinking lugones 2010 manning 2021 and the institutionalisation of gender studies in romania turcescu and stan 2005 stan 2010 will help increase the number of excellent research staff and improve their capability to attract competitive research funding with significant spillover effects at societal level while also assisting lbus to implement institutional reforms that both align with era priorities and facilitate the implementation of the gender equality plan gep the main objective of this ferbopo is to create a pocket of excellence in lbus by attracting outstanding scientists with internationally mobile academic careers so as to improve the host institutions organizational culture and the academic outputs of lbus scholars romanian higher education institutions continue to lag behind their western counterparts in their governance effectiveness and academic performance indicators dobbins 2017 an acute scientific production deficit is related to gender studies vlase and terian 2023 by creating the new chair and research group the proposed era chair will help lbus to near european standards of academic performance and institutionalisation of gender studies through the employment at lbus of the era chair holder ferbopo will contribute to the creation of a knowledge hub in the university in particular and the romanian higher education system in general
evolution of advanced luminescent technology software

by 2050 the european union aims to become climateneutral developing into an economy with netzero greenhouse gas emissions this objective is considered both an urgent challenge at the heart of the european green deal and an opportunity to improve society to achieve this ambitious objective we need to develop and implement new technologies that target the largest energy consumer in the eu buildings collectively buildings in the eu homes workplaces hospitals schools account for 40 of the total energy consumption and generate 36 of ghg at the different stages of their lifetime construction usage renovation demolition within the erc proof of concept evolute we will develop a software platform that enables the optimisation of various geometrical shapes and sizes of luminescent solar ls devices which is expected to have several advantages a it has the potential to improve the efficiency and functionality of buildingintegrated photovoltaics b visually appealing photovoltaic panels at lower costs than todays state of the art c better and efficient utilisation of solar energy d simplified and minimise the cost of ls devices fabrication e develop a comprehensive and efficient light management technology f more comprehensive and broadened applications of ls technology evolute aims to synchronise technical development and feasibility with commercial viability and to ensure that the unique selling points of our software are fully aligned with the market requirements the project plan is designed optimally to achieve technology readiness level 5 from 23 currently and enable us to continue its development within for example an eic transition
reliability and risk assessment of flexible modular structures with vibration control devices in multihazard environments

development of sustainable and resilience infrastructure is very important because particularly in europe building structures are accountable for materials extraction co2 emissions and energy consumption the decline of residential building impacts is one of the crucial goals identified by the european union eu to meet the paris goals and move forward for circular economy therefore reliability and risk assessment of flexible modular structures with vibration control devices in multihazard environments readmode project proposes an innovative approach to analyze the reliability and risk of modular structures in this project a probabilistic approach is considered to increase the accuracy of structural reliability and risk assessment it contains the development of improved mathematical models for the reliable and resilient infrastructures also a detailed novel solution will be given for enhancement of resiliency in the modular buildings the output of this research will provide costeffective and timesaving techniques for resilience improvement the fellowship will lead to closer cooperation and knowledge transfer between researchers at host and between different sectors the research findings specifically and my personal enhanced competencies generally will lay the groundwork for future theoretical study in resilient infrastructures most european countries are already developed and contain many existing structures and infrastructures that need to be resilience this will prepare authorities for potential changes in design approach and calculations for future projects and will have significant impact on understanding the risks and safe design of resilient infrastructures
smart textiles made from agriculture and natural waste materials

the main objective of the smartwaste msca se project is to form a world class international and intersectoral network of organizations working on a joint research programme in the field of novel sustainable smart textile materials by replacing conventional and high costs textile materials with sustainable environmentally friendly cheaper and novel materials such as cellulose fibres from tomato stems waste and creating nonwovens from unconventional poplar seed fibers this can only be achieved by bringing together worldclass experts in materials polymers environmentalists chemists software engineers and designers with stateoftheart innovations and processes in their respective fields of expertise the participants will exchange skills and knowledge to create sustainable textile materials strengthening collaborative research between different countries and sectors smartwaste will also refine and produce potential commercial market opportunities for nonacademic participants in the project wp7 our goal is to train next generation of researchers and innovators in sustainable textiles through crosssectoral and training modules the staff members will develop new skills be exposed to new research and innovation environments international networks new industrial processes and techniques whilst widening and enriching career development through crosssectoral knowledge transfer and international mobility
aluminium oxide integrated photonic platform for applications in the ultraviolet uv

the goal of aluvia is to establish the first european al2o3onsio2 aluminum oxide on silicon dioxide integrated photonic platform for operation in the ultraviolet uv wavelength region the platform will be commercialized as a foundry service via the spinoff company of the pis group aluvia photonics bv which is founded in the framework of the erc proofofconcept project asindo the platform will contain a comprehensive library of widely deployable building blocks that will be offered commercially an integrated photonic packaging technology will be developed for operation down to ultraviolet wavelengths as a testbase and driver for the developed building blocks and packaging technology we will utilize the aluvia platform in two application fields that have promising commercial and scientific potential namely 1 an integrated sensor for uv resonant raman spectroscopy and 2 an integrated multipleion trap for the parallelization of onchip quantum qubit generation one of the most advanced quantum computing technologies today
design synthesis and applications of phosphatwistednanographenes

nanographitic molecules ngs are pivotal for existing microelectronics and the development of emerging technologies wearable electronics artificial skins and nerves etc their outstanding semiconducting properties rely on the efficient overlap of their carbonscaffold and the spatial disposition of molecules if we could twist the planar framework of ngs diversify their piscaffold with heteroatoms while keeping control over the molecular organization we could modify their properties and access innovative materials with uncharted research opportunities for organic electronics through an innovative approach i target to insert phosphorus heterocycles into twistedngs as tools to tailor their properties and meticulously control their molecular arrangement with phosphatngs i will provide a highly versatile protocol for the preparation of novel twisted phosphangs thanks to the unique chemistry of phosphorus i aim at establishing an unconventional methodology to sequentially organize ngs into hierarchical architectures my groundbreaking approach will lead to materials that were inaccessible to date as organophosphorus chemistry was too immature so far through an arsenal of spectroscopic techniques i will achieve the first comprehensive investigation on the impact of heteroatoms into the twistinginduced properties of ngs the outcomes of phosphatngs will have a wide range of applications here i will test selected individual and assembled phosphangs as chiroptical materials and as prototypes of fieldeffect transistor sensors laying the foundation for new research opportunities in material science thus phosphatngs will consolidate the bedrocks for new cuttingedge fields of research whose development will clearly extend beyond the timescale of this proposal
embodied social experiences in hybrid shared spaces

sharesharespace will demonstrate a radically new technology for promoting ethical and social interaction in extended reality xr shared hybrid spaces shs anchored in human sensorimotor communication our core concept is to identify and segment social sensorimotor primitives and reconstruct them in hybrid settings to build continuous embodied and rich human avatar experiences to achieve this three interconnected sciencetowardstechnology breakthroughs will be delivered novel computational cognitive architectures a unique selfcalibrating body sensor network and a fully mobile spatial augmented reality ar and virtual human rendering we will create a library of social motion primitives and use them to design aibased architectures of our artificial agents sharespace mobile capturing technologies combine looselycoupled visualinertial tracking of full body kinematic hand pose and facial expression incorporating novel neural encodingdecoding functionalities together with local contextaware animations and highly realistic neural rendering our technology will be iteratively tested in 2 proofsofprinciples involving human and artificial agents interacting in shs and 3 realworld use case scenarios in health sport and art we will demonstrate a fully functional prototype of sharespace tailored to the agents personalized characteristics gender culture and social dispositions sharespace will support communitybuilding and exploitation with concrete initiatives including i public engagement around our research and innovation ii promoting hightech innovation and early transfer to our deeptech companies as premises for the consolidation of humancentric and sovereign european market areas such industry ar and shs ehealth and telehealth our longterm vision is to bring xr to a radically new level of presence and sociality by reconstructing sensorimotor primitives that enable ethical trusted and inclusive modes of social interaction
brisk rydberg ions for scalable quantum processors

the goal of brisq is to realize a prototype of a fully scalable quantum computer which has the capability to run quantum algorithms with a circuit depth exceeding one million achieving this goal will deliver a breakthrough in quantum information processing and simulation this will directly impact on current efforts of the industrial sector which seek to employ quantum technology for computational tasks such as the design of materials and drugs or various optimization problems tasks that are also limited by possible computational depthour technological approach exploits the interaction of trapped ions excited to electronically highlying rydberg states the distinctive advantage of this platform is that it offers coherence times in the range of up to a minute together with fast entangling gate speeds on the order of 100 ns these two factors are key for achieving an unprecedented circuit depth and thus computational complexity research on rydbergion devices is performed solely in two european research labs and the first nanosecondtimescale entangling gate based on this approach has been achieved by one of the members of the brisq consortium this brings the consortium in a unique position and gives europe a decisive lead for advancing the development of this new platform towards maturity to facilitate this effort the brisq project assembles a research consortium that consists of two experimental and two theoretical academic research groups they are joined by the sme hqs and the industrial partner infineon technologies this combination of expertise permits us to advance our ambitious project on a broad front ranging from industrial grade hardware to userdriven quantum algorithms and compiler software which can directly feed into simulation of physical models and potentially quantum chemistry
magnetogenesis from axionsu2 inflation and applications to gravitational waves

magnetic fields are ubiquitous in our universe the question of their origin and subsequent evolution is a challenge for moderncosmology recent bounds on magnetic fields from blazar observations together with the requirement for initial seed field for dynamo and compression amplification mechanisms motivate the study of possible primordial origins of magnetic fields this project combines expertise in early universe physics with an expertise in astrophysics magnetohydrodynamics and advanced numerical tools to study the production of magnetic fields in models of axion inflation coupled to the standard model of particle physics socalled axionsu2 inflation the results of this project will trace the origin of magnetic fields from the early to the presentday universe and confront the axionsu2 magnetogenesis by crosscorrelating cosmic microwave background and blazar observations to achieve this i will go beyond the current understanding of the simpler socalled axionu1 magnetogenesis models widely studied until now and study the viability of chiral magnetic field production in the axionsu2 case furthermore i will develop new numerical tools to determine how the presence of feedback mechanisms affect magnetogenesis i will also compute the spectrum of gravitational waves generated by axionsu2 models in the radiationdominated era of the early universe and compare it to other known sources of gravitational waves such as cosmic strings to understand potential differences in the observational predictions my experience in early universe physics together with the present worldleading expertise in magnetohydrodynamics at nordita make it an ideal place for a twoway transfer of knowledge essential for the implementation of this project this project aims to bridge astrophysics and early universe physics and to develop cuttingage numerical tools that may also be applicable in quantum physics and condensed matter physics
precision biomarker based on digital pathology and artificial intelligence to guide fast and costeffective personalized treatment decision support for colorectal cancer patients

there is consensus in the oncology community that there is a large need for personalized cancer treatment decisions as patients suffer from largescale overtreatment up to 90 of patients receiving adjuvant chemotherapy have no effect many suffer severe side effects domore diagnostics domore dx delivers pioneering diagnostics software that enables personalized cancer treatment in a simple and costefficient way we provide deep learning algorithms applied to cancer tissue whole slide images wsi in the adjuvant chemotherapy setting with endtoend deep learning we have taken a completely new approach to this challenge our test can be run in local labs with digital pathology equipment and does not consume any tissue domore dx is personalized medicine made simplein crc our test can stratify patients into low intermediate or high risk with a hazard ratio 10 this information can be used to take up to 250000 patients out of chemotherapy and save 4 billion eur globally every year
development of an invivo brillouin microscope with application to protein aggregationbased pathologies

the role and importance of mechanical properties of cells and tissues in cellular function development and disease has widely beenacknowledged however standard techniques currently used to assess them exhibit intrinsic limitations invasive lack of 3d capabilityand of subcellular resolution recently brillouin microscopy bm a type of optical elastography has emerged as a nondestructivelabel and contactfree method that can probe the viscoelastic properties of biological samples with diffractionlimited resolution in3d this led to increased attention amongst the biological and medical research communities however due to the long acquisitiontime hours this novel technique has been applied only to fixed samples one important open challenge is to use this approach tofollow the mechanobiological processes in living cells and in real time aim of our project is overcome the spectralimagingacquisacknowledged however standard techniques currently used to assess them exhibit intrinsic limitations invasive lack of 3d capability and of subcellular resolution recently brillouin microscopy bm a type of optical elastography has emerged as a nondestructive label and contactfree method that can probe the viscoelastic properties of biological samples with diffractionlimited resolution in 3d this led to increased attention amongst the biological and medical research communities however due to the long acquisition time hours this novel technique has been applied only to fixed samples one important open challenge is to use this approach to follow the mechanobiological processes in living cells and in real time aim of our project is overcome the spectralimaging acquisition time limitation by applying the heterodyne detection scheme allowing the collection of viscoelastic properties in living sample at a subsecond timescale we will attempt solving specific physiopathological open problems in biomedicine for the first time
lights in the nightsky and ozone loss unravelling atmosphere forcing from space with radar optics and novel citizen science

this project will address a major unsolved question in geosciences how strongly is our planets atmosphere subjected to forcing from space the mesospherelowerthermosphereionosphere mlti is the boundary of the earth environment and as such it undergoes forcing from above in particular at high latitudes the forcing includes charged particle precipitation from nearearth space associated with electric currents producing joule heating in the upper atmosphere it also involves trace gas production in the mesosphere which catalytically destroy ozone including down to the stratosphere when longlived species descend to lower altitudes as well as neutral wind changes and atmospheric wave generation however these effects in terms of mlti energetics chemistry and dynamics are largely unquantified leading to unknown uncertainties in lower atmosphere and climate model results the louarn project will bridge this gap by adopting a multidisciplinary approach combining knowledge and methods from space physics and atmosphere sciences with louarn i aim at unravelling the mlti forcing from space by using cuttingedge groundbased instruments measuring both the ionised medium and the neutral gas properties together with numerical simulations of the upper atmosphere and novel citizen science methods my objectives are to 1quantify the energy deposited into the mlti during geomagnetic disturbances 2provide accurate upperboundary conditions on the ozone balance for atmosphere and climate models and 3characterise the wind and atmospheric wave response to this driving from space my expertise in ionospheric physics and its driving from nearearth space processes along with my leadership in auroral citizen science puts me in an ideal position to address this ambitious challenge i aim at a breakthrough in atmosphereionospherespace couplings with impacts on atmosphere and climate sciences and on solarterrestrial physics
scientific training programme for advanced research and knowledge in lightmatter engineering

sparkle will build a mixed experimental and theoretical network to develop the necessary tools and techniques to exploit lightmatter coupling to manipulate materials functionalities sparkle will bridge the gap between photonics on the one hand and materials science on the other by advancing the understanding of lightmatter interaction via two distinct yet complementary approaches i the utilization of tailored laser fields and ii the confinement of light in optical environments called cavities the network will connect leading academic and industrial experts to push the development of novel detection techniques innovative light sources stateoftheart abinitio simulation methods and innovative designs of lightmatter hybrid solidstate systems for devices at the interface of photonics electronics and quantum technology we are convinced that this topic is mature enough to provide europe with a first generation of 14 early stage career scientists trained on interdisciplinary and intersectoral aspects of light and matter based technology while at the same time pushing forward a cutting edge research field the one of polaritonics sparkle will follow the guiding principle of model simulate design measure providing the doctoral candidates with a unique multidisciplinary training which will place them at the forefront of the research on lightmatter hybrid systems they will collectively engage in a scientific endeavour the control and manipulation of the quantum nature of material and light that bridges the domains of theoretical solid state physics quantum optics ab initio material simulations photonic engineering laser physics and ultrafast spectroscopies last but not least the doctoral candidates will be equipped with the required entrepreneurship innovation organizational soft and management skills to become successful future leaders in both academic and industrial environments