Dragon09/odtu_chatbot huggingface dataset:
alternative processes and equipment for advanced manufacturing of pv technologies to boost the european energy independence

the empower project will develop alternative equipment and processes to advance pv manufacturing tackling the bottlenecks across the entire value chainfrom si wafer production to pv module fabrication our goal is to reduce capital expenditure capex and operating expenditure opex leading to a lower levelized cost of electricity lcoe in europe we aim to enhance throughput yield sustainability and decrease energy and raw material consumption we will demonstrate the highquality ntype si wafers production using direct wafering tools bypassing the traditional polysi ingot and sawing process contributing to cost reduction minimizing waste production co2 footprint this innovative wafering technology will revolutionize the traditional wafer process revitalizing europes pv upstream industry simultaneously we will demonstrate alternative metallization processes for solar cells to reduce silver ag consumption highthroughput edge passivation to mitigate power loss during cell cutting and highspeed interconnection and lamination to meet flexibility requirements in diverse cell and module configurations the emphasis is on advancing ntype sibased highefficiency solar cell technologies prioritizing low carbon footprint production with an opportunity to compete with the chinese pv industry leveraging industry 40 implementation empower aims to enhance production efficiency improve pv production quality and further reduce production costs the project includes a demonstration of a virtual vertically integrated pv production line along with the development of business cases and market introduction strategies through close collaboration in a multidisciplinary and multiactor approach including a solid exploitation and business development strategy empower will not only achieve lowcost european pv manufacturing but also bring europe back to the leadership in the pv sector
science technology and research for ethical engagement translate in society

the project streets science technology and research for ethical engagement translated in society wants to define the new maps of society and science in order to orient themselves in the places they live to explore the future in the best way to have a greater and better development streets project aims to involve the entire campania region and southern lazio with about 7 million inhabitants and with 5 involved public universities universit di napoli federico ii universit di salerno universit della campania l vanvitelli universit lorientale universit di cassino e del lazio meridionale with the support of universit del sannio as associated partner and a network of 24 cnr institutes having a total of about 8000 permanent researchers streets project aims to bring the population public administrations schools enterprises and other parts of society closer to the research world and viceversa not just for one night but starting from the european research nightthe two main objectives the project wants to reach are to allow the scientists to interact directly with the public tell their own stories show who they are and what is their role in society providing them the right tools to do so
the self after interpersonal loss

losing someone can feel like losing a part of oneself do we need others to be ourselves what happens to the self when we lose a loved one how can people be adequately supported in times of griefsail combines for the first time phenomenological evaluation computational modeling neuroimaging psychopharmacology and behavioral experiments to characterize the grieving self and to develop a novel mechanismbased intervention with the goal of supporting adaptative processing of the lossin an aging society where people might outlive their partner by decades it becomes crucial to improve support during times of grief and to develop treatment options for those with prolonged grief disorder who are at a 20 increased mortality risk previous psychological research suggests that the loss of a close person affects selfidentity an aspect of the higher cognitive self if the basis of the self the bodily self is also affected is unknownhere i combine the perspective of grief as a learning process with my previous work on the bodily self which i argue to be inherently social in aim 1 i will use behavioral measures neuroimaging and computational modeling to characterize the self after interpersonal loss in aim 2 i will employ a doubleblind activeplacebocontrolled betweensubject study to test whether the serotoninreceptoragonist psilocybin can improve adaptation to the loss experience by supporting the reestablishment of the bodily self psilocybin is suggested to cause a transient shift from reliance on prior experiences towards current sensations i will utilize this shift combined with a selftouch intervention to support relearning about the bodily self in grieving individuals with this project i aim toidentify the psychological and neurobiological consequences of grief on the self anddevelop a novel mechanismbased intervention to improve adaptation to a ubiquitous cause of human suffering the death of a close loved one
novel technologies for onsite and remote collaborative enriched monitoring to detect structural and chemical damages in cultural heritage assets

what if eu citizens could collaborate with scientists in the preservation of cultural heritage could conservation professionals be provided with actionable technologies skills and frameworks that upgrade their efficiency europes cultural heritage is a rich and diverse melting pot of traditions monuments and communities where we have boiled our identity wellbeing and sense of belonging nonetheless in recent years we have witnessed a series of natural and humaninduced disasters that threaten it improving cultural heritage resilience to climate change and anthropogenic hazards requires a shift in conservation practices towards more holistic ones cheminova aims to develop an intelligent computational system that goes beyond current technologies to improve the conservation analysis and monitoring of european cultural heritage assets using a myriad of data we will tackle structural and chemical damages focusing on two specific humaninduced threats climate change and civil conflicts furthermore our impact lies in the fact that we will not build an ad hoc device but our technology is adapted so that anyone can access it from anywhere we will involve local communities in conservation practices from providing data citizen science to raising awareness on the effects of climate change natural and human hazards affecting ch as a main objective we will develop novel and costeffective ways for remote and onsite monitoring of cultural heritage assets by reusing existing technologies and providing conservators with advanced analysis of structural and chemical damages due to humaninduced threats also it will involve heritage practitioners and nonexperts in conservation processes while considering endusers at the centre of our tools and methods cheminova considers a set of nondestructive and portable technologies in a modular way that will allow adaptable inspections according to the different case scenarios monuments buildings and artefacts
using genomics to understand how freshwater fishes turned a lethal environment into an ideal habitat

ongoing climate change leads to rising sea levels and changes in local precipitation volume and regularity which will reshape estuarine ecosystems across earth as current climate change dramatically alters estuarine ecosystems fish populations must adapt to the novel environment or they will go extinct understanding how past environmental changes led to genomic adaptations is the key to predicting the adaptive potential of fishes facing ongoing climate change and could be the difference between protecting and losing locally adapted biodiversity perch perca fluviatilis and pike esox lucius are two freshwater fish species inhabiting freshwater ecosystems across the northern hemisphere nevertheless in the baltic sea which is the worlds largest estuary each species have developed brackish water ecotypes capable of thriving at salinities exceeding their internal salinity this requires fundamentally different cellular functions and is lethal to nonadapted freshwater individuals however their evolutionary histories and functional genomic adaptations are unknown through deep sequencing of brackish water and freshwater ecotypes of perch and pike project brackadapt aims to identify the demographic and evolutionary history of each species the project will identify genomic regions under selection for salinity tolerance and investigate whether genomic adaptations to environmental changes are parallel in function time and space within and between species the training and project management experience i will gain during the project will be a steppingstone for my career to advance and make me an independent researcher
offshore lowtrophic aquaculture in multiuse scenario realisation

expansion of low trophic aquaculture lta for increasing seafood production are faced with opportunities in unexploited regions and environments and maximizing benefits of marine space by considering low impact multiuse mu of space such as combining wind farm areas and integrated multitrophic aquaculture imta the main objective of olamur offshore lowtrophic aquaculture in multiuse scenario realisation is to bring together multiuse lowtrophic aquaculture multa related key sectors to demonstrate sustainable commercial solutions for both the north and the baltic sea olamur will establish three pilot demonstration sites where seaweed and blue mussels will be grown within windfarms or in the vicinity of a trout farm the wind farm pilot sites are located in the german exclusive economic zone eez of the north sea north of helgoland in the danish eez of the baltic sea at kriegers flak and the third pilot demonstration site will be next to a trout farm in the estonian sea near the port of veere all data information products and standards for establishing operating and evaluating will be monitored simulated stored and customized as an olamur digital multa farm service this will provide a solid basis for multa upscaling through a transdisciplinary holistic approach olamur will ensure severe contributions towards demonstrating and documenting the possibilities for low impact couse of the marine space a databased service system will be developed for policymakers for knowledgebased decisions and innovative governancepolicy arrangements will be developed towards achieving a holistic effective and sustainable solution for multiple uses olamur will focus on 3 pilots that will serve as testing and demonstration sites an important pathway towards impact in olamur is the sciencepolicyindustrycommunity interface with that olamur ensures advancement in developing optimal and carbonneutral use and enabling a quantum leap towards long term sustainable healthy and rich european marine spaces
nhelicene diimides a twist in diimide chemistry

the introduction of chirality in conjugated organic compounds gives rise to properties such as absorption and emission of circularly polarized light spinselective chargetransport and magnetochiral anisotropy which enable conceptualization of new functions therefore chiral organic semiconductors oscs which utilize both charge and spin of the carriers are needed as new materials to drive the development of nextgeneration optoelectronics such as spinleds 3d displays and quantumbased optical computing while the field of oscs has matured there is an urgent need for chiral oscs which can offer high chargecarrier mobilities along with the strong chiroptical response to transform the laboratorybased proofofconcept research on chiral oscs into realworld applicationsthe objective of the proposed research is to develop chiral osc materials which will exhibit i effective chiroptical responses ii high fluorescence quantum yields and iii dynamic spinselective chargetransportto achieve this goal i plan to develop a new class of functional chiral molecules namely nhelicene diimides nhdi where two sixmembered imide moieties are spanned by an nhelicene spacer the proposed research bridges two wellestablished research fields i planar polycyclic aromatic hydrocarbons bearing diimide units which are excellent semiconductors and ii 3d nhelicenes which display strong chiroptical responses the research plan will capitalize on three synthetic strategies 1 a smallmolecule approach to gain a fundamental understanding of the structurefunction relationship originating from the throughbond and throughspace coupling between imide moieties 2 a multihelicene approach to expand the application scope by taking control over the electronic energy levels and selfassembly behavior 3 macromolecular approach to develop homochiral multifunctional materials employing enantiopure nhdis as molecular synthons
twinning for enhancing the scientific excellence of faculty of technology novi sad for innovative solutions to protect environmental resources from contaminants of emerging concern

surveillance of contaminants of emerging concern cecs has important role in protection of both humans and the environmental resources which is a goal in compliance to the european green deal egd commitment for transition of eu to zeropollution toxic free environment however there is a significant gap between countries and regions in terms of the scientific and innovative capacities needed to tackle the challenge that cecs in the environmental compartments present overall objective of twinsolcecs is to raise scientific and innovation excellence of the faculty of technology novi sad tfns serbia in various aspects of the cecs research integrated in broader eu networks of excellence and contributing to national and regional scientific and economic growth and wellbeing specific twinsolcecs objectives are 1 stepping up the excellence of the tfns scientific capacity and resources in field of the widerange cecs surveillance and innovative removal technologies contributing to the stronger ri system in serbia and wbs integrated in the eu networks of excellence 2 intensification of strategic networking activities of tfns with 2 topclass leading research institutions at eu level spanish national research council institute of environmental assessment and water research csic spain and nova university lisbon nova school of science and technology unl portugal 3 raising reputation research profile and attractiveness of tfns and its staff 4 strengthening the research management and administration skills of tfns and 5 improving the tfns creativity in new ri approaches for the cecs wide range surveillance and removal with increasing mobility of qualified scientiststhe project represents a coherent set of knowledge skills experience and awareness raising activities dissemination communication networking coordination etc for successful achieving of the project objectives
parallel epigenomic and apoptotic profiling to identify targetable sensitivities in multiple myeloma

multiple myeloma mm is an incurable cancer caused by uncontrolled growth of the plasma cells a major challenge is drug resistance which is caused by increased reliance on the antiapoptotic bcl2 family proteins and altered epigenetic landscapes dependence is highly variable with distinct dependencies on bcl2 family members mcl1 bcl2 bclxl across patient samples it is currently not understood what causes heterogeneity of bcl2 dependence in mm and thus exploiting this reliance for treatment has proved difficult epigenetic modifiers regulate apoptotic pathways and therefore represent a therapeutic avenue through which cells can be sensitized to bcl2family inhibitor treatment i will use the cuttingedge technology cuttag to assess the epigenetic landscape of mm patient samples with diverse antiapoptotic dependence the key aim is to identify targetable epigenetic modifiers that can be combined with bcl2 inhibitors for more effective mm therapy i have 3 main objectives for this proposal 1 establish parallel cuttag with bh3 profiling to understand the basal epigenetic profile of mcl1bcl2bclxldependent mm 2 to identify inter intrapatient epigenetic profiles characteristic of sensitiveinsensitive patient samples 3 to assess mm sensitivity to epigenetic inhibitors and i will apply this basic research to drug development during a 6week secondment in almac discovery this project will deliver vital information on mechanisms of drug insensitivity therapeutic avenues to target epigenetic sensitivities in mm tumors at this critical stage in my career it is crucial that i further diversify my skillset and apply interdisciplinary tactics to my research questions winning the prestigious mscapf will allow me to expand my skillset gain intersectoral experience during secondment and foster key collaborations in clinical research this is crucial to reach my ultimate career goal as an independent research expert in cancer epigenetics
modelling of fracture in soft biological tissues

blood vessel rupture in brain aneurysm is fatal in 40 of cases vision loss initiated by retina pigment epithelium rupture affected 60 million people in 2020 this proposal establishes new approaches to simulate these systems and the fellowship develops a unique skillset to solve problems involving tissue fracture having major impact on future medical intervention soft tissues are essential in our body and their failure to maintain mechanical integrity leads to diseases despite its importance present understanding of fracture in tissues is limited fracture significantly alters the mechanics of tissues and experiments alone are unable to disentangle the interacting processes occurring concurrently at the crack tip and in the bulk material hence a mathematical approach is needed to understand how fracture propagates at cell level up to failure models that account for all the complex processes that occur during fracture are still missing biofrac aims to develop an accurate numerical model of tissue fracture by adopting an innovative micromechanical approachsupported by laboratory and clinical experimentsto account for the multiphysical complexities by means of a novel constitutive relationship this approach will allow us to predict crack evolution up to catastrophic failure biofrac focuses on the study of a single layer of epithelial cellsa simple yet clinically relevant tissue that lines many organs using this system biofrac seeks to uncover the biophysical and mechanical processes that control fracture initiation and propagation the approach will then be used to address ophthalmological problems by development of a novel computational model for retinal pigment epithelium able to quantify the risks of fracture during agerelated macular degeneration treatment biofrac will stimulate more studies of disease evolution and novel therapy the new skills will boost my career by placing me at the forefront of tissue failure research
design of biobased thermoset polymer with recycling capability by dynamic bonds for biocomposite manufacturing

estella is an ambitious initiative that proposes an innovative solution to improve the recyclability of lowrecyclable materials thermosetting composites to this end estella will work on the design of novel biobased epoxy resins with inherent recyclability capabilities thanks to the introduction of covalent adaptive network can in the original epoxy structure can will provide the thermosetting epoxy resin with the ability to respond to certain stimulus that changes the state of its microstructure and thus the ability to be reprocessedrepolymerized return to original monomers and fibres a similar strategy will be applied to existing fossilbased epoxy formulations in this way the thermoset can be reprocessed or repolymerized into new products and the fibres can be recovered as well in addition fibres of renewable origin will be used as reinforcement to manufacturing thermoset composites estella research will address recycling techniques of any nature chemical biological and mechanical to guarantee that the materials developed during the project can be successfully separated into their components in a safe and costeffective way hence maximizing the revenue of recycling activities the validation of the developed recyclable materials will be carried out through economically and environmentally efficient manufacture processes outofautoclave thus new biocomposites will be designed and developed based on the premises of improving recyclability while meeting the demands of different sectors such as construction and leisuremobility also extensive work will be carried out to leverage the industrial application of the technologies and materials developed taking into account safety technoeconomic regulatory and intellectual property aspects
harmonic brushless field excitation methods for electrical machines

this project is focused on the design and development of new rotor field excitation methods to achieve brushless operation for woundfield electrical machines ems the proposed method will provide an opportunity to reduce the reliance of ems on rareearth materials of which eu is lacking its resources and eliminate the usage of brushes for their rotor field excitation while improving the reliability and costefficiency of the machine systems through this method a new armature winding configuration will be developed to generate not only the fundamental magnetomotive force mmf but also a suitable harmonic mmf component in the airgap of the ems while powered from a single customary currentcontrolled voltage source inverter vsi the rotor of these machines will be altered to house both harmonic and field windings the harmonic mmf component will be employed to induce a harmonic current in the harmonic winding of the rotor which will be rectified to excite the rotor field winding to achieve brushless operation and develop torque a new topology optimization methodology will be developed to optimize the windings and minimize copper consumption the ems employing harmfix do not require rareearth materials costly auxiliary electromechanical excitation systems or custommade power electronics circuitry or control strategies for their brushless operation therefore this method is a truly viable and sustainable alternative for commercial products which are currently employing rareearth materials brushless exciters or brushes and slip rings