Dragon09/odtu_chatbot huggingface dataset:
biological fabrication of cotton fibers with tailored properties

naturally produced fibers have always played central roles in shaping human civilizations current hazardous chemicalbased manufacturing processes and consumers preferences for cotton products are putting much strain on the future of cottons global economy thus it is urgent to seek future sustainable alternatives what alternatives and tools are available which new avenues are waiting to be explored toward this end harnessing biological systems is one of humanitys ultimate frontiers yet the intrinsic complexity of higher organisms and the lack of indepth comprehensive understanding of the underlying mechanisms and their interactions across a multitude of scales has primarily hindered their use to manufacture biobased materials with desired properties this project addresses this lack of knowledge by answering key questions concerning the sugar uptake and upwards transport from the roots and biosynthesis of naturally produced fibers at the level of cotton plants while using this body of information to create a roadmap to produce cotton fibers with tailored properties our approach will dive into the exploration of a recent and largely unexplored discovery that cotton plants uptake sugar by the roots transporting them upwards reaching as far as the fibers roottofiber in particular we will dwell on the dynamics of this process using sugar derivatives this body of information will set the stage for feeding the roots of whole cotton plants with sugar derivatives carrying specific functionalities to become ultimately biologically incorporated into the fibers modifying their end properties particularly fluorosugars to yield fibers with increased hydrophobicity we will demonstrate the feasibility of biological fabrication and material farming in whole cotton plants as a revolutionizing and sustainable alternative to manufacturing current chemicalbased strategies and toward a biobased global economy
development of innovative proton and neutron therapies with high cancer specificity by hijacking the intracellular chemistry of haem biosynthesis

deeplying cancers such as glioblastoma multiforme gbm brain cancer are very difficult to access and incurable by the current standards of care the fluorescence of photosensitive molecules pss can precisely guide surgical resection of gbm nevertheless photomedical treatments like photodynamic therapy pdt show limited efficacies due to the low penetration of light into tissue proton radiotherapy can reach deeplying disease through therapeutic energy deposition in a spatially confined region called bragg peak current neutronbased therapies like boron neutron capture therapy bnct have sufficient penetration depth but lack cancer specificityin nucapcure we propose to hijack intracellular biosynthetic pathways and use them to produce custommade drugs that will facilitate two genuinely new cancer treatments i nucapcure proton combining proton radiotherapy protondynamic therapy through ps proton activation and proton capture therapy bpct through three produced alpha particles
integrating novel materials with scalable processes for safer and recyclable liion batteries

inerrant aims to drive genuine advancements for safeandsustainablebydesign materials and ecofriendly processes to ensure the economical and widespread utilization of safer libs tailored for the expanding electromobility applications in our modern society to realize this inerrant is formulating a holistic approach to enhance safety performance extend cyclability and operational lifespan and improve fast charging all while maintaining costeffectiveness energy and power density and avoiding dependence on critical raw materials the pivotal st challenges encompass development of functional materials design sustainable recycling processes and understanding of pertinent interfacial phenomena and degradation mechanisms the project addresses current challenges for libs components related to i novel nanomaterials combinations for anodes and cathodes ii smartfunctioning separators iii stimuli responsive electrolyte formulations iv novel sustainable recycling processes to improve the purity of recovered materials novel electrochemical characterization methods and operando spectroscopies both at the materials and component level will be utilized this includes the establishment of a metrological framework for traceable calibrations and the integration of machine learning methodologies for swift and early lib cell aging predictions adopting fabrication methods that are inherently scalable built upon existing pilot lines and proven safety testing will facilitate a swift progression to gigafactoryrelevant scales inerrant will present a compelling business case and clear exploitation strategy rooted in the consortiums strategic insight guaranteeing effective technology commercialization this approach will support the economical and ecofriendly production of lib cells and systems tailored for emobility applications inerrant comprises a consortium of 11 partners from the european commission and one associated partner from the usa
luminescence thermometers for clinics

thermal monitoring plays a paramount role in disease diagnosis the currently available techniques are not performing satisfactorily for sophisticated in vivo temperature mapping employing luminescence for in vivo temperature assessment has attracted substantial interest in the past decade however despite their great promise and impact to date luminescent nanothermometers have not surpassed preclinical stages here nanosafety toxicity and biocompatibility remain vivid issues as the majority of the proposed fluorescent nanothermometers are built of heavy metals rareearth nanoparticles quantum dots in order to move towards usage of luminescent nanothermometers on the clinical level there is a clear need to resolve these obstacles which is the goal of project lumitools to achieve this goal at this stage moving away from nanothermometers built of heavy metals seems well judged at least until current toxicity and accumulation risks can be suitably addressed and rectified the project aims at building nanothermometers from luminescent degradable nanomaterials without the usage of heavy metals the aim is to develop stable wellperforming nanothermometers which thoroughly annihilate after they have done their job would constitute an important advancement for future research efforts on in vivo thermometry applications this project would allow delivering nanothermometers with true potential for implementation in clinics
improving digital mental health interventions engagement as mechanism of impact

millions of people struggle with mental health issues such as depression and anxiety effective treatments exist but are not within reach of everyone due to limited resources digital mental health interventions dmhis in which treatments are delivered by using technology via the internet and apps can be a solution however high rates of dropout and large individual differences in outcomes make them not yet an adequate solution due to scarce process research with a largely monodisciplinary focus and reliance on grouplevel studies we have limited insight into how to match dmhi components to individualsin engage i tackle these issues by proposing that engagement is the mechanism of impact that provides the missing link between the intervention components and individual outcomes earlier research has shown that engagement is a multidimensional and interdisciplinary concept consisting of behaviour cognition and affect i have developed a first scale to measure engagement shown individual differences and have shown individual engagement is predictive of outcomes however the developed scale is a rudimentary way of measuring engagement using selfreport at fixed timepoints and as a onedimensional construct consequently we have only a basic understanding of engagement which does not do justice to its complex multidimensional natureengage will yield the following insights and outcomesa finegrained understanding and measurement of realtime engagement showing the relationship between the dimensions both on an individual level and over timeexpanding the toolbox of intervention designers to directly influence the individual mechanism of impact by identifying and analysing the effect of strategies which influence individual engagement with dmhisverification of engagement as mechanism of impact within dmhis by studying the relationship between intervention components engagement and outcomes within personalised and adaptive dmhis
virtualisation and multimodal exploration of heritage on nazi persecution

heritage related to nazi persecution hnp appears in various forms such as diaries letters and testimonies that capture memories of eyewitnesses or registers like death records deportation statistics and historical photographs that provide important contextual information to these memories memorise will create a framework to preserve and enhance hnp by virtualising and linking multimodal hnp data resources and by developing and offering novel digital technologies to the general public for accessing exploring and engaging with hnp the heart of memorise will be an hnp infrastructure to assist consortial and associated memorial sites and archives in processing 80000 hnp content items to make them persistently accessible to the public we will develop a suite of digital tools for presenting narrating and engaging with hnp data including a webbased hnp platform for unguided exploration an hnp reader to support comparative readings as well as three onsite and virtual learning interfaces to support general public users in interacting with hnp in new ways to generate individualised experiences for these interfaces memorise will develop a user model and an ai engine for individualised content based on user behavior and preferences semiautomated aibased services will be a major component of our data processing pipeline to feed dutch english and german hnp materials into the hnp infrastructure we will develop an educational concept to evaluate the benefits and limitations of our user interfaces for learning on and engaging with hnp in onsite and virtual visits especially in times of a pandemic with relevance for a large array of adjacent memorial sites and creative industries our social media concept will target engaging digital native generations to explore hnp to exploit our results we will develop an intersectional toolkit including bestpractices to accelerate the use of digital tools in cultural heritage and adjacent cultural industries
from antiquity to community rethinking classical heritage through citizen humanities

what is the role of classical heritage in building modern plural diverse european identities to answer this question the consortium from antiquity to community rethinking classical heritage through citizen humanities acronym antcom will train a new generation of 10 highly skilled cultural heritage researchers equipping them to harness the potential of the digital transition as well as to address the professional and societal challenges that it entails antcom prioritizes both open science citizen humanities and innovative curatorial techniques multi and hyperspectral imaging to create an empowering exchange between researchers and communities professionals trained by antcom will have the skills to restitute heritage back to communities and build more complete sustainable narratives and memory practices about europes classical past antcom builds on a highlevel integrated cooperation between the humanities and stem inspired by the notion that both areas equally provide skills suitable to meet current needs of the job market and to create a better more resilient society antcom offers the first structured training program in citizen science for the humanities citizen humanities antcom will forge a cohort of earlystage researchers equipped to design implement and manage openscience projects building on advanced techniques of digitization and data collection antcom looks at both tangible and intangible classical heritage in europe within three main areas 1 manuscript heritage 2 linguistic heritage 3 ritual and narrative heritage a consortium of 4 universities university of southern denmark university of verona university of salento and university of santiago de compostela and 8 associated partners antcom will provide fellows with the skills and training to lead heritage research in europe and to be employable in curatorial institutions science communication industrial imaging and tourism
voices of spanish poets vocal archive and experimental study on poetry reading

voices of spanish poets aims to present a first experimental study of spanish poetry reading through the instruments of digital humanities the main goal of vsp is to store enhance and explore the recorded voices of xx century and contemporary spanish poets using an interdisciplinary approach the relationship between text and reading is crucial for appreciating the deeper musical core of poetry although it has been treated through mainly theoretical approaches more recent international experimental studies based on audio recordings offer novel avenues of exploration which still require further development while poetry vocal archives constitute a major source of input for the main schools working on this issue research dealing with spanish poetry reading has not yet been carried out the vsp project fills this knowledge gap by means of its four main objectives to create a dynamic digital platform for the study and listening of spanish poetry reading
athenapi industrialization and market introduction

small satellite manufacturers integrators and their clients have proven reluctant to incorporate onboard propulsion since it comes in conflict with the already stringent payload requirements these powervolumemass constraints have limited historical adoption to under 7 and 1 in the nano and picosatellite classesin response to the perceived market need ienai space is developing athena adaptable thruster based on electrospray for nanomicropicosatellites an innovative electric thruster for onboard propulsion based on electrospray technology which represents a step change in comparison to the current stateoftheart electric propulsion ep devices our first product is the athena a picosatellite version which is currently in development and is expected to begin commercialization in 2022adding onboard propulsion systems will allow for custom operational orbits costeffective deployment of satellite constellations and increased mission lifetime in low earth orbit in addition these systems would allow for collision avoidance and controlled deorbiting maneuvers mitigating the growing space debris issuethe overall work plan is focused on the activities which will take athena from a flight qualification campaign to take place in january of 2022 with a backup for march of 2022 to commercial success including the initial scaleup industrialization efforts and supporting financial structure
simpler silent installation of monopiles retrievable

gbm has developed vibrojet as an urgent needed alternative for the hydraulic hammer currently used for installation of offshore wind turbine foundations current method has increasingly difficulties to install the much needed larger wind turbines and to comply with stricter regulations vibrojet involves the whole monopile including vibrating it jetting the soil below the monopile and creating a fluidized bed in the hollow monopile this process is managed by a control system with a hightech sensor network based on edge computing concepts using deep learning artificial intelligence vibrojet reduces the soil resistance temporarily to such an extent that the huge monopile sinks down silent and gentle to target depth under its own weightvibrojet is compliant with regulations and able to install the larger wind turbines very effectively accelerating the roll out of offshore wind energy farms that are needed to enable the eu achieving its shore green deal goals
superconducting cables for sustainable energy transition

superconducting mediumvoltage cables based on hts and mgb2 materials have the potential to become the preferred solution for energy transmission from many renewable energy sites to the electricity grid onshore hts cables provide a compact design which preserves the environment in protected areas and minimizes land use in urban areas where space is limited offshore hts cables compete on cost and compared to conventional hvdc cables have the clear benefit of eliminating the need for large and costly converter stations on the offshore platforms mgb2 cables in combination with safe liquid hydrogen transport directly from renewable energy generation sites to eg ports and heavy industries introduce a new paradigm of two energy vectors used simultaneously in the futureboth hts cooled with liquid nitrogen and mgb2 cooled with liquid hydrogen mvdc superconducting cables will be designed manufactured and tested including a sixmonth test for the mgb2 cable for grid protection a highcurrent superconducting fault current limiter module will be designed and tested furthermore the technology developments will be supported by technoeconomic analyses and a study of elpipes large crosssection conductors for highpower transfer will be performedthe superconductor technology developments will accelerate the energy transition towards a lowcarbon society by the direct key impacts of the project30 lcoe reduction for offshore windfarm export cables15 reduction in total cost of entire offshore windfarmspossibility to transfer 05 gw in the form of h2 and 1 gw electric energy in one combined systeminstallation of cables for 90 gw transmission capacity by the consortium partners by 2050creation of 5 000 european jobs within the field of sustainable energy
titan trusted environments for confidential computing and secure data sharing

titan will enrich the eosc interoperability framework if with a software platform solution for confidential data collaboration and secure and privacypreserving data processing the platform will enable access to sensitive data sets from public entities and government agencies and will be compatible by design with the eosc if on the technical semantic organisational and legal layers to promote community adoption of titans opensource software artefacts the solution will be practically demonstrated in several vertical crossborder scenarios notably in the public administration and healthcare sector
materiality and cosmology in plato and the platonic tradition

the tentative title of this project which is going to culminate in a monograph published with a reputable publisher is materiality and cosmology in plato and the platonic tradition my investigations will focus on platos concepts of necessity anank and space chra the latter of which was traditionally identified with platonic matter the monograph will consist of two parts in the first i shall critically analyze the theories of matter expounded by plutarch plotinus and proclus their perspectives are based on differing readings of platos necessity and space nevertheless heavily informed by aristotles doctrine of hyl the platonists saw platonic space as identical with aristotelian matter while their interpretations of necessity varied widely the discussion developed in the first part is primarily meant to aid the reader in discerning what plato really said through the process of sifting out aristotelian and other influences in the second part i shall turn to platos view on materiality and its cosmological role as presented in the timaeus but also elsewhere in it i shall demonstrate clearly and decisively the following points a if we were to designate something in the timaeus as platos causa materialis that something would be anank not chra nevertheless such an attribution would be anachronistic for plato did not operate with a notion of matter but with that of corporeality instead b consequently it is impossible for chra which is manifestly different from anank to play that role that is chra cannot be something out of which but only that in which the world has been fashioned i shall also discuss some debated corollaries and conclude that i necessity proper arises only after the demiurgic intervention and is not present in the precosmic chaos ii necessity is identical with the errant cause iii platos space is not sheer extension like newtons but a fullfledged entity and a plenum of perhaps undisclosed content
twinning for excellence in noninvasive brain stimulation in western balkans

twinnibs aims to strengthen the institute for medical research imrs research and innovation ri as well as research management and administration capacities and to develop it into a prospective leading partner in international consortia that can attract strategic investments and ri funding twinnibs will promote interest in neuroscience research in serbia and the region and help to advance it focusing on the multidisciplinary field of noninvasive brain stimulation nibs nibs is a set of techniques for transcranial noninvasive modulation of the activity in the specific brain areas and the largescale brain networks to which they contribute this is an innovative approach to neuroscience research and ultimately clinical treatment of a wide spectrum of neuropsychiatric conditions twninibs will be a coordination and support tool for imr to bring nibs research in serbia to a new level by partnering with leading european ri institutions from denmark italy germany and austria twnnibs will include a comprehensive set of cooperation and coordination activities to strengthen the scientific and technological capacities of imr including short term mobility virtual and inperson short term expert visits workshops and bootcamps a series of collaborative smallscale projects will be conducted with the personalisation of nibs as an overarching theme twinnibs will strengthen the imr research management and administration capacities and foster organizational changes the centre for nibs as well as ri project management unit will be established within the imr twinnibs will have a substantial scientific economictechnological and societal impact towards outcomes specified in this topic as well as a longterm impact on the ri in the european space with a special focus on the western balkans region to realise the full potential of the twinnibs project a comprehensive set of communication dissemination and exploitation measures will be implemented
dc protection security control and optimisation

the prosecco project brings direct advancements to the maturity level of hvdc grids doing so it aids in realizing europes climate goals for 2050 meshed hvdc grids is a key technology to integrate offshore wind and to upgrade the european power system as such the future power system will be a hybrid acdc grid where the hvdc grid seamlessly integrates with ac systems prosecco addresses innovation needs in grid protection near hvdc converters and congestion management for hybrid acdc grids prosecco utilises model based system engineering to have a consistent approach that is vendor neutral from design it will advance research on hvdc grid protection focusing on harmonized specifications improved testing multivendor integration enhancing grid stability and selective protection in congestion management the project develops power flow schedulers power flow control hardware and holistic costbenefit analysis toolsprosecco will mature hybrid acdc grids through 4 different demonstrators across three eu member states namely 1 unique test equipment for dc relays 2 dc protection relays being installed in actual dc grids 3 a full scale dc power flow controller and 4 software to evaluate the costeffectiveness of protection and congestion management solutions the project also contributes to international standardization and builds confidence in tsos educates power system engineers and provides recommendations to entsoe