Dragon09/odtu_chatbot huggingface dataset:
celerway go mini your office network in your pocket

remote work has become common in todays covid19 world it is expected that 60 of employees will continue to work remotely even after the covid19 pandemic but this poses 2 problems how to ensure proper network connectivity for employees who do not always have access to reliable networks and how to ensure proper security when working on unsecured networks at home or in public to resolve these quality and security issues we have developed the celerway go mini a holistic it solution that will allow remote workers to have a secure and reliable network connection at home in public and when roaming with limited available networks our solution will coma in the form of a small light device that connects to a computers usb port and will ensure a reliable low latency and fast 4glte5g connectivity even when using our vpn with sdwan capabilities it will enable remote workers to continue working securely in a variety of settings and despite limited network availability
innocent deelectronation chemistry from the unified redox scale valid in all solvents to innocent deelectronation chemistry in innocent solvents

the elementary steps underlying the reversible addition and removal of electrons from matter m metals molecules or materials are the fundament to describe redox chemistry electrocatalysis and electrochemical energy storage however the electrochemical potentials of reaction partners are only comparable within one solvent this is a consequence of the solvent specific standard statesfor this reason it is a grand challenge to establish a unified redox scale to compare electrochemical potentials in all media without extrathermodynamic assumptions to achieve this we use an ideal ionic liquid salt bridge setup to measure the gibbs transfer energies between different solvents the measured values corrected for residual liquid junction potential contributions will be used to directly connect potentials to the aqueous scale this unifying solventindependent scale will allow for knowledgebased comparison and selection of reagents for redox reactions in the next sectionsreagents for deelectronation removal of an e at high potential are scarcely available hence we prepare perhalogenated radical cation salts that act as innocent deelectronators id with high unified redox potentials an id converts a given neutral m to the naked cation m idsalts are straightforwardly accessible and roomtemperature stable materials conveniently they are in part weighable in air combined with suitable nonreactive weakly coordinating but polar innocent solvents and robust weakly coordinating anions reactive cation salts are accessiblesuch reversible idmediated redoxprocesses at high potential are appealing for electrosynthesis and catalysis to generate study and apply these systems we introduce a generally applicable innocent solvent family compatible with the high potential of id and m also with commercially available anions suitable idsolvent couples for targeted reactions are selected based on their position on the unified redox scale
rethinking of approaches and toolkits for transdisciplinary integrated assessment of climatecompatible energy strategies from the african union through to the european union

scientific tools are widely applied across the eu and the au to support strategic planning for climatecompatible development they are used by national and local authorities research institutes and civil society organisations very often with the support of development partners academia and consulting firms they are an important part of the energy planning ecosystem however the scientific insights derived from these tools have not always supported the strategic energy planning process successfully sometimes uncoordinated and biased approaches to model design and application by the involved actors on the eu and au side have led to poor reflection of countryspecific social economic and environmental conditions gardumi et al 2022 the result is often a lack ownership and credibility and thus limited uptake in planning and policymaking processes in order to address this gap the overall aim of reintegrate is to establish within existing energy planning ecosystems across the au and eu an enabling and nonexclusive environment for the sharing of knowledge fittocontext modelling toolkits and modelling expertise on climatecompatible development reintegrate addresses the need expressed in the work programme for fostering modelling approaches and expertise in the au which are not heavily reliant on the developed countries by structurally enabling multilateral sharing of knowledge and research infrastructure while doing so it develops and tests fitforpurpose 3e models in 8 au contexts building on local expertise and analysing climatecompatible development pathways
wholistic and integrated digital tools for extended lifetime and profitability of offshore wind farms

wind energy takes on a large share in the energy market and will play a crucial role in securing the stability of power grids in the future however operation of wind farms and especially offshore wind farms are not yet ideal the operation in fluctuating conditions of wind availability and power grids demand as well as the harsh environmental condition where the offshore wind farms are built have a negative effect on the structure health of the wind turbines and therefore on their useful lifetime in this context willow will develop an integrated system that will provide an opensource datadriven smart curtailment solution to the wind farm operators with the basis of an integrated wind farm control system looking for a tradeoff between the power production and the lifetime consumption with this aim willow pretends to design a novel structural health monitoring shm system able to provide high quality data to perform a reliable fleet life assessment using physical models and databased ai methods which will be used for decisionmaking and maintenance scheduling this will contribute to the reduction of the levelized cost of energy lcoe and to the increase of the annual energy production aep towards the current trend of design and operating life of offshore wind farms with up to 20 mw turbines beyond 50 yearsthe willow consortium consists of 12 partners with complementary assets and founded expertise capable to take on the challenge set out by the topic
how dividing cells adapt to karyotypic evolution

alterations in chromosome number and size are hallmarks of cancer and yet they are also crucial for species evolution recent insight on chromosome structure and segregation together with significant advances in genomic sequencing established previously underappreciated parallels between the mechanisms of karyotypic evolution during speciation and cancer importantly alterations in chromosome number and size pose significant challenges for the cell division machinery however how dividing cells adapt to cope with karyotypic alterations remains an outstanding fundamental question with strong clinical implications to address this we propose an innovative approach that integrates superresolution microscopy largescale 3d cryoelectron tomography reconstructions computational modelling and cell fusion experiments in indian and chinese muntjacs two closely related deer species with identical genomes but extremely divergent chromosome number 2n67 vs 2n46 respectively and size we will focus on dissecting mechanistic aspects underlying mitotic spindle organization chromosome dynamics checkpoint control of mitotic progression and segregation fidelity in both muntjac species with the goal of identifying genes differentially required for efficient mitosis in cells with karyotypic alterations in parallel we will exploit functional genomics in cervidae including telomeretotelomere sequencing of indian and chinese muntjac genomes to determine and manipulate the exact chromosome fusion sites between both species while testing the novel hypothesis of a viral mechanism in the evolution of their karyotypes lastly to test the limits of karyotypic evolution for chromosome segregation we will engineer mammalian cells with only 1 or 2 chromosomes and investigate whether and how cell division tolerates this extreme genome reorganization this pioneer work will unveil vital cell adaptive mechanisms to karyotypic evolution relevant for speciation and cancer
a microscale view to coral function in a changing environment

tropical reefbuilding corals live in a dynamic environment with fluctuating exposure to solar light and seawater flow it has long been assumed that corals interact passively with the surrounding seawater via a socalled diffusive boundary layer dbl which is a thin 011 mm layer of water located at the immediate surface of the coral wherein molecular diffusion is the dominant transport mechanism for gases and solutes the dbl can thus be an important regulating mechanism for coral metabolism however the recent discovery that some corals possess the ability to enhance mass transport across and within the dbl via the generation of vortices caused by the beating of epidermal cilia indicates a more complex and active control of mass transfer albeit the importance for coral ecophysiology and stress responses remains unexplored in this project i will i develop and apply novel imaging approaches using optical sensor nanoparticles for oxygen and ph in combination with a particle imaging velocimetry system for studying flow and mass transfer at the coralseawater interface and ii use the novel imaging techniques together with other microenvironmental sensing approaches microsensors and optical coherence tomography to study how ciliary beating affects coral ecophysiology this will generate novel insights to fundamental questions of how corals exchange solutes with the surrounding seawater how these basic processes are affected by environmental perturbations of eg temperature oxygen level and ph and the relationship between these external processes and the internal structural heterogeneities of the coral tissue the project will be conducted at the marine biology section of the university of copenhagen where all experiments will take place under the supervision of prof dr michael kühl and complemented by a secondment at the max planck institute for marine microbiology germany and a short visit to the graz university of technology austria
the canonisation of the quranic reading traditions

the perfect preservation of the quran back to the time of muhammad islams founder is a contentious topic in the popular imagination each syllable printed in the quran today is believed to be identical to the way muhammad taught his followers one easily gets this impression from modern printed qurans the vast majority of which are based on the reading tradition of hafs in the transmission of asim a reading tradition instructs the reader how to pronounce each syllable in the quranic text but this uniformity is a recent development all sects of islam recognize at least 7 canonical equally valid reading traditions the reading traditions emerged to alleviate the ambiguities of the early arabic script of the quran in the middle of the 7th c ce at that time the arabic script could not express short vowels or distinguish between many consonants leading to significant differences in pronunciation and in some cases even wording without a tradition of instruction the quranic text would bein some casesimpossible to decipher the canonisation of these reading traditions however does not go back to the time of muhammad rather it was the 10th c scholar ibn mujahid who established the canon up until recently it was thought that his work functioned as our historical horizoneverything we can know about the precanonical situation is filtered through his choices and thinking however there are hundreds of quranic manuscripts from the time preceding the canonisation stretching back at least to the beginning of the 8th c that make use of diacritics to instruct the reader these precanonical reading traditions provide a vista into the prehistory of quranic recitation yet they have so far gone almost entirely unstudied qurcan aims to mine these rich historical sources to understand what quran recitation was like before ibn mujahid how the reading traditions developed and how this led to the crystallized canon that we know today
information economics for science

given the uncertainty shrouding even the most promising research projects information plays a key role in the organization of science the project develops foundational tools in the organizational economics of science through two interlinked packagesi comparing informationresearchers select questions to work on choose sites for testing and trim samples when analysing data editors select referees from a pool of potential reviewers this package develops a general approach for comparing information structures such as the selected experiments described above for decision problems with certain properties once decision problems are restricted to a class satisfying properties such as monotonicity more information structures can be compared than in blackwells classic approach the proposal presents some ideas for developing general characterization results and for applying the new method to the comparison of experiments produced in a social context ii supporting science this package develops a framework for the design of science subsidy schemes with imperfect verification researchers have some noisy information about the chances of success of their project and go through a costly selection process research proposals are evaluated by reviewers with imperfect expertise the aim is to characterize the optimal mix of push and pull incentives for financing knowledge creation and aligning researchers incentives with social objectives a subproject develops a structural methodology for estimating research funding models and applies the method to a unique dataset from the research council of norway rcn covering all fields of research and containing detailed information about applicants whether they are awarded a grant or not as well as evaluators
engaging approaches and services for meaningful climate actions

clearclimate is aimed to create an international interdisciplinary and intersectoral 3i for creative scholars with strong theoretical and practical skills needed to tackle the major challenges of the climate information services cis development the focus will be on developing staff and partner skills in the areas of usercentred design and behavioural science coupled with improved computational techniques which in turn will offer more appropriate and efficacious cis solutions the researchers will upgrade their soft skills that will enable them to transfer effectively their knowledge to the productive world thus fostering the european market to create innovation these will result from a close partnership between the academy providing the researchers with uptodate training and knowledge on cuttingedge research on targeted multidisciplinary topics and a group of industries who will complete the competencies of the ers and esrs by exposing them to practical and reallife challenges in cis development the main domains of interest of the clearclimate project lie in the interconnected areas of climate change and climate extremes data visualization decision sciences communication accessibility eye tracking research methodology and visual attention models and xai which are the most relevant disciplines for the development of the frameworks for effective cis secondments soft skills training exploitation of scientific results dissemination and public engagement play also a central role in this network since they are designed to promote the dissemination of excellent research and diffusion of innovation in europe the creation of such an international crosssectoral multidisciplinary and lifelong network of ers and esrs trained across sectors in an innovative way will direct europe to strengthen its international ri
nutrient balance and resource optimization in regional ecosystems through holistic sustainable and zeropollution solution

the greenhood project pioneers a comprehensive approach to address the global challenge of unbalanced nutrient flows in regional ecosystems operating across four european countries and one associated region greenhood focuses on rebalancing nutrient flows and reducing np emissions through five key strategies a participatory approach engaging diverse stakeholders through capacity building governance labs and crossregional exchange activities to ensure inclusive decisionmaking b estimation of maximum allowable nutrient inputs utilizing optimized budgeting methodologies including novel modeling tools and socioeconomic data to assess the impacts of new balancing practices c demonstration of effective nutrient management strategies leveraging insights from previous rd experiences to develop and demonstrate solutions for nutrient excess prevention reduction and recycling in key sectors such as agriculture wastewater treatment aquaculture and forestry d establishment of regional nutrient circular economy schemes creating schemes to close nutrient flow gaps between sectors like livestockagriculture and aquacultureagriculture evaluating the agronomic performance and market uptake of biobased fertilizers and byproducts e innovative governance measures showcasing governance measures to incentivize the adoption of nutrientbalancing solutions collaborating with regional administrators and supporting existing policies greenhood also emphasizes effective dissemination and exploitation of results by collaborating with strategic initiatives like ccri and mission projects as well as conducting regional twinning programs through these efforts greenhood aims to pave the way for societies to operate within safe ecological boundaries while meeting socioeconomic needs
enlisting synthetic fungalbacterial consortia to produce multicellular myceliumbased elms with computational capability

fungateria addresses a development gap in myceliumbased elms by developing a portfolio of elms that are composed of a synthetic cocultivation consortium of a filamentous fungus and a bacterial strain sensing and adaptive growth of the fungal hyphae are exploited to develop an autonomous bottomup and scalable manufacturing technology called growth composing gc that enables an engineered morphogenesis of mycelium materials using robotically controlled spray nozzles that generate local air gas or aerosol flows steering hyphal growth in addition bioprinting is used to deposit inocula of the engineered bacterial strain in specific patterns and at specific times throughout the production process various elm products are developed ranging from consumer goods to applications in the environmental and construction sector which become active through environmental cues of light temperature and chemical attractants to this end synthetic biology engineering will be implemented to use the bacterial strain as a chassis for sensorcontaining genetic circuits that render advanced functionalities to the elm throughout its life cycle either through direct activity or by influencing growth and morphology of the fungal partner elm activity is verified with probes that reveal bioelectric signaling in the materials providing additional dimensions of control monitoring functionality and exploitation as actively computing devices when no longer needed or having reached the end of their productive life kill switches are activated either by humancontrolled environmental triggers or triggers of the system itself thereby causing the elm to fully and quickly degrade without causing any negative environmental impact throughout the fungateria project a societal dialogue will be established to continuously align research objectives with ethical and regulatory requirements
inossia cement softener a new and unique additive to bone cements to revolutionise the treatment of vertebral fractures in osteoporotic patients

the inossia cement softener is an additive a softener for bone cements that lowers their stiffness by 5075 and adjusts it to that of the bone it is injected into this does not alter the spinal biomechanics to the extent that the currently used cements do which in turn reduces the risk of new unnecessary vertebral fractures by 75the inossia cement softener has the potential to become a true gamechanger and revolutionise the outcome of vertebral augmentation treatments in osteoporotic patientsthe patients will experience immediate pain relief allowing them to go back to everyday life without the risk of rehospitalization the clinicians will be able to offer an efficient treatmentthe healthcare payers will save money previously unnecessary spent on the retreatment of already treated patients our innovation is designed to revolutionise the treatment of osteoporosis ensuring a healthy and active ageing
agile and cognitive cloud edge continuum management

the evergrowing resource needs of modernday applications regarding guaranteed low latency and the massive data transfer rate are constantly pushing the boundaries of technologies and requiring a paradigm shift to cater for these escalating resource needs modern it computing platforms have evolved beyond the more traditional central clouddc with bleedingedge processing powers and highcapacity networking infrastructure to extend their coverage all the way to the network edge which may also include the faredge nowadays this creates a new paradigm called cloud edge computing continuum cecc whereby the services span from core cloud to edge and far edge to efficiently manage and continuously optimize resources through this new model using the cecc approach we propose an agile and cognitive cloudedge continuum ac3 management framework this framework will play a critical role in providing scalability agility effectiveness and dynamicity in service delivery over the cecc infrastructure ac3 will offer a common and secure federated platform that manages data source cecc resources and application behaviour in a unified and harmonized manner to ensure the desired sla and save energy consumption moreover the ac3 platform can adapt to a different context and events happening in the network such as lack of resources data deluge or mobility of data source by managing ie deploying or migrating microservices across cecc infrastructures ac3 will leverage ai ml and semantic and context awareness algorithms to provide an efficient life cycle management system of services data sources and cecc resources for ensuring low response time and high data rate while saving energy consumption