Dragon09/odtu_chatbot huggingface dataset:
central bohemia mobility programme for excellence in research innovation and technology

merit will be a 5year regional programme for 30 incoming postdoctoral researchers from all over the world it is a joint initiative of the central bohemian innovation centre sic as the beneficiary and 51 partners 15 implementing partners represented by regional research organisations and 36 associated partners that include national and international smes regional branches of large enterprises international universities and local high schools merit will build on and will be synergistic with several already existing regional programmes led by sic such as the regional welcome office the programme will be cofunded by the central bohemian regional government and the implementing partners merit has 3 strategic objectives which are in line with the regional innovation strategy for smart specialisation ris3 1 strengthen the european and global human capital base in research and innovation contribute to a stronger european research area and increase the international openness of the participating partners and the whole region 2 establish new partnerships and collaborations between academic and nonacademic sectors especially regional research organisations with smes leading to higher competitiveness and innovativeness of both and 3 promote science and its many practical applications in society among the youth and advocate for more representation of female scientists in technical and life sciences research disciplines with a focus on applied research merit supports the research activities and training of selected researchers in the following application areas biotechnologies and biomedicine laser technologies space technologies sustainable energy and materials and digitalisation as a crosscutting area all areas respecting the gender dimension in research these areas are in line with ris3 and other european or global strategic frameworks the duration of the fellowships is planned from 24 to 30 months including secondments
european centre of excellence on inclusive gender equality in research innovation creating knowledge engaging in collaborative action

inspire aims to be europes sustainable centre of excellence globally renowned for the quality of its research and analysis produced on inclusive gender equality in research and innovation it brings together cuttingedge knowledge ambitious policy approaches and innovative practices to provide a gateway for scholars equality experts practitioners and trainers to connect and share resources cocreate new ones and link strategically with public and private institutions to benefit the european research area inspires ambitious research programme develops new relevant indicators for inclusive gep development conducts a gep monitoring survey throughout europe whilst identifies key configurations of gep success and failure it will fill key knowledge gaps as a result of case studies on intersectional policies whilst identifying promising practices in gendered regional innovation policy inspire strengthens the evidence base for informed policymaking and meaningfully engages decisionmakers in policy and ri funding for shaping the future inspire counts on 4 knowledge support hubs kshs led by leading academics and renowned practitioners throughout europe to develop cutting edge knowledge on sustaining change widening participation intersectionality and fostering innovation and change in the private sector these kshs will provide support to 12 communities of practice involving more than 95 institutions to facilitate gep implementation and foster mutual support for the codevelopment of innovative practices customised training and paneuropean data collection inspire will reduce disparities across member states and strengthen the era through its distributed approach spreading knowledge knowhow and new opportunities for more open and inclusive research and innovation across europe
public administration capabilities for digital and sustainable transition

public administrations across europe face double pressure to adjust to the digital age while inducing sustainable development as they do so the governments need to develop new and redevelop old public administration and policy capabilities the current project rests on the assumption that public administrations form a pivotal yet often neglected cog in social shaping of technological progress driving the sustainable future the objective of the pafsd project is to create a new generation worldclass research teaching and knowledge transfer capabilities at the crossroads of public administration digital transformation and sustainable transition at taltech estonia this will be achieved by complementing the existing unique knowledge base of taltech with training a new generation earlycareer researchers exchanging new knowledge between senior researchers and support staff developing new educational capabilities actively engaging in policy networks internationally enhancing organizational capabilities and doing a handson smallscale research project the padst project will pool the competences of three of the leading european research universities ku leuven universiteit utrecht and university college london with taltech to develop an international cuttingedge research center studying and shaping public administration capabilities fit for the digital and sustainable future in estonia europe and beyond
photonics and quantum technologies for sustainable industry

photonqboost is committed to empowering european smes to achieve sustainability resilience and global competitiveness by harnessing the transformative potential of photonics and quantum solutions recognizing firstly the challenges smes face in accessing and integrating these advanced technologies due to limited awareness and resource constraints and secondly the potential that technology deployment represents to boost the sustainability and competitiveness of european industry photonqboost aims to serve as a gateway for european smes to match their sustainability and resilience challenges with the solutions offered by photonics and quantum technologiesthis will be done through a comprehensive pipeline of services comprising advisorydriven innovation support technology support and sustainability transition activities complemented by pilotingdriven projects funded under three fstp open calls more than 36 million will be spent on direct support services to the 600 smes that will be onboarded into photonqboost service pipeline these smes will achieve improved kpis in terms of resource consumption enhanced productivity and derisked supply chain disruptionsthe initiative is also dedicated to fostering crossfertilization across countries and ecosystems through matchmaking activities and delegation visits thereby facilitating market access for smes and bridging gaps in knowledge networks and infrastructure photonqboost is a strong alliance of seven experienced european photonics and quantum clusters four specialised consultancies and two research and technology organisations spread across nine eu member states that gathers a broad array of competencies altogether photonqboost members will help to consolidate an euwide photonics and quantum technological innovation ecosystem ultimately contributing to europes global leadership in both fields and to securing its strategic autonomy in critical technologies
rutheniumcontaining polymers against ovarian cancers

nearly 250000 women are diagnosed each year with ovarian cancer around the world resulting in 140000 deaths highgrade epithelial ovarian cancer eoc is the deadliest gynecologic cancer ranking fifth overall in cancer deaths the majority of women have widespread intraabdominal disease at the time of diagnosis and the 5year survival rate for these women is only about 40 after receiving standard therapy currently the standard firstline treatment for ovarian cancer consists of surgical cytoreduction and platinumbased chemotherapy although this approach has proven to be the most effective treatment to date many ovarian cancers exhibit primary platinum resistance and most patients develop secondary platinum resistance during the course of their disease there is therefore a paucity of approved targeted therapies accordingly effective novel therapies are needed to improve survival rates for patients diagnosed with ovarian cancer especially in its advanced stages and in the setting of platinum resistance the phenomenal success of cisplatin oxaliplatin and carboplatin has boosted the research directed at novel metalbased anticancer drugs my group has embarked a few years ago into a program to thoroughly investigate ru compounds as anticancer drug candidates however one serious problem of metalbased drugs is often their intrinsic toxicity to tackle this issue and circumvent these limitations macromolecular delivery systems can be used to improve the potential of the respective anticancer ruthenium complexes during the frame of the erc consolidator grant photometmed my group could demonstrate that an innovative druginitiated polymerization methodology could be used to tackle this problem in this proposal to further demonstrate that this technology could be used on human the in vivo efficacy of this system will be validated in several in ovarian cancer patientderived xenografts pdxs models
biomimetic magnetic nanoparticles with homotypic targeting for combinatorial theranostics of triplenegative breast cancers

cancer is a leading cause of death and is a major impediment to increasing life expectancy around the globe amongst all breast cancers bc triplenegative breast cancers tnbcs are of much concern as chemotherapy is the only option however it is associated with chemoresistance owing to drug efflux moreover since tnbcs are negative for estrogen er progesterone pr and human epidermal growth factor receptor 2 her 2 treatment strategies targeting these receptors do not work combined strategies for tnbcs have strong potential in treating tnbcs as compared to singular approaches thus magnostics aims to develop biomimetic cancer cell membrane ccm coated magnetic nanoparticles for chemotherapy gene targeting and magnetic hyperthermia as a triple strategy for tnbc therapy in addition magnostics proposes multimodal theranostics incorporating mri enabled by mnps to promote cellular uptake and immune escape mnps will be loaded with cddp and sirna and camouflaged with ccm derived from tnbc cells ccm coating will utilize the homotypic targeting strategy for selfrecognition and uptake of nps thus the objectives are i to synthesize and characterize ccm coated mnps conjugated with cddp and siabcb1 ii to study the biocompatibilityuptake and single therapeutic strategies as proofofconcept in 2d cell cultures iii to develop 3d multicellular tumor spheroids and demonstrate the effectiveness of camouflaged nps as combined theranostic platform iv to ensure further professional development of the er through training dissemination and public engagement magnostics thus aims to improve tnbc treatment and impact society with the right term and place
representations of poverty in early twentiethcentury literature and sociology

the early twentieth century saw a major shift towards an interest in representing the experiences of the poor within british culture this project develops an account of how this trend might be defined in relation to earlier nineteenthcentury patterns developing and scrutinising the hypothesis founded upon michel foucaults analysis of neoliberalism that heightened levels of attentiveness masked a continued commitment to productivist values deemed by kohei saito jason hickel and others to be socially and environmentally harmful using a mixed methods approach combining computational criticism archival research and theoretical analysis this project explores evolutions in early twentiethcentury representations of poverty in britain within the domains of literature and sociology in the first instance a digital corpus of representations of poverty is built and analysed to quantitatively analyse this trend in the second archival case studies of four authors elizabeth gaskell bronislaw malinowski charles booth and storm jameson enable a more nuanced appraisal of these findings through close reading of neglected texts in the third a theory is developed concerning the relationship between poverty representation and productivism in the early twentieth century indicating that popular literature and sociology played a key but underacknowledged role in enabling the advancement of productivist ideology through an extensive range of dissemination exploitation and communication activities including workshops video content and interaction with campaign groups an effort is made to ensure that these findings broaden the scope of current inquiries into productivism and its associated harms
design of novel postharvest technologies with low carbon footprint based on the discovery of active biomolecules

a main challenge for human societies is to feed the everincreasing world population while limiting the carbon footprint inherent in food production activities these seemingly opposing challenges must be reconciled securing sufficient amount of food requires to master the postharvest storage of fruit and vegetables the main source of nutrient for human especially if we aim to reduce meet consumption due to its high carbon footprint controlled atmosphere is the main technology used to extend shelflife of fresh products it is mainly based on low temperature and low oxygen that reduce metabolic activity of fruit and vegetables but it is energy consuming with high carbon footprint impact on the other hand 1mcp a chemical that prevents plants from sensing the plant hormone ethylene is also widely used in postharvest storage to block ripening and senescence it has a nondiscriminating effects on different ripening processes leading to some alteration of organoleptic traits fruitprint project aims to identify novel bioactive molecules to improve storage and limit postharvest losses while reducing energy consumption the project consists of 3 main steps 1 identification of novel bioactive molecules inhibiting ripening and senescence by in silico and in vitro screens of large libraries of chemical compounds 2 evaluation of the effectiveness of the selected bioactive molecules in postharvest storage and 3 uncovering the molecular underpinnings of their beneficial effects on fruit and vegetables physiology fruitprint project rely on multidisciplinary approaches and complementary expertise from partners on virtual screening oxygen sensing fruit physiology and postharvest storage it will build on original and innovative material such as highthroughput screening platform bioluminescent plants and protein biosensors allowing in vivo screening and facilities for postharvest storage
reliable and efficient dual fuel system for civil protection during natural disasters using htpem technology

this proposal entitled rescue reliable and efficient dual fuel system for civil protection during natural disasters using htpem technology is about the development and the demonstration of a fuel cell system which allows the operation using 100 of hydrogen and additionally using methanol and assures 50 kw of electrical power the containerised and modular design in combination with the duel fuel approach leads to an application flexibility for various important facilities during natural disasters like the civil protection with different energy requirements the htpem technology is characterised by increased operating temperature of around 160 c and enables a simplified cell design and operation regarding water management heat rejection and direct use of reformatesafter system requirements wp2 the fuel cell module equipped with the fueling possibilities will be constructed and tested in laboratory environment wp3 after fuel cell and fuel container contructions wp4 the system integration wp5 considering safety and transport certification requirements wp29 demonstration using defined load profiles and conditions with performing grid integration is planned wp6 testing for at least 2000 hours on site of a civil protection organisation shows the system capabilities and completes the project wp7 stateofhealth against the criterium of system efficiency and fuel flexibility on system and on fuel cell level is analysed and accompanies the whole project duration wp8 dissemination and exploitation are mandatory in this project wp10
thermochemical solar collector and storage one breakthrough technology for multiple challenges

the project introduces an innovative approach to enhance solar energy systems by integrating solar collectors with energy storage technology the goal is to address some of the existing challenges in energy storage such as maintaining consistent material quality over time and ensuring even heat distribution in addition to resolving these issues the system aims to store solar energy more efficiently and at a lower cost potentially giving solar thermal systems a new competitive advantage for various applications at the core of this new design is a mechanism that captures and stores solar energy enabling it to be released when needed through a controlled process the project aims to establish a strong foundation of research in this area working on the theoretical design and economic aspects of the technology by developing and testing this advanced solar energy system the project hopes to create a highly efficient solution that could be adapted for different temperature ranges and a wide array of future applications
era chair in sustainable futures

the main goal of the era chair in sustainable futures sustainera is to establish a new highlevel interdisciplinary research group in the field of sustainable futures at tallinn university tlu estonia the era chair project has two main goals 1 to establish an open lab in sustainable futures research that will facilitate collaboration between different schools of tlu as well as with various external private and public partners in order to enhance interdisciplinary research and policy development in the field 2 to build interdisciplinary research excellence capacity and capability of tlu in the fields of sustainability and nongrowth by bringing in new researchers including the era chair holder and doctoral and postdoctoral researchers the era chair project will achieve its goals by implementing a fiveyear research strategy comprising five ambitious objectives which are focused on strengthening tlus position as an important research centre in the field of sustainability and nongrowth research both locally and internationally the main approach is achieved through interdisciplinary social science research for nongrowth the open lab and toolbox is established for public stakeholder engagement to develop educational interventions for sustainability and the research based recommendations for policymakers organisations and businesses on how to work towards sustainable futures numerous training and workshop events will be organised to increase the level of research management and dissemination skills impacts of sustainera are increase in number of ri talents moving to tlu increased participation of estonia and tlu in eu rd funding programmes increased awareness of sustainable and nongrowth approaches increased international interdisciplinary and intersectoral mobility of researchers and innovators for nongrowth research more entrepreneurial and better trained researchers and innovators the reforms in nongrowth capacity building in tlu
precision rayleigh jet sprays

sprays have a wide range of applications from cleaning to agriculture to medical treatments spray technologies are key to many industrial processes yet many current spray technologies suffer from insufficient control over the resulting spray parameters such as the droplet size distribution even though the drop size critically determines whether a spray reaches its target or not in applications such as pharmaceutical drug inhalation and agricultural spraying as trialanderror spray development methods are reaching their limits we need a new breakthrough to enable perfectly monodisperse sprays i have previously shown that insights into the physics of sprays can lead to improved spraying and deposition methods for agricultural sprays i achieved the first detailed understanding of the strongly nonequilibrium processes that underlie spray formation allowing for a quantitative description of the drop size distribution in these sprays these insights pave the way to improving our understanding of sprays in general and translating it into a new generation of spray nozzles that produce highly controlled droplet size distributions as urgently needed by a range of applications the scientific challenge is to identify the complex nonequilibrium physics underlying liquid breakup and use these insights to devise entirely novel ways of controlling instabilities to achieve perfectly monodisperse sprays we will combine breakthroughs in hydrodynamics to tame the instabilities responsible for spray formation using selective excitation of instability modes combined with novel nanofabrication methods for spray nozzles in addition we will study drop coalescence and droplet trajectories in air we will elucidate spray mechanisms allowing for monodisperse sprays and explore the role of liquid composition in complex sprays these fundamental breakthroughs will be tested in precision medicine and agriculture two of the most important fields of spray use
unintentional discrimination detected and racism reveal and deactivate

the main objective of undeterred is to strengthen the fight against racial ethnic and religious inequalities experienced by the younger generation 1835 years old of immigrant and national minority populations in europe in this perspective action research will take the systemic dimension of discrimination as a priority it will focus on improving knowledge about the norms procedures and practices that produce racial ethnic and religious inequalities in the eu without institutional intentions in the housing employment health and higher education sectors
atomic layercoated graphene electrodebased microflexible and structural supercapacitors

the overall objective of the arms project atomic layercoated graphene electrodebased microflexible and structural supercapacitors arms is to integrate comprehensive materials and processes including graphenerich biobased carbon materials and graphenedecorated carbon fibers and to develop scalable and costeffective atomic layer deposition ald manufacturing technology to fabricate totally ecofriendly supercapacitors with energy density reaching 50 whkg that is comparable to batteries without sacrificing the power density cycle life or ecofriendliness and open up opportunities to establish a new value chain for supercapacitor manufacturing with european smes as key players the consortium will achieve this goal by a combination of factors working in a coordinated fashion process modification to enable production of highgraphenecontent porous carbon for printed flexible energy storage conformal graphene coating onto carbon fibres for structural supercapacitors decoration of both types of electrodes with ultrathin conformal ald coating of mno2 and fe2o3 for increased stability and voltage window to be scaled up to rolltoroll by beneq and development of novel environmentallyfriendly electrolytes the energy storage devices enabled by this work will be integrated into two usecase demonstrators to show the viability of the concept a wireless sensor device powered a printed flexible supercapacitor and a drone powered by structural supercapacitors which are simultaneously structural parts of the drone