Dragon09/odtu_chatbot huggingface dataset:
new images of man remaking art in postwar france 19441968

this project is designed to address the longstanding masculinist interpretation of visual art in the decades immediately following the wwii in europe since the 1950s the aesthetics of art in this period of rough surfaces violence and gestural grandeur has been interpreted in essentially masculine terms as interrogating man yet women sculptors and painters were among the most important artistic innovators shaping new directions for european modern art this project examines how women artists in this period shaped new artistic practices and artistic identities in a transformed postwar environment by developing new multidisciplinary historical and theoretical frameworks that combine feminist queer and ecological approaches it seeks to forge a new interpretation of postwar artmaking that no longer perpetuates the myth of the lone male herothe project will be undertaken under under the supervision of elissa mailnder at the sciences po centre for history chsp whose connections experience and research expertise on gender violence and wwii are acutely relevant the chsp will also offer expert interlocutors for the project including worldleading art historian on postwwii france laurence bertrand dorlac since my aim is to help change widespread cultural perceptions a key project objective is to communicate results widely i will produce openaccess research articles an online essay an exhibition a major conference open to the public and an eventual monograph building on current public interest in modern women artists and my proven communication skills most outputs will be relevant to both public and scientific audiences the action is also designed to strengthen a range of research and transferable skills and to reinforce the interdisciplinarity of my research it will establish me as an international researcher and communicator of important themes in modern art and culture enabling ongoing knowledgeexchange across the era
highly efficient reactor for conversion of co2 and h2o to carbon neutral fuels and chemicals

a novel highly efficient technology to enable the synthesis of carbon neutral fuels and chemicals from co2 and h2o employing renewable energy is proposed the approach is based on an innovative reactor technology that produces costeffectively green precursors for carbon neutral fuels and chemicals the technology enables operation at nondemanding low temperatures with unprecedented efficiency that overcomes many of the key challenges of existing technologies exploiting radical innovations in materials and reactor engineering the modular easily scalable reactor design can be integrated in coupled to a number of technological values chains processes and industrial sectors providing a sustainable pathway to net zero and achieving the european decarbonization goals this is a crosscutting transformative technology for energy intensive industries while maintaining the value of past investments in existing infrastructures eg in downstream hydrocarbon processing power generation technology automotive industry as such it consists of a real just transition one that leaves no one behind as it does not disrupt the fabric of the society by marginalizing the specialized and capable european workforce in these sectors the consortium consists of seven partners from five countries and includes a wellknown university an internationally leading energy company a specialized materials and chemicals company a multitechnology renewable energy developer and 3 innovative smes in clean energy mobility and advanced electronics
selective extraction of platinum group metals from spent autocatalysts using deep eutectic solvents

extreme is a unique research and training project tailored to merge the knowledge and expertise of stylianos spathariotis er ys cypriot catalysts sme and tecnalia rto to conduct research regarding the chemistry of platinum group metals pgms during their selective extraction from spent autocatalysts accs of petroldiesel and hybrid electric vehiles by using deep eutectic solvents dess specifically the project aims to utilize 4 novel concepts and techniques to conduct research regarding i the chemical reactions and process mechanisms during pgms leaching from spent accs and ii the complexationinteractions of the pgms with other organicinorganic compounds in the dess and the corresponding reactivities of the species formed as well as the chemical reactions and process mechanisms during electrowinning and cementation to achieve the selective recovery of pgms streams once the knowledge involved has been well established an ecofriendly and cost efficient integrated singlestep process will be developed at trl4 to demonstrate the selective extraction of pgms from spent accs powder into three separate streams pt pd rh and investigate the environmental and financial sustainability of the process through dedicated life cycle analysis the project progresses well beyond the state of the art in the related scientific fields involved in the leaching recovery and holistic pgms extraction processes and will make a significant contribution to secure the pgms supply chain in the eu besides i it will broadly enhance the er career prospects to reach professional maturity through the dedicated technical and soft skills trainings provided by the two hosts and also external training materials ii enhance the business activities of the host which aims to further develop the process beyond the project and establish it as a main activity and iii facilitate the networking of the secondment organisation to develop research synergies
next generation blockchainbased supply chain traceability transparency platform

tilkal is a blockchainbased supply chain traceability transparency platform that provides a full digital representation of a supply chain endtoend and in real time tilkal enables businesses to be in control of their supply chains compliant with the existing and upcoming regulations transparent to all the stakeholders about their usage tilkal is developing a backbone solution to ensure trust and traceability for industry 40 it offers traceability visibility over a supply chain both up and downstream it combines a secured and provable b2b data sharing network based on blockchain to enable reciprocal responsibility across the supply chain with algorithms for supply chain analysis and scoring in real time we have early traction in agrifood textiles cosmetics minerals aerospace companies use beta tilkal solution to improve control compliance sourcing origin and get fraud detection capabilities as well as to increase transparency towards their customers
paving the way for an abs recycling revolution in the eu

absoleu aims to pave the way to circularity for the ubiquitous plastic abs found in durable products from toys and other consumer goods to automotive components despite the potential of this material at least 85 of endoflife abs ends up in landfills or incineration due to the presence of additives and fillers that hamper its proper recycling absoleu will develop and mature to trl 6 a technology for the physical recycling of waste abs providing a clean and safe recyclate that is free of additives and contaminants and ready to be reintroduced into the value chain for value added high performance products in parallel absoleu will develop new analytical methods for safety and quality assurance these will allow project partners to establish a thorough understanding of the composition of abs waste streams including the presence of additives and the degree of degradation as well as monitor these throughout recycling and compounding processes in addition absoleu aims to provide the scaffolding to support adoption of physical recycling for abs and support the uptake of abs recyclates by industry and consumers this is achieved through circular value chain labs and explorative citizen labs investigation of new traceability systems for abs materials and products and standardisation of processes for recycling analysis and traceability absoleus research outputs are communicated disseminated and synthesised into best practices methodologies and policy recommendations for abs recycling to contribute to a resource efficient industry the project is implemented by a strong consortium that spans the entire abs value chain it is led by uca and involves 10 additional partners 3 global brand owners 2 rtos an absproducing company a recycler a traceability solutions company a standardisation institute and a company specialised in stakeholder engagement with absoleu the consortium is seeking to lay the first bricks of a sustainable future for abs plastics
understanding the unseen function of cuttlefish polarisation signalling

polarisation information is only accessible to a part of the animal kingdom available on land and underwater it is used in a wide range of behaviours such as navigation object recognition foraging or communication polarised information can derive either from the environment or from plant or animal reflective features and in the latter case it may be subject to selective pressure however the information conveyed by polarisation signals in any species is poorly understood among marine animals cuttlefish are likely to possess the most acute resolution to discriminate angular differences in polarised light evector not only do they excel at extracting polarised information but they also possess highreflectance iridophores stripes on their arms that reflect polarised light yet their functional significance remains uncertain and the polarisation signals neural processing is still unidentified furthermore cuttlefish inhabit a wide range of ecological niches significantly varying in turbidity while early exposure to turbidity affects individuals polarisation sensitivity the role of turbidity in mature adult polarised communication and its impact are still unknown nonetheless the consequences could be severe as turbid oceanic areas are currently expanding along with anthropogenic activity to reveal the use of light that we cannot see this project will use cuttingedge technology and unfold along three axes the first axis will use behavioural paradigms to investigate the use and the information content in cuttlefish polarisation reflective patterns the second axis will evaluate the impact of visual sensory pollution on polarized communication by applying incremental turbidity to the cuttlefish environment finally the third axis will build upon the latest advances in neurobiological technologies to explore the neural processing of polarisation signals
blueprint demonstration for cocreated effective efficient and resilient networks of mpas

blue4all will align topdown regulatory demands about european networks of mpas with bottomup societal expectations as a guarantee for achieving effective efficient and resilient mpas and networks of mpas which meet eu biodiversity strategy 2030 objectives by mobilizing stakeholders from blue4alls 25 information sites and living labs ie locations across the mediterranean sea the baltic sea and the northeast atlantic regions where networks of mpas have been established and from which lessons learned can be drawn about success and failure relative to how challenges were tackled we will cocreate robust and replicable social governance ecological and environmental tools to meet conservation andor restoration objectives in socially sustainable and acceptable ways these sciencebased tools will be tested in living labs ie locations where networks of mpas are in the process of establishment and where these tools can be fed into the ongoing mpa process the operationalized and tested frameworks will ultimately be generalized into a blueprint platform for the cocreation of effective efficient and resilient networks of mpas this scheme will separate generically encountered challenges and applied solutions from mpa networkspecific challenges and solutions and develop guidance in a userfriendly manner to endusers ie mpa network managers and authorities this guidance will take the shape of an interactive webbased blueprint platform directing the endusers to those challenges and solutions most applicable to their sites userfriendliness and applicability will be maximized by crosschecking the blueprint platform development with the actors and stakeholders of the living labs throughout the whole process of its development knowledge transfer and interaction with stakeholders and societyatlarge at local to regional scales will lead to the development of a platform for mpa networking to interact with communities of practice boosting the blue4all legacy to its ultimate goal to restore our oceans and waters
realization and manipulation of a planar hybrid superconducting andreev spin qubit in germanium

in the boiling field of quantum technology the development of a stable inherently shielded from perturbations quantum register is essential yet remains elusive hybrid semiconductorsuperconductor devices have been intensively studied hunting for majorana bound states towards topological quantum computing while this goal has not yet been achieved it has spurred material developments in iiiv semiconductors creating a new playground for spin qubits resulting from the hybridization of the semiconductor and the superconductor in 1d josephson junctions pioneering experiments recently demonstrated the manipulation of such a hybrid qubit the andreev spin qubit asq highlighting the potential of this approach however it is now reaching its limits due to the intrinsic properties of the host iiiv semiconductor and the nanowire geometry calling for a more suitable platform not demonstrated to date in this proposal i will tackle this challenge by fabricating a hybrid electrostatically tunable 1d josephson junctions from a 2d germanium heterostructure the first realization of a 1d josephson weak ling on a planar ge heterostructure will experimentally prove the possible integration of hybrid junctions with resolved andreev bound states this device will enable the study of the spinorbit interaction hamiltonian for holes in 1d a topic that remains largely unexplored leveraging microwave spectroscopy of andreev bound states then harnessing the unique properties of ge i will realize the first asq on a group iv semiconductor heterostructure the proposed hybrid superconducting asq sets a significant milestone in the field paving the way towards larger ensembles and enabling straightforward microwave connectivity using standard circuit quantum electrodynamic techniques this harmoniously blends the benefits of semiconductor spin qubits with superconducting circuits offering a promising path toward topologically protected qubits
molecular quantum magnets on graphene as novel spin qubit platforms

molqumag aims to pioneer new qubit platforms based on metalorganic molecules on graphene through the capability to detect coherently manipulate and readout their electronic spin states in particular intrinsic spin properties of metalated phthalocyanines and porphyrines will be tackled by means of the novel technique of scanning tunneling microscopy combined with electron paramagnetic resonance eprstm this tool will provide the intrinsic figures of merit decoherence and relaxation times and rabi rates that unveil the feasibility of these metalorganic molecules as spin qubits molqumag is of high relevance for the development of the next generation of quantum technologies based on the implementation of a large number of identical qubits as well as the development of efficient methods to interrogate them the applicant will have the opportunity to immerse and gain valuable knowledge and expertise in the novel technique during the outgoing phase in the renowned ethz research laboratories in switzerland and bring her expertise on eprstm and quantum magnetism to europe and in particular spain contributing to the expansion of quantum technologies in the spanish research community where the applicant plans to establish herself in the future
systematic triangulation of pathobionthostinteractions

rising incidences of chronic disorders and cancer have been linked to reduced microbial diversity genetic risk factors are similarly involved in the development of chronic disorders and cancer the effect of both microbial and genetic factors is particularly evident in inflammatory bowel disease ibd and colorectal cancer crc however the identification of specific bacteria that triggerdrive disease or modulate therapy efficacy in ibd and crc lacks a comprehensive approach even less is known about how these bacteria mechanistically induce such effects the paucity of so far identified disease relevant bacteria and their mode of action likely lies in the complexity of both the microbiome and the hosts genetic risk factors we hypothesize that specific bacteria which do not harm the host under steady state conditions hijack host pathways in the presence of certain genetic risk factors to drive inflammation onset and progression of ibd and crc we speculate that these bacteria termed pathobionts have so far been overlooked due to a lack of methods to triangulate these disease relevant bacteria in multifactorial disorders like ibd and crc it is our objective to identify these pathobionts and match them to host genetic risk to do so we have developed an antibody coating based approach to identify and culture pathobionts now we want to overhaul our approach to develop a high throughputpathobiont identification technology through machine learning we then aim to find pathobionthost genetic risk matches that drive disease and validate these matches in vivo lastly we plan to demonstrate the potential of our new technology and gained knowledge through leveraging the gained knowledge we aim to identify pathobionthost risk matches in publicly available databases this will unmask individuals at risk for the development of ibd crc and potentially other disorders this may pave the way for future microbiomebased precision medicine approaches
sustainable jet fuels from co2 by microalgal cell factories in a zero waste approach

alfafuels proposes a novel sustainable aviation fuels saf production technology that can play a major role in the decarbonisation of the aviation sector by replacing conventional fossil fuels in mid and longterm alfafuels contributes to climate change mitigation energy transition and on the establishment of a circular biobased economy by providing a direct capture and utilisation of co2 by developing costeffective and sustainable technological solutions in all process steps and by providing integration possibilities with other sectors the projects aim is to tackle the key challenges preventing saf technologies to reach technological maturity and commercialisation such as the high current production cost sustainability issues associated with their production technological constraints yields and efficiencies to that end alfafuels includes targeted technological breakthroughs such as the microbial production of a volatile fuel precursor from co2 the upgrade to kerosenetype jet fuel molecules in ambient conditions using solar lightdriven photochemistry and the valorisation of all cell components in a biorefinery approach to coproduce starch and h2 indirectly from co2 as an important intermediate the proposed technological novelties are combined with modelling approaches to maximize efficiencies to optimize the overall process regarding cost and energy consumption and to evaluate the process with combined technoeconomic and life cycle assessments the project lifts the production technologies at trl5 by including the design of novel costefficient bioreactors pilot scale trials on real industrially relevant co2 streams and evaluation of the produced molecules against astm standards to further accelerate the upscaling of alfafuels we analyse the systemic barriers and opportunities for the implementation of saf technologies in europe using modelling tools and capitalizing from the participation of industrial endusers in the consortium
phd research and innovation in synchrotron methods and applications in sweden

the prismas initiative is proposed by max iv lund universiteit faculty to meet a twofold objective 1 ensure sweden can take the lead on educating the next generation of synchrotron experts as the home to the worlds first 4th generation synchrotron giving europe significant advances compared to usa and japan and 2 strengthen the network surrounding swedish academia and max iv with regard to synchrotron methods for interdisciplinary intersectoral and international research the prismas programme ambition is then to educate 40 xray scientists through a completely novel and integrated selection and training process to tackle some of world most pressing sustainability development goals and to be able to meet the challenges of the future the targeted impacts are 1 to develop a new cohort of xray methodology ambassadors able to fully exploit the potential of the next generation xray sources ensuring the future of synchrotron technology and instrumentation is safe in the hands of welltrained and highly knowledgeable people 2 to deliver to the scientific community novel results generated by a new generation of young scientists trained at the cutting edge of several disciplines and able to meet some of the most important world challenges 3 to strengthen the swedish position in an international competition by continuing to develop xray methods 4 to structure novel training principles for researchers among the prismas stakeholders and beyond this ambition is supported by a consortium of 9 universities implementing partners and a network of 20 associated partners from academia industry and public bodies strongly involved and financially committed in the implementation of the programme as well as the training and supervision of prismas fellows this programme represents a total amount of more than 16 m budget which 67 is covered by the consortium enabling to accelerate the dynamic of ecosystem gathering around max iv
researching and encouraging the promulgation of european repertory through technologies operating on records interrelated utilising machines

music as one of the most preeminent european artforms that has impacted worldwide cultural heritage has an intrinsic value enriching our lives however music manuscripts frequently remain private unshown or unexploited because they are only available as printed or handwritten in local archivesrepertorium aims to 1 to provide a technological platform for curating databases of mediaeval and classical european artmusic works linked to other relevant existing databases around the world and fed by automated manuscript digitisation and music information retrieval techniques based on artificial intelligence ai and 2 leveraging the above technology to create stateoftheart audio recording and instrument separation technologies aibased stochastic signal processing and ambisonics spatial audio targeted at music education institutions conservatories professionals musicians and orchestras and the public streaming servicescombining a novel digitisation tool that leverages ai and deep learning solutions to perform optical music recognition and music information retrieval across multiple music datasets opens valuable solutions to problems affecting music businesses while efficiently preserving and rendering accessible european musical heritage thus it is possible to provide costeffective solutions for immersive streaming and virtual reality experiences by leveraging sound source separation and spatial audio technologiesthe consortium includes musicologists iccmu mmmo uoxf a musical organisation ahecg an orchestra lnp and a company focused on early music odratek its members have been previously awarded funding by the ec for ria projects tuni polimi iccmu uoxf uja has experience in coordinating h2020 projects it is composed of a balanced combination of research participants and industrial commercial partners from 8 european countries 4 universities 2 rtos 2 ngos 1 orchestra and 3 companies in the music sector