Contact: [email protected]
PRACTICAL NOTE FOR FILLING IN THE APPLICATION FORM, AND PREPARING THE OTHER DOCUMENTS REQUESTED The purpose of this short Practical Note is to provide technical instructions to potential applicants on how to correctly fill the application form, and prepare other documents requested. This is important for eligibility and automatic treatment of the application.
In order to prepare correctly the application, the more exhaustive Application Guide must be consulted beforehand on https://parisregionfp.sciencescall.org/. Please check especially the Section 7.4 Evaluation Criteria.
1.1 Documents requested and further information The following documents must be joined to the application (and named accordingly).
“NameApplicant_ApplicationForm” (fully dated and signed) “NameApplicant_ID” (a copy of the identity proof, like valid passport) “NameApplicant_CV-TrackRecord” (max 5 pages) “NameApplicant_ResearchProject” (max 7 pages incl. budget/references following the mandatory template provided in the call platform). “NameApplicant_PhDdegree” or “NameApplicant_PhDLetterofCommitment” (a letter in English from the PhD delivering University to attest the near future delivery of the PhD). If you do not have a PhD degree (and it is not planned either), provide Work certificate(s) (name it/them as: “NameApplicant_WorkCertificate”). For the two latter cases, please fill in carefully the section 1.3 of the Application Form. For the PhD degree / work certificate(s), a copy of the original and non-certified English-translated copies are needed (certified translations will be requested in case applicant is selected). “NameApplicant_RecommendationLetter1” and “NameApplicant_RecommendationLetter2”. The recommendation letters (in English) shall be provided from prior supervisors, professors, co-workers, and they shall precise their position (director, researcher, etc.), title (Prof., Dr., Mr., Mrs...), name, first name, e-mail, and telephone number. Please note that a recommendation letter cannot be provided by your future host. IMPORTANT: Letters of recommendations which are not signed will not be taken into account, and make the application non-eligible. The recommendation letters should also be drafted on letterhead paper. If applicable: “NameApplicant_EthicsSelf-Assessment”
1.2 Application Form Please check the below instructions to fill in carefully the Application From.
Main instruction: Please save your Application Form in pdf. No scanned pages.
General instructions: . Keep the same structure of the file, do not change the font (Font: Verdana, Size: 10, color: black) . Do not delete or add any line.
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. Use the characters “-“ or “/“ instead of leaving a field empty (do not delete this line). . Do not use symbols or special characters. . Avoid comments (especially in the date fields).
Administrative data: . Use the following format for the date: DD/MM/YYYY. . For the field Gender, indicate: “Woman” or “Man” or “Non-Binary”. . ORCID-ID is a code used to identify researchers and authors of academic and scientific contributions, imposed by the major publishers. It must be in the format: 0000-000X-XXXX- XXXX and not an http link.
Place of activity / place of residence prior to the call deadline: . In the fields Period from (DD/MM/YYYY) and Period to (DD/MM/YYYY), indicate only the date and do not add any comment. . In the field Country, specify only the country and not the address or the name of the city.
Future host organization and supervisor: . The field Domain of Major Interest (DMI) must contain only the name of the DMI (or text Out of DIM) and no other comments (ACAV+, MAP, MATH’INNOV, ONEHEALTH, RESPORE, SIRTEQ, QI2, THERAPIE GENIQUE, ELICIT, RFSI, PhASIF, GEROND’IF, STCN, Out of DIM).
1.3 CV - track record Please enclose your CV-Track Record to your application as a separate document named “NameApplicant_CV-TrackRecord”.
The CV-Track record should be limited to a max 5 pages in total (incl. list of publications) and should include the standard academic and research record. We recommend you to include the following information (exhaustive list, please select what is applicable for you): 1. Education 2. Current and previous positions (please highlight international and cross-domain experience) 3. Fellowships, prizes and awards. Institutional responsibilities. Memberships of scientific societies. 4. Teaching, supervising and mentoring activities 5. Scientific evaluation/ reviewing activities 6. Organization of international conferences in your field(s) of research, including membership in the steering and/or programme committee. 7. Examples of participation in industrial innovation, and granted patents. Any other extra- academic professional activity 8. Funding received so far, and on-going fellowship and grant applications 9. Major collaborations 10. Career breaks 11. 10 major publications in peer-reviewed scientific journals, peer-reviewed conference proceedings and/or monographs of their respective research fields, indicating also the number of citations (excluding self-citations) they have attracted 12. Research monographs, chapters in collective volumes and any translations thereof
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13. Invited presentations to peer-reviewed, internationally established conferences and/or international advanced schools 14. Research expeditions led by the applicant 15. Any other track record item that permits to evaluate the applicant’s potential for leadership, openness and creativity, and communication (including outreach) skills Please notice that any research career gaps and/or unconventional paths should be clearly explained (reason/ duration) so that this can be fairly assessed and taken into account by the independent evaluators.
1.4 Description of the research project Please enclose your research project description to your application as a separate document named “NameApplicant_ResearchProject”.
Please provide a max 7-page description of your research project (incl. budget and references) for a 2-year duration using the mandatory template and the structure given (sections 1-4, and the budget table/description). Please use font Verdana, size: 9, all margins 1.5 cm. The title must be max 200 characters and understandable to the non-specialist.
1.5 Descriptors Please use this list to provide the descriptors in section 3.3 of the Application Form. As an example, a descriptor is Bioinorganic chemistry or again Catalytic materials (thus not the title C1 – Inorganic chemistry).
Chemistry (CHE)
C1 – Inorganic Chemistry
Bioinorganic chemistry Catalytic materials Coordination chemistry
Chemistry of non-metals Inorganic chemistry Organometallic chemistry
Radiation and nuclear chemistry Solid state materials
C2 – Organic, Polymer and Molecular Chemistry
Carbohydrates Chirality Click chemistry
Combinatorial chemistry Heterocyclic chemistry Macromolecular chemistry
Molecular architecture and structure Molecular chemistry Natural product synthesis
Nucleic acid chemistry Organic chemistry Organic reaction mechanisms
Peptide chemistry Polymer chemistry Stereochemistry
Supramolecular chemistry Synthetic organic chemistry
C3 – Physical and Analytical Chemistry
Chemical instrumentation and Chemical reactions: instrumental techniques mechanisms, dynamics, Analytical chemistry kinetics and catalytic reactions
Chemistry of condensed matter Crystallography and X-ray diffraction Chromatography
Colloid chemistry Corrosion Crystallisation
Electrochemistry, electro dialysis, Forensic chemistry Homogeneous catalysis
microfluidics, sensors
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Heterogeneous catalysis Ionic liquids Magnetic resonance
Mass spectrometry Method development in chemistry Microscopy
Molecular dynamics Molecular electronics Photocatalysis
Photochemistry Physical chemistry Physical chemistry of biological systems
Quantum chemistry Separation techniques/extraction Spectroscopic and spectrometric techniques
Surface chemistry Theoretical and computational Trace analysis chemistry
C4 – Applied and Industrial Chemistry
Batteries Biological chemistry, biochemistry Biomaterials, biomaterial synthesis
Ceramics Coating Enzymology
Food chemistry Fuel cells Graphene, carbon nanotubes
Green chemistry Hydrogen production/storage Intelligent materials, self- assembled materials
Materials for sensors Medicinal chemistry Nanochemistry
Nano-materials: oxides, alloys, Pharmaceutical processes and Plastics composite, organic-inorganic production, Regulatory aspects, hybrid, nanoparticles quality assurance, good manufacturing practice
Porous materials, metal organic Solar cells Structural properties of materials framework (MOFs)
Surface modification Targeted drug delivery/discovery Thin films
Toxicology Water splitting Water treatment/purification
Economic Sciences (ECO)
E1 – Economics
Applied research econometrics Behavioural and experimental Economic geography economics
Economic growth Economic history Economics of education
Environment economics Financial econometrics Game theory
Global macroeconomic challenges Health economics Industrial economics
International trade Labour economics Macroeconomics theory
Monetary economics, international Political economy Public economics finance
Social economics, welfare economics Statistics and big data Urban and regional economics
E2 – Economic Development
Circular economy Cluster development Environment issues in development economics
Key enabling technologies for Natural resources management Public administration development
Research & Open innovation, Competitiveness
E3 – Management
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Corporate governance and Human resources management Industrial organization management
Research and innovation Start-up's, new business models in Strategy, marketing management entrepreneurship, social entrepreneurship
Value chain and optimisation
E4 – Finance
Accounting, international Banks, insurance companies, Corporate finance, fundamentals accounting standards, reporting, financial intermediaries & fund, analysis, capital budgeting, tax issues related to Accounting credit rating Agencies venture capital, risk assessment
Financial markets, stock markets, fixed income markets, other markets investments, asset pricing, bonds, derivatives, Commodities
Information Science and Engineering (ENG)
G1 - Computer science and informatics
Algorithms, distributed, parallel and Artificial intelligence, intelligent Bioinformatics, e-Health, medical network algorithms, algorithmic systems, multi agent systems informatics game theory
Cognitive modelling, cognitive Complexity and cryptography, Theorem proving, symbolic, engineering, cognitive sciences electronic security, privacy, algebraic computations biometrics
Pervasive computing, ubiquitous Computer games, computer Computer graphics, computer computing, ambient intelligence, geometry, multi-media, augmented vision, multimedia, computer internet of things and virtual reality games
Parallel/distributed systems, GPGPU, E-commerce, e-business, E-learning, user modelling, grid, cloud processing systems computational collaborative systems
Finance
Intelligent robotics, cybernetics Internet and semantic web, Machine learning, data ontologies, database systems mining, statistical data and libraries processing and applications
Modelling engineering, human Numerical analysis, simulation, Scientific computing and data computer interaction, natural optimisation, modelling tools processing language processing
Sensor networks, embedded Software engineering, operating Neural networks, connectionist systems, hardware platforms systems, computer languages systems, fuzzy logic
Evolutionary computing, biologically- Theoretical computer science, formal Quantum computing, DNA inspired computing Methods computing, photonic computing
G2 - Systems and Communication Engineering: Electrical, electronic, communication, optical and systems engineering
Control Engineering Diagnostic and implantable devices, Electrical and electronic environmental monitoring engineering: semiconductors, components, systems
Electronics, photonics Human-computer-interfaces Nano engineering
Networks (communication networks, Optical engineering, photonics, Signal processing sensor networks, networks of robots, lasers etc.)
Simulation engineering and Systems engineering, sensorics, Wireless communications, modelling actorics, automation communication, high
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frequency, mobile technology
G3 - Products and Processes Engineering: Product design, process design and control, construction methods, civil engineering, energy processes, material engineering
Aerospace engineering Architecture, smart buildings, smart Chemical engineering, technical cities, urban engineering chemistry
Civil engineering Computational engineering and Energy collection, conversion and computer aided design storage, renewable energy
Energy systems, smart energy, Environmental engineering and Fluid mechanics, hydraulic-, smart grids, wireless energy transfer geotechnics turbo-, and piston engines
Industrial bioengineering Industrial design (product design, Lightweight construction, textile ergonomics, man-machine technology interfaces, etc.)
Maritime engineering Materials engineering Mechanical and manufacturing engineering (shaping, mounting, joining, separation)
Production technology, process Sustainable design (for recycling, for Transport engineering, intelligent engineering environment, eco-design) transport systems
Waste treatment
Environmental and Geosciences (ENV)
V1 - Environment and society
Clean technologies, circular Environmental determinants of Environmental regulations, economy, life cycle assessment health climate negotiations and citizen science
Environmental risk assessment, Mobility and transportation Social and industrial ecology, monitoring sustainable development
Spatial and regional planning Urbanization and urban planning, Waste, by-products and residue (including landscape and land cities management (including from management), GIS agriculture)
V2 - Earth system science
Atmospheric chemistry, atmospheric Biogeochemistry, biogeochemical Clean exploration and composition, air pollution, indoor air cycles exploitation of natural resources quality
Climatology and climate change Cryosphere, dynamics of snow and Earth observations from ice cover, sea ice, permafrost and space/remote sensing ice sheets
Environmental chemistry, Geochemistry, crystal chemistry, Geology, tectonics, volcanology, environmental forensics isotope, geochemistry physics of earth's interior, seismology
Hydrology, water management Meteorology, atmospheric physics Mineralogy, petrology, igneous and dynamics petrology, metamorphic petrology
Natural hazards Noise pollution Oceanography, marine science, coastal engineering
Paleoclimatology, paleoecology Physical geography Pollution (water, soil, sediment), rehabilitation and reconstruction of polluted areas, clean technologies
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Sedimentology, soil science, Terrestrial ecology, land cover palaeontology change
V3 - Evolutionary, population and environmental biology
Animal behaviour Biogeography, macro-ecology Biodiversity, conservation biology
Comparative biology Ecology Ecotoxicology
Environmental, marine and Population biology, population Species interactions (e.g. freshwater biology dynamics, population genetics food-webs, symbiosis, parasitism, mutualism, bio- invasion)
Systems evolution, biological adaptation, phylogenetics, systematics
V4 - Food Science, Agriculture, Forestry and Non-Medical Biotechnology
Agriculture production systems Agriculture production systems Applied plant biology (animals) (crops), including fertilisation and nutrient management
Applied biotechnology (non- Aquaculture, fisheries Biohazards, biological medical), bioreactors, applied containment, biosafety, microbiology biosecurity
Biomass and biofuels production Biomimetics Crop protection, pest and disease control
Environmental biotechnology, Food sciences, safety, traceability, Forestry and forest management, bioremediation, biodegradation authenticity, agroindustry agroforestry
Soil biology, soil functionality, soil management
Life Sciences (LIF)
L1 - Molecular and Structural Biology
Biophysics (e.g. transport DNA synthesis and degradation DNA repair and recombination mechanisms, bioenergetics, fluorescence)
Molecular metabolism Molecular interactions Protein synthesis, folding, modification and turnover
Lipid synthesis, modification and Carbohydrate synthesis, modification RNA synthesis, processing, turnover and turnover modification and degradation
Structural biology (e.g. crystallography, EM, NMR, PET)
L2 - Genetics, Genomics, Bioinformatics and Systems Biology
Applied genetic engineering, Bioinformatics Biological systems analysis, transgenic organisms, recombinant modelling and simulation proteins, biosensors
Biostatistics Computational biology Epigenetics and gene regulation
Genetic epidemiology Genomics and functional genomics Genetic and genomic variation and related disorders
Comparative, evolutionary and Chromosome structure organization Metabolomics (including population genomics and dynamics glycomics)
Molecular genetics, reverse genetics Proteomics Quantitative genetics and RNAi
Systems biology Transcriptomics Plant genetics
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Genome editing Genetic pharmacology
L3 - Cellular and Developmental Biology
Developmental biology and Pattern formation and embryology in Molecular transport mechanisms technology animal organisms
Mechanisms of growth control and Cell differentiation, physiology and Morphology and functional cell proliferation imaging of cells dynamics
Organelle biology Plant development pattern formation Molecular mechanisms of signal and embryology in plants transduction
Stem cells and cellular programming Mechanisms and dynamics of cell migration
L4 - Physiology, Pathophysiology and Endocrinology
Ageing Cancer and its biological basis Cardiovascular diseases
Comparative physiology Endocrinology Metabolism, biological basis of metabolism related disorders
Organ physiology and Environmental physiology Rare/orphan Diseases pathophysiology
Reproductive biomedicine (reproductive physiology and endocrinology, infertility and pregnancy research)
L5 - Neurosciences and neural disorders
Behavioural neuroscience (e.g. Cognitive neuroscience (e.g. Neural development and sleep, rhythms, speech, learning, memory, emotions, neuroplasticity handedness) consciousness)
Mechanisms of pain Molecular and cellular neuroscience Neuroanatomy and excitability
Physiology of nerves and motor Medicines, psychoactive drugs and Neuroimaging and computational systems pharmacology, poison. neuroscience
Psychiatric disorders and clinical Sensory perception (nose and psychology (e.g. schizophrenia, smell, tongue and taste, eyes Neurological disorders (e.g. autism, Tourette's syndrome, and vision, ears and hearing, Alzheimer's disease, obsessive compulsive disorder, skin, pain, touch and Huntington's disease, Parkinson's depression, bipolar disorder, movements) disease) attention deficit, hyperactivity disorder, addiction)
L6 - Immunity and infection
Bacteriology Biological basis of cancer immunity Biological basis of auto- immunity/ tolerance
Biological basis of immunity related Biological basis of other immunity Cellular and adaptive immunity inflammatory disorders related disorders
Immunogenetics Immunological memory and Immunosignalling tolerance
Microbiology Parasitology Phagocytosis and innate immunity
Prevention and treatment of Veterinary medicine and infectious infection by pathogens (e.g. diseases in animals vaccination, antibiotics, fungicide) Virology
L7 - Diagnostic tools, therapies and public health
Diagnostic tools (e.g. genetic, Drug discovery and design Drug therapy and clinical studies molecular diagnostic) (formulation and delivery)
In vivo bio and medical imaging In vitro cell and tissue imaging Environment and health risks,
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occupational medicine
Gene therapy, cell therapy, Tissue regeneration and engineering Immunotherapy (vaccine regenerative medicine discovery, genetic vaccines)
Personalised medicine (diagnostic/prognostic Health services, health care research Medical engineering and technology biomarker, patient- orientated management solutions)
Pharmacology, pharmacogenomics Public health and epidemiology Radiation therapy
Surgery
Mathematics (MAT)
M1 - Mathematics
Algebraic geometry Algebraic number theory Algebraic topology
Algorithms and complexity Analytic number theory Category theory and algebraic structures
Combinatorics Complex analysis Complex geometry
Differential Geometry Functional analysis Game Theory
General topology Graph Theory Group Theory
Harmonic analysis Homological algebra Low dimensional topology
Mathematical logic and set theory Non commutative Geometry Ordinary Differential Equations and Dynamic Systems
Partial Differential Equations Probability Ring theory
Set theory
M2 – Applied Mathematics
Control Theory Data Analysis Mathematical aspects of Biology
Mathematical aspects of Computer Mathematical aspects of Economy Mathematical aspects of Physics Science and
Finance
Mathematics in Engineering and Numerical analysis and scientific Operational Research other computing
Applied Sciences
Optimization Scientific Computing Statistics
Physics (PHY)
P1 – Particle and Nuclear Physics
Fundamental interactions and fields Neutrino oscillations Nuclear physics, heavy ions
Nuclear physics, nuclear structure Particle accelerators and detectors Particle physics, experiment
Particle physics, Supersymmetric particles Quantum chromodynamics theory/phenomenology
Quantum field theory
P2 – Atomic and molecular physics, optics
Atomic physics Chemical Physics Cold/Ultra-cold atoms and
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molecules
Laser physics Metrology and measurement Molecular physics
Nano-optics Non-linear optics Interferometry
Optical physics Photonics Statistical physics (gases)
Quantum optics Quantum electrodynamics
Condensed matter, thermal Condensed matter, transport Condensed matter, mechanical properties properties and acoustical properties, lattice dynamics
Electronic properties of materials, Films and Interfaces Fluid dynamics surfaces, interfaces
Gas and plasma physics High pressure physics Low-temperature physics
Nanophysics: nanoelectronics, Magnetism and strongly correlated Mesoscopic physics nanophotonics, systems nanomagnetism, nanoelectromechanics
Phase transitions, phase equilibria Polymer physics Semiconductors and insulators
Soft condensed matter Spintronics Statistical mechanics (condensed matter)
Structure of solids and liquids Superconductivity Superfluids
Surface Physics
P4 – Astrophysics, Cosmology, Space science
Active Galactic Nucleus (AGN) , QSO Astrobiology, astrochemistry Astrometry
Astronomical instrumentation: Astrophysical jets, accretion Big bang nucleosynthesis telescopes, detectors, techniques phenomena
Clusters of galaxies and large scale Cosmic Microwave Background Cosmology structures (CMB)
Dark matter, dark energy Formation and evolution of galaxies Formation, structure and evolution of stars
Extrasolar planets and exoplanets Gravitational lensing Gravitational waves
High energy astrophysics Interstellar medium Nuclear astrophysics
Radio astronomy Relativistic astrophysics Solar physics
Solar system and planetary science Space weather
P5 – Applied physics
Acoustics Agrophysics Biophysics and biophysical techniques
Communication Physics Complex systems, Networks Computational Physics
Geophysics Laser applications Medical Physics
Nanotechnology: nanomaterials, Optical engineering Optoelectronics tools and techniques, applications of nanotechnology
Photodetectors Photonics applications Photovoltaics and solar cells
Plasmonics Quantum electronics Quantum Technology and Quantum Devices
Solid-state devices
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Social Sciences and Humanities (SOC) S1 - Sociology, social anthropology
Ageing, health social policies Attitudes and values Demography, population issues and policies
Fertility, family dynamics, policies Gender studies Globalization, glocalization, antiglobalism
Inequalities, discrimination, Kinship, cultural dimensions of Migration, refugees, asylum, prejudice, aggression and classification and cognition, identity interethnic relations, conflicts violence, antisocial behaviour and integration of migrants
Myth, ritual, symbolic Qualitative methods, ethnography, Rural population, agriculture, representations, religious studies case studies innovation, depopulation
Social economy, social Social influence, power and Social integration, exclusion, entrepreneurship group behaviour, classroom inequalities, participation and management prosocial behaviour
Social structure, social mobility Social theory Social welfare and neoliberalism
Sociology of education Sociology of knowledge Transformation of societies, democratization, social movements
Urban sociology, urban theory, urban Work, employment, precariousness Youth studies
studies, global cities, territorialisation
S2 - Political science
Comparative politics Development studies Electoral politics, Political parties,
Citizenship and public engagement
EU and European politics Foreign policy Game theory, Logic of collective choice
Human, economic and social International relations, Global Migration policy geography governance,
International politics and history; geopolitics
Political economy Political systems and institutions, Political theory, Political thought, governance Political philosophy; Ideologies
Politics of gender, Race, Public administration, Public policies Regional and territorial politics Discrimination and inequalities; Identity politics
Relations with public interest groups Theories of conflict, violence and security; Negotiation and mediation
S3 – Law
Business, corporate and securities Comparative law Criminal law law
Education law Employment and labour law, social European law law
Family and juvenile law Health law Intellectual property and innovation law; Data protection law, IT law
International law, human and civil Legal systems, constitutions, Private law, consumer protection rights; Violence, conflict and foundations of law law peacebuilding
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Public law, immigration law, Sports and entertainment law environmental law
S4 – Communication
Communication networks, media, Crisis communication theory and Digital social research, including social media, information procedures audiovisual social services society
Information & communication Information society and education Institutional communication technology and the world of work
Lobbying Political communication and strategy Social communication, verbal and non verbal communication
Social studies of science and technology
S5 - Cognition, psychology, linguistics
Biological psychology: mind-body Cognitive psychology: learning, Development across the life-span connection, health, stress and cognition and developmental disease psychopathology
Ergonomics, human factors, user Evolution of mind and cognitive Formal, cognitive, functional and modelling, and neuroergonomics functions, animal communication computational linguistics
Neuropsychology and Psycholinguistics: acquisition, Socio-cultural psychology and neurolinguistics comprehension, production social cognition
Use of language: pragmatics, sociolinguistics, discourse Typological, historical and analysis, second language comparative linguistics teaching and learning, lexicography, terminology
S6 – Philosophy
Aesthetics and philosophy of culture Analytic philosophy Epistemology, logic, philosophy and anthropology of science
Ethics and morality, bioethics History of philosophy Metaphysics
Phenomenology Philosophy of religion Social and political philosophy
S7 – Education
Education systems, institutions and Educational assessment, feedback Learning technologies, e- policies, sociology of education learning, tutoring systems, learning analytics
Lifelong learning, workplace Philosophy of education, Teaching and learning learning and training, heutagogy human development methodologies, pedagogy, andragogy, psychology of education
S8 - Literature, arts, music, cultural and comparative studies
African literature Classics, ancient Greek and Latin Comparative literature literature and art
Computational modelling and Contemporary literature Cultural memory, intangible digitisation in the cultural Sphere cultural heritage
Cultural studies, cultural diversity History of art and architecture, arts- History of art criticism based research
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History of books, codicology History of collections History of fashion design
History of literature Latin American literature Library and archival science; Librarianship
Literary theory and comparative Medieval literature Modern literature literature, literary styles
Museums and exhibitions, Music and musicology, history of Oriental and East Asian literature conservation and restoration music
Textual philology, palaeography and Visual arts, performing arts, film, epigraphy design
S9 - Archaeology, history and memory
American archaeology, art and Ancient history Asian archaeology, art and culture culture
Classical archaeology and art, Collective memories, identities, Colonial and post-colonial history of archaeology lieux de mémoire, oral history history, global and transnational history, entangled histories
Cultural heritage, cultural memory Cultural history; History of collective Diplomatics identities and memories
Early and modern archaeology Egyptology and ancient near eastern Gender history archaeology, art and culture
General archaeology, Historiography, theory and History of ideas, intellectual archaeometry, landscape methods in history, including the history, history of science, archaeology analysis of digital data techniques and technologies
Industrial archaeology Medieval history Military history
Modern and contemporary Modern and contemporary history Numismatics, epigraphy archaeology
Prehistory, palaeoanthropology, Social, economic, cultural and palaeodemography, protohistory political history
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