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Fachbereich Mathematik und Informatik - Institut für Mathematik - DFG-funded project "Chern classes of automorphic bundles"
research assistant (postdoc)
full-time job
limited to 3 years - subject to the approval of the funding institution
Entgeltgruppe 13 TV-L FU
reference code: WM 19 Esnault DFG 2018
Subject to the pending approval of the DFG the Arithmetic Geometry Group is looking for a Postdoc (3 years, 100%) for the project "Chern classes of automorphic bundles" within the framework of the DFG-funded Priority Program "Homotopy Theory and Algebraic Geometry" (SPP 1786).
Job description:
Scientific research work in the area of Algebraic Arithmetic Geometry, in particular: motives, homotopy theory, A1-invariance, Chow groups, ramification theory, Chern classes of automorphic bundles. No teaching.
Requirements:
Ph. D. in Mathematics (Postdoc)
All applications quoting the reference code should be addressed no later than July 9th, 2018
to Prof. Dr. Hélène Esnault: pierchalla@math.fu-berlin.de or postal to
Freie Universität Berlin
Fachbereich Mathematik und Informatik
Institut für Mathematik
Frau Prof. Dr. Hélène Esnault
Arnimallee 3
14195 Berlin (Dahlem)
Fachbereich Mathematik und Informatik - Institut für Informatik - Graduiertenkolleg 'Facets of Complexity'
7 PhD Positions in Mathematics / Computer Science
with 3/4-part-time job
limited to 3 years
Entgeltgruppe 13 TV-L FU
reference code: PhD_Position_GRK_'Facets of Complexity'
The program of the GRK contains a regular Monday afternoon colloquium, block courses, summer schools, workshops and more. We offer outstanding research opportunities, highly qualified supervising and grounded research career training.
Job description:
Development of a PhD thesis and participation in the research of the areas of the GRK 'Facets of Complexity' as well as in the regular events. The scientific program includes: complexity of algorithms; complexity of combinatorial structures; complexity of geometric structures; complexity of graphs and networks.
For further information see: http://www.facetsofcomplexity.de or get in contact with one of the supervisors listed
Requirements:
Master in Mathematics / Computer Science.on the page.
Desirable:
Applications should contain: a cover letter, the curriculum vitae, a copy of the master's thesis (if already available at the time of application), proposal for potential thesis topics, recommendation letter by thesis advisor (to be sent directly by the letter writer).
All applications quoting the reference code should be addressed no later than July 9th, 2018 to
Freie Universität Berlin
Fachbereich Mathematik und Informatik
Graduiertenkolleg 'Facets of Complexity'
Frau Ita Brunke
Takustr. 9
14195 Berlin (Dahlem)
Fachbereich Geschichts- und Kulturwissenschaften - Kunsthistorisches Institut
research assistant
with 1/2-part-time job
limited to 2 years
Entgeltgruppe 13 TV-L FU
reference code: GeschKult/KHI/WiMi
Job description:
Research in Art History, with a focus on history of graphic design, especially Modernist Typography. Assistance with teaching at the department of art history.
Requirements:
MA in Art History specialized in Decorative Arts, Design History, Material Culture.
Desirable:
Teaching experience in Art Schools or Universities; ability to independently do Research; cultural awareness and sensitivity of communication, protocol and etiquette within an international context; International work experience in the field of higher education; familiarity with the University System in Europe and the USA; experience with planning Events, Workshops and conferences; good verbal and written communication skills; well -developed project management and organizational skills; advanced editorial skills.
All applications quoting the reference code should be addressed no later than June 25th, 2018 to Prof. Dr. Karin Gludovatz: karin.gludovatz@fu-berlin.de or postal to
Freie Universität Berlin
Fachbereich Geschichts- und Kulturwissenschaften
Kunsthistorisches Institut
Frau Prof. Dr. Karin Gludovatz
Koserstr. 20
14195 Berlin (Dahlem)
Fachbereich Veterinärmedizin - Institut für Veterinär-Epidemiologie und Biometrie
research assistant
with 1/2-part-time job
limited for the time of parental leave
Entgeltgruppe 13 TV-L FU
reference code: Vetipi_WMA_2018
The Institute for Veterinary Epidemiology and Biostatistics (IVEB) works on population oriented research questions, offers consultancy for scientists in the veterinary faculty regarding study design and data analysis and is responsible for the students’ education in epidemiology and biostatistics. The institute offers positions for qualification or specialization in the field of veterinary epidemiology.
Job description:
Participation at scientific research projects of the institute; participation at epidemiological-statistical consultancy; participation at publication of research results; involvement in teaching of veterinary students, students of BSc horse sciences and other teaching activities of the institutes; qualification in the field of veterinary epidemiology (e.g. PhD or Residency ECVPH).
Requirements:
University degree in veterinary medicine with appropriate qualification.
Job experiences:
Experience in the field of veterinary epidemiology as well as knowledge on statistical analyses and simulation modelling.
Desirable:
Master of Epidemiology or similar additional qualification, good skills in organization, team building and communication.
For more information please contact Prof. Dr. Marcus Doherr (marcus.doherr@fu-berlin.de / +49 30 838 71414).
All application quoting the reference code should be addressed no later than July 2nd, 2018 to Prof. Dr. Marcus Doherr: epi@vetmed.fu-berlin.de or postal to
Freie Universität Berlin
Fachbereich Veterinärmedizin
Institut für Veterinär-Epidemiologie und Biometrie
Herrn Prof. Dr. Marcus Doherr
Königsweg 67, Haus 21
14163 Berlin (Düppel)
Fachbereich Physik - Institut für Experimentalphysik
research assistant
with 67%-part-time job
limited to 31.12.2021 (end of project)
Entgeltgruppe 13 TV-L FU
reference code: TRR227 A1 2018
The AG Weinelt studies ultrafast surface dynamics and femtomagnetism using ultrashort laser pulses. We have a strong background and reputation in state-selective and spin-sensitive time- and angle-resolved photoemission techniques. Pump-probe experiments allow us to determine the transient electronic structure, spin polarization, and magnetization of thin films and surfaces. We study electron scattering, spin transport, ultrafast demagnetization, and magnetic switching initiated by tuneable optical femtosecond laser pulses.
Job description:
Your area of responsibility involves a project on spin-dependent electron dynamics and femtomagnetism funded by the DFG through the Collaroborative Research Center (CRC) on Ultrafast Spin Dynamics. You will help to unravel the microscopic processes behind electron, lattice, and spin interactions in 3d transition and 4f rare earth metals and investigate the transient band structure, spin-¬dependent carrier lifetimes and the transient spin polarization. This is done by using femtosecond light pulses for spin-, time-, and angle-resolved photoemission spectroscopy.
You will learn to operate complex femtosecond laser systems and an ultrahigh-vacuum apparatus for sample preparation and photoemission studies. You are willing to work in a small team of PhD students and to assume and accept responsibility. You are given the opportunity to undertake doctoral research and expected to participate in the Graduate School of the CRC.
Requirements:
Completed university studies with a Master degree preferentially in physics
Job expiriences:
Experience in at least one of the following areas: femtosecond laser spectroscopy, optics, surface physics, magnetism.
Desirable:
Master or diploma work in experimental physics; experience with ultrafast spectroscopy; experience with ultra-high-vacuum experiments; experience with magnetization and spin dynamics.
All applications quoting the reference code should be addressed no later than July 2nd , 2018 to Dr. Martin Weinelt: weinelt@physik.fu-berlin.de or by post to
Freie Universität Berlin
Fachbereich Physik
Institut für Experimentalphysik
Herrn Prof. Dr. Martin Weinelt
Arnimallee 14
14195 Berlin (Dahlem)
Fachbereich Physik
Institut für Experimentalphysik
research assistant
with 67%-part-time job
limited to 31.12.2021 (end of project)
Entgeltgruppe 13 TV-L FU
reference code: TRR227 A1 2018
The AG Weinelt studies ultrafast surface dynamics and femtomagnetism using ultrashort laser pulses. We have a strong background and reputation in state-selective and spin-sensitive time- and angle-resolved photoemission techniques. Pump-probe experiments allow us to determine the transient electronic structure, spin polarization, and magnetization of thin films and surfaces. We study electron scattering, spin transport, ultrafast demagnetization, and magnetic switching initiated by tuneable optical femtosecond laser pulses.
Job description:
Your area of responsibility involves a project on spin-dependent electron dynamics and femtomagnetism funded by the DFG through the Collaroborative Research Center (CRC) on Ultrafast Spin Dynamics. You will help to unravel the microscopic processes behind electron, lattice, and spin interactions in 3d transition and 4f rare earth metals and investigate the transient band structure, spin-¬dependent carrier lifetimes and the transient spin polarization. This is done by using femtosecond light pulses for spin-, time-, and angle-resolved photoemission spectroscopy.
You will learn to operate complex femtosecond laser systems and an ultrahigh-vacuum apparatus for sample preparation and photoemission studies. You are willing to work in a small team of PhD students and to assume and accept responsibility. You are given the opportunity to undertake doctoral research and expected to participate in the Graduate School of the CRC.
Requirements:
Completed university studies with a Master degree preferentially in physics
Job expiriences:
Experience in at least one of the following areas: femtosecond laser spectroscopy, optics, surface physics, magnetism.
Desirable:
Master or diploma work in experimental physics; experience with ultrafast spectroscopy; experience with ultra-high-vacuum experiments; experience with magnetization and spin dynamics.
All applications quoting the reference code should be addressed no later than July 2nd , 2018 to Dr. Martin Weinelt: weinelt@physik.fu-berlin.de or by post to
Freie Universität Berlin
Fachbereich Physik
Institut für Experimentalphysik
Herrn Prof. Dr. Martin Weinelt
Arnimallee 14
14195 Berlin (Dahlem)
Fachbereich Geschichts- und Kulturwissenschaften
Ostasien und Vorderer Orient
Institut für Chinastudien
Politik China
Postdoctoral Research Fellowship
full-time job
limited to 3 years
Entgeltgruppe 13 TV-L FU
Reference code: Kostka/DFG Postdoc
Job description:
The postdoctoral fellow will join a new DFG-funded project on “Interjurisdictional Competition and Cooperation in China: An Analysis of Sources and Policy Interventions at the County Level”, co-led by Sarah Eaton (Göttingen University) and Genia Kostka (Freie Universität Berlin). The position provides a great opportunity for both independent and collaborative research while working in a small research team based in Berlin. The research project will develop and apply an analytical framework to explain variation in local interjurisdictional relations in contemporary China ranging from competitive to cooperative behaviour in two selected policy fields of economics and environment. Relevant research questions are: 1) What is the nature of relations between localities on economic and environmental matters? How prevalent is competition compared to cooperation? 2) What are the sources of economic and environmental cooperation/conflict between localities? 3) How effective are current policy interventions aimed at eliminating undesirable forms of competition/enhancing cooperation? The project will employ mixed methods – both quantitative analysis and in-depth fieldwork. Responsibilities for the position include conducting empirical research for the DFG research project, working on joint research publications, organizing activities at the Freie Universität China Studies Institute such as workshops or events and taking a leading role in DFG grant administration. The salary will be paid at a E 13 TV-L level as defined by German public sector regulations.
Requirements:
(1) Completed doctorate by the time of appointment. (2) Field open to any social-science or area studies (China-focused) discipline, e.g. economics, political science, Chinese studies or sociology. (3) Empirical research focus on China; (4) Fluency in Chinese and English.
Desirable:
Experience in qualitative and/or quantitative research methods; Research focus on environmental and economic issues in China is a plus.
For more information please contact Ms. Susanne Ebermann (susanne.ebermann@fu-berlin.de / +49 30 838 75034).
Applications quoting the reference code should include a brief cover letter summarizing the applicant’s qualifications for the position, a current CV, and names of two references. All materials, including a private postal and e-mail address must be received no later than June 25th, 2018 as an e-mail to: ebermanns@zedat.fu-berlin.de or postal to
Freie Universität Berlin
Fachbereich Geschichts- und Kulturwissenschaften
Ostasien und Vorderer Orient
Frau Prof. Dr. Genia Kostka
Fabeckstr. 23-25
14195 Berlin (Dahlem)
Fachbereich Mathematik und Informatik
Institut für Informatik
Human-Centered Computing
student assistant (till 80 h/month)
limited to the end of the project
Kennung: SHK-CreaCogs-E
The research project CreaCogs (Creative Cognitive Systems) is searching for a new student research assistant with a background in computer science. The CreaCogs project is an interdisciplinary project funded by the Deutsche Forschungsgemeinschaft and deployed at FU Berlin. The project aims to understand how humans cognitively perform creative problem solving tasks, and to implement the next generation of artificial intelligence creative cognitive systems and tools. http://creacogcomp.com/
Job description:
As a student assistant, you will join an international research environment and will; help implement new systems on already established creative inference principles; help maintain and optimize existing systems; assist in the design and running of empirical and computational experiments, to understand how natural and artificial minds best perform certain cognitive tasks; help design and maintain new databases and knowledge bases; take part in the analysis of data resulting from computational experiments and experiments with human participants, sometimes comparing the results.
Desirable:
You are studying at least the fourth semester of Computer Science or a related course of study; You are interested in questions regarding artificial intelligence, cognitive systems, multi agent systems, data mining and wonder how minds work; You have a high degree of commitment, communication skills, attention to detail and curiosity; You are a results oriented productive person, with good time management skills; You are considering (or undergoing) postgraduate studies in Computer Science ; Your English skills are great..
All applications quoting the reference code should be addressed no later than June 25th, 2018 as an e-mail to Ms. Dr. Ana-Maria Olteteanu: ana-maria.olteteanu@fu-berlin.de or postal to
Freie Universität Berlin
Fachbereich Mathematik und Informatik
Institut für Informatik
Frau Dr. Dr. Ana-Maria Olteteanu
Königin-Luise-Str. 24/26
14195 Berlin (Dahlem)
Fachbereich Geschichts- und Kulturwissenschaften
Ostasien und Vorderer Orient
Institut für Arabistik
research assistant
full-time job
limitedt to 2 years
Entgeltgruppe 13 TV-L FU
reference code: GeschKult/PALread Postdoc
Applications are invited for a two-year Postdoctoral Researcher position to work on the European Research Council (ERC) Starting Grant project (2018-2023) PalREAD Country of Words: Reading and Reception of Palestinian Literature from 1948 to the Present, lead by principle investigator Dr. Refqa Abu-Remaileh.
PalREAD will seek to map and trace the development of Palestinian literature from 1948 to the present, with a focus on Arabic-language literary sources published across the Arab world, in Europe and North America. The project proposes a deep and thorough study of Palestinian literature as an early and on-going case of literary displacement in the Arab world. It aims to work with interdisciplinary and transmedial models, including digital humanities, to analyse texts, literary production, reception and sites of reading that challenge and lie outside conventional conceptions of the nation-state and embeds literary production into a wider cultural web of intersecting media and genres. Ultimately, the project aims to bring together dispersed geographic fragments of Palestinian literature, traditionally studied separately, or limited to certain authors or time periods. The project’s main outputs will be visualized and made accessible via an interactive online platform.
Job description:
The successful candidate will be expected to undertake research at relevant libraries and archives primarily across the MENA region, as well as in Europe and North America. Fieldwork will also involve conducting interviews. In addition to contributing to the production of academic publications, the postdoctoral researcher will be expected to take an active, and in some cases, a leading role in: developing and maintaining the project’s online platform; organizing conference panels; preparing grant applications and reports, and organizing conferences/workshops, seminars, and/or public events. A limited amount of teaching, and project administration will also be expected. The project is based at the Seminar for Semitic and Arabic Studies at the Department of History and Cultural Studies, Freie Universität Berlin. Preferred start date of the project is October 15 2018. The post is for a fixed-term basis of two years. The salary range lies within the German civil service TV-L 13 salary group. The successful candidate must be willing to be based in Berlin.
Requirements:
PhD degree in modern Arabic Literature and/or Culture.
Desirable:
Experience conducting research in libraries and archives in the MENA region; Publications in peer-reviewed academic journals; ability to work independently and with colleagues in a team; good communication and interpersonal skills; experience conducting interviews; advanced level or fluency in Arabic and English; demonstrated knowledge and/or experience of research on Palestinian literature or culture; access and/or established links to relevant networks in the MENA region; demonstrated experience or interest in digital humanities approaches to literature; knowledge of German.
All applications quoting the reference code should be addressed no later than June 18th, 2018 as an e-mail (including Cover Letter, CV, List of Publications, Sample of a recent publication) to Dr. Refqa Abu-Remaileh: r.abu-remaileh@fu-berlin.de or postal (address below). Interviews will take place on June 28th, at FU Berlin or via Skype.
Freie Universität Berlin
Fachbereich Geschichts- und Kulturwissenschaften
Ostasien und Vorderer Orient
Institut für Arabistik
Frau Dr. Refqa Abu-Remaileh
Fabeckstr. 23-25
14195 Berlin (Dahlem)
Fachbereich Mathematik und Informatik
CRC 1114: Scaling Cascades in Complex Systems
Several positions – awaiting the granting of funding
research assistant (PhD-Student)
with 3/4-part-time job
limited to 30.06.2022 (end of project)
Entgeltgruppe 13 TV-L FU
The interdisciplinary Collaborative Research Center 1114 „Scaling Cascades in Complex Systems” aims for methodological developments for the modeling and simulation of complex processes involving cascades of scales derived from prototypical challenges in the natural sciences.
In three Research Areas, each focusing on a different characteristic problem class, scientists from Biochemistry, Physics, and the Geo-Sciences join forces with mathematicians. They follow the two-fold goal of making sizeable progress on challenging applications and of laying generalizable methodological foundations on the way.
All applications are to be submitted before the deadlines (see below), via the project website jobs.sfb1114.de or mailed quoting the reference code to
Geschäftsstelle für Verbundprojekte Bettina Junkes Arnimallee 14 14195 Berlin
The following positions are open:
1. Project A01: 1 PhD student position, 75%, Reference: SFB1114-2018-A01
Institute for Mathematics, for more information contact: Dr. Péter Koltai (peter.koltai@fu-berlin.de). Please submit your application no later than: 25.06.2018
Topic:
Data-driven modelling in atmospheric dynamics
Job description:
We aim to develop a hybrid model combining the deterministic large scale atmospheric flow with a conceptual stochastic description of small scale precipitation. To establish this bi-directional coupling, we will utilise data-based identification and investigation techniques for non-linear and stochastic dynamical systems, and we will apply and simultaneously develop coherent set analysis—sets are called coherent if they are not or barely mixed with their exterior by the otherwise chaotic dynamics. This project is carried out in collaboration with the Institute of Meteorology at the Freie Universität Berlin.
Requirements:
Diploma/M.Sc. in mathematics or a related field
Desirable:
Theoretical and practical experience in the following fields: dynamical systems, stochastic processes, numerical mathematics. Basic knowledge in atmospheric physics and data analysis is of advantage. Excellent programming skills (MATLAB, python, or related programming language), good Latex skills. Good command of English language (oral and written).
2. Project A02: 1 PhD student position, 75%, Reference: SFB1114-2018-A02
Institute for Mathematics, for more information contact: Prof. Dr.-Ing. Rupert Klein (rupert.klein@math.fu-berlin.de). Please submit your application no later than: 02.07.2018
Topic:
Multiscale analysis and numerics for well-balanced data assimilation
Job description:
Substantial progress in the quality of precipitation prediction requires targeted developments of data assimilation techniques for multiscale processes. Within project A02 of CRC 1114, the successful candidate will combine multiscale analyses of weather systems with innovative numerical methods for well-balanced control of fluid flows. Teaming up with data assimilation experts and researchers from European weather centers, these techniques will be brought to bear fruit in meteorological applications.
Requirements:
Diploma/M.Sc. in Mathematics, Meteorology, Physics, Computational Sciences or Mechanical Engineering
Desirable:
Solid mathematics education, experience in mathematical modelling and numerics for fluid dynamics, scientific programming skills.
3. Project B07: 1 PhD student position, 75%, Reference: SFB1114-2018-B07
Institute for Mathematics, for more information contact: Jun.-Prof. Dr. Nikki Vercauteren (nikki.vercauteren@fu-berlin.de). Please submit your application no later than: 25.06.2018
Topic:
Self-similar and intermittent structures in turbulent flows
Job description:
Turbulent flows include a hierarchy of structures across a broad range of scales. In thermally stratified contexts in the atmospheric boundary layer, turbulence additionally coexists with internal waves and large-scale quasi two-dimensional flow structures and takes an intermittent character. This intermittency is a challenge for numerical simulations of atmospheric boundary layer flows. In this project, we will investigate turbulent and intermittent structures at different scales, based on highly resolved simulations and atmospheric measurements. Techniques to be used include advanced multiscale data analysis tools such as wavelets and shearlets, and machine learning techniques. As a long-term goal, structural characterisations of turbulence and intermittent flow structures will be used in the design of new Large Eddy Simulation closures.
Requirements:
Diploma/M.Sc. in Mathematics, Physics, or Meteorology.
Desirable:
Good programing skills (MATLAB, Python, R or related programming language); Theoretical and practical experience in one or more of the following fields: fluid mechanics, signal processing, statistics, machine learning, micrometeorology.; Basic knowledge of wavelet-based and other signal processing methods; Good command of English (written and oral); German language skills are an advantage.
Project C01: 2 PhD student positions, 75%, Reference: SFB1114-2018-C01
Project C01 “Adaptive coupling of scales in molecular dynamics and beyond to fluid dynamics” offers two closely related positions. An application for one will also be considered for the other. For more information contact: Institute of Mathematics, Prof. Dr. Felix Höfling, f.hoefling@fu-berlin.de, Prof.Dr.-Ing Rupert Klein, rupert.klein@math.fu-berlin.de, and Prof. Dr. Luigi Delle Site, luigi.dellesite@fu-berlin.de. Please submit your application no later than: 09.07.2018
C01-a
Topic:
Simulation of colloidal microswimmers: from molecular dynamics to continuum fluid dynamics and back
Job description:
The aim of the project is the development of a simulation scheme for fluids that interpolates smoothly between a particle-based and a continuum description. The scheme shall then be applied to colloidal microswimmers, where large-scale hydrodynamic flows as well as molecular processes near surfaces matter. Existing modelling approaches so far have to focus on either small or large spatial scales, but cannot handle both ends simultaneously. Together with our team of physicists, fluid engineers, and mathematicians, you will push forward the framework of adaptive resolution simulations (AdResS) to non-equilibrium situations. You will develop a theoretically consistent and numerically efficient particle-continuum coupling and connect our GPU-accelerated molecular dynamics code (http://halmd.org) and a fluid dynamics solver. With this, you will design, implement, and carry out multi-scale simulations of a phoretic microswimmer.
Requirements:
Diploma/M.Sc. in Physics, Mathematics, or Theoretical Chemistry
Desirable:
Very good skills in scientific software development (modern C++, scripting), statistical and fluid mechanics, and written and spoken English.
C01-b
Topic:
Particle-Continuum coupling in the Adaptive Resolution (AdResS) Molecular Dynamics scheme
Job description:
The aim of the project is the extension of the theoretical/mathematical principles and computational implementation of AdResS to the continuum scale. The AdResS scheme allows molecules to change their resolution from an atomistic description to a coarse-grained one depending on the region of space the molecule is located in at any given time. So far the coarse-grained model used is particle based, i.e., a molecule is represented by one or more simple spheres. The novelty of the envisaged new approach is to reach even coarser levels of description including that of a continuum within which the need of specifying its molecular nature would become unnecessary. To accomplish this aim, a parallel and complementary effort of theoretical work and computational implementation is needed. The theoretical work, on the one hand, will require the derivation of analytic coupling conditions such that the physical picture (statistical mechanics and thermodynamic features) is realistic and not artificial. On the other hand, the coupling conditions must be optimally implemented in a working code so that simulations of realistic systems can be successfully performed.
Requirements:
Diploma/M.Sc. in Physics, Mathematics, or Theoretical Chemistry
Desirable:
Very good skills in scientific software development (modern C++, scripting), statistical and fluid mechanics, and written and spoken English.
5. Project C09: 1 PhD student position, 75%, Reference: SFB1114-2018-C09
Institute of Geological Sciences, for more information contact: Prof. Dr. Timm John (timm.john@fu-berlin.de) and Dr. Hans Vrijmoed (j.c.vrijmoed@fu-berlin.de). Please submit your application no later than: 02.07.2018
Topic:
Dynamics of rock dehydration on multiple scales
Job description:
The goal of this project is to decipher the hierarchical structure of dehydration-related processes interacting on multiple time and length scales. The candidate will focus on exploring the multi-scale transition from chemically controlled to mechanically controlled systems.
A cross-disciplinary approach is required that merges field data with numerical simulation. Therefore, the specific targets are to: 1) Generate detailed field-based datasets of rock structure, mineral assemblages, bulk- & mineral chemical data for non-dehydrated serpentinite. 2) Construct and validate a numerical model using the obtained data by simulating naturally observed dehydration network patterns. This project runs in very close collaboration with the second PhD project focused on the mathematical analysis lead by Marita Thomas (WIAS), specifically with respect to the model development.
Requirements:
Diploma/M.Sc. in Geosciences or Mineralogy
Desirable:
Good knowledge of Mineralogy and Petrology. Skills in Matlab coding and numerical simulations. Basic knowledge on phase field theory will be helpful. Trained in field work and fluid-rock interaction topics. Experiences in electron microscopic techniques (e.g., SEM) and analytical methods with high spatial resolutions (e.g., electron microprobe).
Fachbereich Geschichts- und Kulturwissenschaften
Friedrich-Meinecke-Institut
Arbeitsbereich Globalgeschichte
research assistant (PhD Position)
with 65% part-time job
limited to 3 years (30.09.2021)
Entgeltgruppe 13 TV-L FU
reference code: Cold War's Clash of Civilizations Freigeist Research Group/2018
The Freigeist Research Group "The Cold War's Clash of Civilizations" investigates interactions between the socialist world and Islamist movements during the twentieth century. Historians have long understood the Cold War as a global conflict that transformed not only Europe but also the Third World. The conflict between the USA and the USSR influenced the competition between socialism and Islamism. It also shaped sectarianism among Sunni and Shi'a Islamists themselves. During the 1960s, Sunni and Shi'a Islamists like Sayyid Qutb, Burhanuddin Rabbani, and Ali Khamenei engaged in an ecumenical debate about how to rid the Islamic world of its secular, socialist, and often pro-Soviet regimes. These Sunni and Shi'a thinkers were divided on theological matters, but united in opposition to socialism. The following years saw the reinvention of Islamic internationalism through the Shi'a clergy and the World Islamic League. Groups like these delegitimized Marxism and forged new transnational networks of authority. They also contributed to the defeat of the Soviet Union and socialists in Afghanistan. Yet after Shi'a Islamists seized power in Iran in 1979, the Sunni Islamist networks built to challenge socialism were repurposed to contain Shi'ism. Studying "the Cold War's clash of civilizations" between socialism and Islamism reveals how Muslim intellectuals encountered "the West" not only through the guise of Euro-America and liberal capitalism. It also sheds light on the Cold War origins of today's sectarian struggles for leadership of the Islamic world.
Job description:
Successful candidates will develop a PhD dissertation in the field of international history in the twentieth century as well as contribute to the activities of the research group more generally. Successful research projects will connect with the themes of the Research Group leader’s research agenda while also making a discrete contribution to debates in international and global history through the dissertation. Successful projects will combine archival and primary source research in the countries of the former socialist bloc (here broadly understood to include the former USSR, the Eastern Bloc, China, Albania; "countries of socialist orientation" such as Tanzania or Mozambique; and socialist parties like the Iraqi or Indonesian Communist Party or Maoist groups) with similar primary source research into Islamist movements. Possible themes include, but are not limited to, Soviet-Kurdish relations; local actors’ response to the Islamic Revolution in Iran; or the foreign affairs of socialist states like South Yemen or Soviet-aligned states such as Libya or Syria. While writing the dissertation, students will be integrated into the lively community of scholars of global history at the Freie Universität Berlin and the Center for Global History in particular. They are also encouraged to develop their language competencies through courses at the universities in the Berlin area, and to take part in the wide range of colloquia and research seminars at the Freie Universität Berlin and area studies institutions in Berlin.
Requirements:
MA degree in History with a significant focus in non-European history (Russia/Eastern Europe, Middle East, Central Asia, Africa, South Asia or Southeast Asia) or area studies with a strong historical focus; very good knowledge of English; knowledge of languages relevant to the research proposal.
Desirable:
Familiarity with recent debates in global history and area studies; interest in acquiring a working knowledge of German; experience working in relevant archives.
Interested candidates are asked to apply by submitting the following documents as one PDF file to the address timothy.nunan@fu-berlin.de by the deadline. Cover letter; Curriculum vitae Abstract of MA thesis (maximum one page single-spaced); Research proposal (maximum five pages double-spaced) including a brief explanation of how your project fits into the framework of the research group; Letter of recommendation by MA supervisor (with the option to name one additional reference). Please ask your supervisor to email their letter directly to the above address with a subject line that reads “Letter of Recommendation” and your full name.
All aplications quoting the reference code shall be addressed no later than June 18th, 2018
to
Freie Universität Berlin
Fachbereich Geschichts- und Kulturwissenschaften
Friedrich-Meinecke-Institut
Arbeitsbereich Globalgeschichte
Herrn Dr. Timothy Nunan
Koserstr. 20
14195 Berlin (Germany)
Or as an e-mail to: timothy.nunan@fu-berlin.de