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Контактные лица:
Angela Vella (angela.vella@univ-rouen.fr)
Ammar Hideur (hideur@coria.fr)
Диссертация будет выполняться в институте физики материалов ( Groupe de Physique des Materiaux ) в научной группе (Scientific Instrumentation team), которая является одним из мировых лидеров в разработке томографической атомно-зондовой микроскопии ( Atom Probe ). Микроскоп такого типа получает все большую популярность как в академических институтах, так и в исследовательских департаментах промышленных компаний во всем мире. Диссертация, выполненная на эту тему, откроет аспиранту большие возможности. Кроме того, у самой научной группы много проектов и хорошее финансирование. Я работаю тут постдоком и могу сказать, что коллектив очень сплоченный и дружелюбный. Предполагаемые научные руководители, указанные в контактах, приятные и исключительно компетентные люди. Зарплата будет порядка 1500 евро на руки.
Подробнее о теме диссертации на английском:
Phd Proposition
Title : Electron spectroscopy and atom probe.
Laboratory: Groupe de physique des matériaux (GPM), University of Rouen, France
Team : Equipe d'instrumentation (ERIS) du Groupe de Physique des Matériaux (GPM)
Contact : Angela Vella (angela.vella@univ-rouen.fr), A. Hideur (hideur@coria.fr)
Activities at the GPM laboratory are centered on investigating the link between material properties and their features at the nanometer scale. One of the laboratory's 6 teams is the 'advanced instrumentation team' (ERIS) where the ultra fast laser assisted Atom Probe Tomography was developed in the 1990s. ERIS is one of the world's leading teams in the development of laser assisted 3D atom probes, in particular concerning field evaporation processes and laser matter interaction in nanoscaled structures[1-2].
This powerful technique allows the 3D imaging of nanometric tips, subjected to a high potential and illuminated by fs laser pulses. However, this imaging technique reaches today its limits due to the complexity of the physical mechanisms involved in the laser matter interaction at the nanoscale in ultrafast regime [3]. To overcome these severe limitations, one needs new physical information on the electron distributions before and after the laser interaction and on the surface defects' contribution to the light absorption. The combination of 3D atomic scale mapping with in-situ, time resolved, electron energy spectroscopy, will allow to access simultaneously at the electronic and structural properties of the probed sample.
Furthermore, nanometer tips, subjected to a high voltage and illuminated by fs laser pulses, are also used recently as electrons sources, when polirazed negatively. The recent development of these pulsed electron sources is a research topic very popular because of their possible use in time-resolved imaging [4] but also because these sources are a new system for studying the effects of quantum optics [5-6]. Several mechanisms for the electron emission have been highlighted depending on the characteristics of the laser pulse (mainly its fluence) [7]. Different mechanisms lead to ejection of the electron beams with distinct temporal and spectral properties.
During these PhD work, a setup for electron spectroscopy will be installed inside a typical atom probe chamber. The spectral properties of the different emissive sites on the tip will be studied (coupling of spatial and spectral characterizations) as well as their dependence on the laser parameters (polarization , illumination). Samples going from metal to dielectric tip will be analysed, with a particular focus on key materials of microelectronics.
Besides, the study of the energy of the emitted electrons may provide new information on the laser-nanotip interaction, which will be crucial for the development and improvement of the atom probe tomography. This study is a part of the ASAP project LABEX EMC3.
This pioneer work will be done in collaboration with the CORIA expert in laser sources, but also with French and international laboratories CEMES/LCAR (Toulouse), ULB (Brussels), Dalhousie University (CANADA).
Bibliography
[1] B. Gault, et al, Design of a femtosecond laser assisted tomographic atom probe, Rev. Sci. Instrum. 77, 043705 (2006)
[2] J. Houard, A. Vella, F. Vurpillot, and B. Deconihout Phys.Rev.B 81, 125411 (2010)
[3] A. Vella, B. Mazumder, G. Da Costa, and B. Deconihout J. Appl. Phys. 110, 044321 (2011)
[4] A. Yurtsever et al Subparticle Ultrafast Spectrum Imaging in 4D Electron Microscopy Science 335, 59 (2012)
[5] P. Hommelhoff et al. Field emission tip as a nanometer source of free electron femtosecond pulses. Phys. Rev. Lett. 96, 077401 (2006)
[6] P. Hommelhoff et al. Interaction of ultrashort laser pulses with metal nanotips New Journal of Physics 14 (2012)
[7] C. Ropers, D. R. Solli, C. P. Schulz, C. Lienau, and T. Elsaesser. Localized multiphoton emission of femtosecond electron pulses from metal nanotips. Phys. Rev. Lett. 98, 043907 (2007).
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in Machine Learning and Data Mining on Biomedical Data.
The D-BSSE is one of ETH Zurich's youngest departments and the only one located in Basel outside of the Zurich campus. It unites biologists, engineers, computer scientists, and mathematicians to work towards a quantitative understanding and purposeful engineering of complex biological systems.
The Borgwardt Lab will move to Basel on June 1, 2014, and is interested in the development and application of machine learning and data mining algorithms for biomedical data analysis. It is the coordinating node of the European Marie Curie Initial Training Network for 'Machine Learning for Personalized Medicine' with 11 partner labs in 8 countries. For further information on the Borgwardt Lab, visit its previous homepage at the MPI for Intelligent Systems (http://bit.ly/1oSJnVN)
New group members should be highly motivated and creative, show an exceptional track record, and have a background in Computer Science, Bioinformatics, Mathematics, Statistics, or related fields, and be interested in working in an interdisciplinary environment at the interface of Machine Learning and Biomedicine, in algorithm development and/or their application to large-scale data analysis problems in Biology and Medicine.
The positions are fully funded (100% employment). In order to apply, please submit a complete application, consisting of a cover letter, your CV, university transcripts, and the coordinates of at least two referees as a single PDF file via email to Prof. Dr. Karsten Borgwardt under karsten.borgwardt@bsse.ethz.ch.
Please specify clearly whether you are applying for a PhD or a postdoc position. We will start to select candidates for interviews from June 1,2014. Still, applications may be submitted after this date. The tentative date for the first round of interviews is July 2 and 3. The positions will remain open until filled. The preferred starting date for these positions is the second half of 2014:.
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1) soil biomass interactions (PG1) 2) soil biozone development in domestic wastewater percolation areas (PG3)
Applications are invited for a four-year PhD scholarship at the University of Limerick as part of an
exciting interdisciplinary research project funded by Science Foundation Ireland (SFI) entitled
'Mathematical modelling of soil biomass', which combines the generation of experimental data on
transport of nutrients phosphorus and sulphur and plant/microbial interactions in soil with advanced
mathematical modelling techniques.
Position
The PhD scholarship is one of three funded within the project, and will start on 1st October 2014 or
as soon as possible thereafter. The successful candidate will be co-supervised by Dr. Achim
Schmalenberger (Life Sciences department; experimental work) and Prof. Andrew Fowler
(Principal Investigator; mathematical modelling).
В ответ на:
PG1
S/he will conduct an extensive laboratory-based
experimental programme of controlled plant growth, microbial activity and turnover in soil
columns, and in parallel will construct and parameterise a mathematical model combining
theoretical understanding with experimental results. Insights into cycling of phosphorus and sulfur
in a soil-microbe-plant environment will better our understanding of potential environmental risks
in the form of plant nutrient deficiency and groundwater pollution. The student will be required to
interact regularly with national and international collaborators within the research project,
presenting and exchanging results and conclusions of the research.
В ответ на:
PG3
S/he will conduct an extensive fieldwork programme instrumenting and
monitoring two on-site domestic wastewater treatment installations, and in parallel will construct
and parameterise a mathematical model combining theoretical understanding with experimental
results. Insights into the development and properties of a microbial biozone due to effluent
percolation in the soil will better our understanding of treatment efficacy, installation design, and
potential environmental risks in the form of groundwater and surface pollution. The student will be
required to interact regularly with national and international collaborators within the research
project, presenting and exchanging results and conclusions of the research.
Requirements
Candidates must have either a good primary degree (1st or 2:1 Honours) or M. Sc. in
Environmental Science, Agricultural Science, Life Sciences/Biology, Microbiology, Soil Sciences,
or related discipline, together with an active interest and ability in mathematics, or a good primary
degree (1st or 2:1 Honours) or M. Sc. in Mathematics, Engineering Science, Physical Sciences, or
related discipline, together with documented training in biological or environmental science
laboratory work. The successful candidate should be highly self-motivated and be prepared for
laboratory work with modern analytical and molecular equipment. Laboratory experience in basic
soil science (e.g. soil nutrient analysis), microbiology (e.g. cultivation and enumeration) and
molecular biology (e.g. PCR) are of considerable advantage.
Applications
Applications must include a CV and cover letter explaining your interest in the position, to be
emailed simultaneously to andrew.fowler@ul.ie and achim.schmalenberger@ul.ie, including the
reference SFIPI-PG1 in the subject. Applications will continue to be considered until the position is
filled.
Further information
Prof. Andrew Fowler (andrew.fowler@ul.ie)
MACSI, Department of Mathematics and Statistics, University of Limerick, Republic of Ireland.
Dr. Achim Schmalenberger (achim.schmalenberger@ul.ie)
Department of Life Sciences, University of Limerick, Republic of Ireland.
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Химик-исследователь, Москва 45 тыс. р.
Группе нанохимии лаборатории нано-биоинженерии (ЛНБИ) Московского инженерно-физического института
ТРЕБУЮТСЯ:
Мотивированные и энергичные молодые специалисты-химики без ученой степени и/или аспиранты для работы в области синтеза, химической модификации, а также медикобиологических и фотовольтаических применений полупроводниковых нанокристаллов "квантовых точек" (www.lnbe.mephi.ru)
От успешного кандидата ожидается:
- Отличные или хорошие оценки при обучении в ВУЗе
- Хороший уровень знания английского языка
- Высокая мотивированность и самостоятельность в работе
Лаборатория гарантирует:
- Зарплату от 45 тыс. руб., а также премирование по результатам работы;
- Карьерный рост
- Участие в широком международном сотрудничестве с ведущими европейскими университетами
Лаборатория нано-биоинженерии МИФИ создана в рамках программы поддержки исследований, проводимых ведущими мировыми учеными в ВУЗах Российской Федерации: www.lnbe.mephi.ru
Ваше подробное резюме с описанием опыта работы и указанием методов, которыми Вы владеете; научных задач, решением которых Вы занимались; координат людей, к которым мы можем обратиться за рекомендациями о Вас, присылайте руководителю группы нанохимии ЛНБИ Павлу Самохвалову по адресу: p.samokhvalov@gmail.com
Контактная информация: p.samokhvalov@gmail.com
6/6/2014
*Не знаю кто такие, но эти программы "ведущие ученые проводящие исследования в ВУЗах РФ" реально не страдают от недостатка финансов.
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С целью поддержания новой программы FLAGSHIP PROGRAM Комиссариат по атомной энергетике и альтернативным энергиям приглашает подать заявку на получение 15 двухгодичных стипендий для кандидатов наук, специализирующихся в области медицины, биопроизводства, сельского хозяйства и передовых функциональных материалов. Эта программа предоставит расширенные возможности для сотрудничества и проведения исследований с участием молодых высококвалифицированных молодых специалистов, мотивированных работать по одному из следующих направлений:
1. Генетическая и персонализированная медицина
2. Функциональная визуализация растений
3. 3D изображение клеточных культур
4. Материалы на основе белка
5. Биопроизводство химикатов
Вы сможете найти более подробную информацию
http://www.institutfrancais.sg/singapore/15-postdoctoral-fel...
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Faculty of Engineering - Doctoral School in Civil, Environmental and Mechanical Engineering
Fully Funded PhD Studentship
Analysis of stacking disorder and order/disorder transformations
Applications are invited for a fully funded PhD studentship (3 years) in the Department of Civil, Environmental and Mechanical Engineering at the Universi ty of Trento (Italy). The aim of the research is to study disorderedmaterials using diffraction techniques (including RTOF diffraction). The candidate will develop new tools and apply them to the study ofmaterials showing stacking disorder. Stacking defects are quite common in several classes of materials and in industrially relevant cases they are the true responsible for enhanced properties. The analysis of the powder diffraction patterns is complicated by the presence of diffuse scattering: a new algorithm has been recently developed in Trento to simulate those effects formaterials showing 2D to 3D periodicity in the lattice. A further development of the algorithms is in progress, but no software is currently available to process the data in a fast and reliable way. The new tools will be applied to the analysis of some real materials (superconductors, thermoelectrics, battery materials, pharmaceuticals, catalysts). Alternative interesting research programs, may beconsidered (please contact Prof. Leoni i n advance). A student with a curriculum in Computer science, Physics, Materials science/engineering, Mineralogy, Earth Sciences, Crystallography or Chemistry would be preferred. Experience in C++ language and/or GPU programming is highly desirable. The student should have a Master degree earned before October 31 2014. The student will work under the supervision of Prof. Matteo Leoni. The annual stipend is 13.638,47 Euro net. Extra benefits include e.g. a generous contribution for residence and discounted transportation. No tuition fees or teaching duties required. The studentship is expected to start in November 2014 but due to the internal procedures, contact and start of the application should
be made before the end of July 2014.
Informal enquiries prior to making an application may be addressed to: Prof. Matteo Leoni
Matteo.Leoni@unitn.it
С уточняющими вопросами можно писать в приват.
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Редактировал yes_please (02.07.2014 20:38)
эти звери живут только в израиле и не размножаются в неволе, поэтому чтобы избавить чиловечество от рака надо ехать в израиль
объява
Our study about the cancer-resistance and anti-cancer activity of Spalax received a worldwide attention from both the scientific community and communication channels.
Consequently, we have won a grant application from a very prestigious US foundation with a very generous support, that puts high expectations and heavy responsibility on our shoulders.
As you can see from the attached file, we are looking for Post-Docs in both Bioinformatics and 'wet/bench' work. We expect really highly experienced , laborious, dedicated and independent fellows.
We wish to have Post-Docs that will be eager and enthusiastic to invest energy, time, expertise and talents for the sake of their own personal success and future scientific career,
just as we are eager to succeed in the project and have fruitful publishable results in high impact international peer-reviewed journals. For such candidates we can pay fellowships in a US levels
вобщем не только чсв можно повысить, но еще и денег заплатят
www.youtube.com/watch?v=Wi2Ym1Q1-QA
http://prezi.com/eqarh0hpj750/cancer-breakthrough-subterrane...
вот этот дядя
Aaron Avivi, Ph.D; Prof. Of Research
Head, Laboratory of Biology of Subterranean Mammals
Rav Tachlity Bld., 2nd F, R.231
Institute of Evolution, University of Haifa,
199 Aba Hushi Blv., Mt. Carmel Haifa 3498838, ISRAEL
Tl: 972-4-8240446(Lab); 972-522-931236(Cellular)
Fax: 972-4-8288235
email: aaron@research.haifa.ac.il
code:
Post-Doc and PhD Positions at the Institute of Evolution, University of Haifa, Haifa, Israel We are looking for independent, motivated, diligent, laborious, dedicated post-doctorate fellows for revealing the mechanisms of cancer-resistance and anti-cancer activity of the hypoxia-tolerant subterranean, blind mole-rat, Spalax. Our project has captured the interest of the scientific community and we have ample financial support for the studies. Generous fellowships ($30K to $40K according to qualifications and performance) are available, immediately, for experts in bioinformatics with a background of fully understanding biological questions, and for 'wet/bench' work, highly experienced in working with tissue culture, protein biochemistry and nude mice methodologies. Training in cancer research is an advantage. Experience of writing manuscripts for publication and solid publication record are expected. English skills both oral and written are required. American, Western-European or Israeli education is a benefit. Outstanding candidates for PhD studies will also be considered ($20K to $27K according to qualifications and performance). Scientific background: We are working with the hypoxia-tolerant (down to 3% O2), long-lived (>20 years) subterranean blind mole-rat, Spalax, which shows an outstanding cancer-resistance and anti-cancer capabilities. Observations of thousands of individuals at our Institute have never noticed a spontaneous malignant tumor. Furthermore, we have found in Spalax different structure and function of major genes related to cancer (p53, heparanase, genes of antioxidant defense and DNA-repair genes). Assessment of Spalax transcriptome assembly and expression data has revealed enrichment of genes that overlap cancer resistance, apoptosis, angiogenesis, and hypoxiatolerance and elicits much wider and stronger expression in Spalax than in rat (Malik et al, 2012, BMC genomics, 13, 615). Moreover, Spalax has shown extremely high cancer-resistance to chemical carcinogens that induced cancer in 100% of mice and rats. Most intriguing, fibroblast cells only from Spalax, but not from other species, inhibit growth and kill cancer cells, but not normal cells, from various tissues and species, most importantly a wide range of human cancer cells. This is exhibited in both co-culture system or by exposure to factors secreted into conditioned media harvested from Spalax fibroblasts. Decreased cancer cell viability and proliferation, reduced colony formation in soft agar, disturbed cell cycle progression, chromatin condensation, nuclei deformation and mitochondrial fragmentation were reproducibly observed (Manov et al., 2013, BMC biology 11, 91). Our present objectives is to identify and isolate the substances secreted by Spalax cells, resolve with which components they interact that are active only on cancer cells, in order to unravel the biological mechanisms and pathways that evolved in Spalax cell machinery and ultimately lead to the death of cancer-cells.. The study may attest to be a breakthrough in the conservative paradigm of cancer research, completely dependent on laboratory, inbred rodents. Achieving this goal will open new horizons in cancer studies, and may prove that the long lived, hypoxia- and cancertolerant Spalax is a significant biological resource to biomedical research as an organism for treatment and prevention of cancer in humans.
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We invite applications for a PhD student position in the Institute of Physiology of the University of Zurich.
Project description: Several SLC34 sodium/phosphate cotransporters control the levels of phosphate in the blood in mammals. Mutations in these plasma membrane proteins have been identified in patients with disturbed mineral metabolism resulting, among other alterations, in pulmonary or renal calcifications as well as abnormal bone growth and stability. The PhD project aims at understanding how mutations in the sodium/phosphate cotransporters result in pathological states. Several methodological approaches will be combined to analyze the effect of the mutations: cotransporter sorting/subcellular expression (epithelial cells in culture), cotransporter activity (tracer transport in oocytes from Xenopus laevis) and systemic compensatory changes (animal models). All required methods are routinely used in the lab, and our Institute has a long tradition in the study of epithelial transport. For further information, see http://www.physiol.uzh.ch/research/Acidbasetransport.html
The student has to be enrolled in the Integrative Molecular Medicine (imMed, http://www.zihp.uzh.ch/teaching/phd-program.html%29 PhD program, in the Life Science Zurich Graduate School, provided that she/he passes the required standards. The imMed is a multidisciplinary program lasting for 3 years and offers graduate courses, annual retreats and symposia.
Qualification: We are looking for highly motivated students, holding a Master degree in Biology, Biotechnology or equivalent. Acceptance into the PhD program is subject to the full recognition of the master degree by the University of Zurich. Candidates should be fluent in both written and spoken English.
Starting date: October 2014
Contact: Dr. Carsten A. Wagner (wagnerca@access.uzh.ch), Dr. Nati Hernando (hernando@physiol.uzh.ch)
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Quote:
Hello,
To anyone interested there are post-doc positions and technician position available in the lab of Damien Coudreuse at Renne in France.
http://www.igdr.univ-rennes1.fr/english/equipes/recherche_eq...
Damien is known for work he did in the lab of Paul Nurse in which they showed that the cell cycle can be driven in fission yeast with a minimal CDK control network (the cdc13-cdc2 fusion mutant). Paul Nurse presented this work at the last Jean Weigel lecture. I hope this would be of interest to someone.
Cheers,
PDF: http://www.synthecell.org/Images/members/Postdoc.pdf
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Regulation of photosynthetic energy conversion and storage in microalgae. A two to three-year post-doctoral fellowship (starting October 1st) is open in the Laboratory of Microalgal Bioenergetics and Biotechnology (Lab website : http://www-dsv.cea.fr/lb3m) of the French Atomic and Alternative energy Commission, located at CEA Cadarache (southern France nearby Aix-en-Provence).The laboratory develops genetic and physiological approaches to study regulatory mechanisms of solar energy conversion and storage by microalgae using Chlamydomonas reinhardtii as a model organism. Several mutants of interest, affected in the light energy conversion efficiency or in storage abilities (as starch or oil) have been isolated from previous screens, and are currently studied in the laboratory (see publication list). A mutant affected in the cross talk between photosynthesis and reserve metabolism has been recently isolated in the lab. This mutant is impaired in a kinase belonging to a newly described DYRK kinase family (DYRK-P) specific to the green lineage (see http://www.genetics-gsa.org/chlamydomonas/2014/abstracts/fulltext/f145210133.htm).
The aim of the post-doc will be to identify molecular components involved in the signalling cascade controlled by the Chlamydomonas DYRK-P kinase. For this purpose, a combination of genetic, physiological and biochemical approaches will be developed.
The laboratory harbours a platform (http://www-heliobiotec.cea.fr) equipped with different state-of-the-art techniques including high-throughput screening (flow cytometer, fluorescence video imaging system for mutant screening), photosynthesis measurement (PAM for chlorophyll fluorescence, JTS for absorption changes, MIMS for gas exchange measurements...), biomass productivity measurements (4 instrumented photo-bioreactors operated as turbidostats), lipid analysis (HP-TLC, GC-FID, GC-MS, HPLC-MS-qTOF...), confocal microscopy, and current molecular biology and biochemistry techniques.
Required experience: A recent Ph. D (preferably obtained in 2013 or 2014) in plant molecular biology or microbiology with a strong background in biochemistry, molecular biology and genetics. A previous experience on Chlamydomonas molecular biology will be appreciated but is not essential.
Contact : Please send a CV, statement of research interest and names of 2 to 3 references to gilles.peltier@cea.fr Laboratoire de Bioénergétique et Biotechnologie des Microalgues (LB3M), CEA-CNRS-Aix-Marseille Université, CEA Cadarache, 13108 Saint-Paul-lez-Durance, France
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http://www.hamidyn.unn.ru/en/announcement.html
First Announcement of the International Conference-School
'Hamiltonian Dynamics, Nonautonomous Systems, and Patterns in PDE's'
Nizhny Novgorod, Russia, December 10-15, 2014
Dear colleagues,
This is the first announcement of the conference 'Hamiltonian Dynamics, Nonautonomous Systems, and Patterns in PDE's', dedicated to the 70th birthday of Professors Lev Lerman and Albert Morozov.
The conference is organized by the Lobachevsky State University of Nizhny Novgorod and Nizhny Novgorod Mathematical Society. It will be held in Nizhny Novgorod on December 10-15, 2014. The topics include
Hamiltonian Dynamics (chaos, integrable and near-integrable systems, reversible systems)
Nonautonomous Systems (periodic, quasiperiodic, random, general)
Patterns in PDE's (emergence, bifurcations, spatio-temporal behavior)
Applications of dynamical systems
The conference will also feature a number of mini-courses for students and postdoctoral researchers. A limited financial support for young participants will be available.
We are keen to see you, your students, members of your group, other interested colleagues at our conference. Nizhny Novgorod is an old beautiful city located at a magnificent confluence of two great rivers, Volga and Oka. It is one of industrial and cultural centers of Russia with a vibrant and dynamic life. Nizhny Novgorod has an airport with connecting flights from Moscow, Saint Petersburg, Frankfurt, and other places. It can be conveniently reached from Moscow by railway with several daytime and overnight intercity trains.
If you would like to participate at the conference, please fill out the registration form at http://hamidyn.unn.ru. Do not hesitate to contact the organizers at gonchenko@pochta.ru or dturaev@imperial.ac.uk.
Sergey Gonchenko, Dmitry Turaev
http://www.shilnikov2014.unn.ru/en
Professor Leonid Pavlovich Shilnikov
(17.12.1934 - 26.12.2011)
Dear colleagues,
International Conference "Shilnikov Workshop-2014" dedicated to the 80th birthday of Leonid Shilnikov (1934-2011) will be held at the Lobachevsky State University of Nizhny Novgorod, December 17-19 this year (2014). The conference will cover various topics of the theory of dynamical systems: bifurcations, strange attractors, dynamics of Hamiltonian and reversible systems, as well as applications of the theory to mathematical models from sciences and engineering.
The Shilnikov Workshop has been held at the University annually since 2012, its date is close to his birthday, December 17. This year the conference became international thanks to a support of the Russian Science Foundation (grant 14-41-00044). We expect that many young researches, PhD students, and graduate students will participate; mini-courses on bifurcation theory and theory of strange attractors are planned for them.
We invite you to take part at the conference and are looking forward for the further fruitful collaboration towards the advance of the theory of dynamical systems.
Organizing Committee
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Quote:
Dear Colleagues,
I have an open postdoc position in my lab to study the mechanisms of cell-cell fusion in yeast ( http://www.unil.ch/martinlab).
I would be very grateful if you could post the attached add and forward it to PhD students looking to start a postdoc soon.
Best wishes,
Sophie
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Тема работы
'Itinerant magnetism and superconductivity in intermetallic compounds' предполагает междисциплинарное исследование на химическом факультете ТУ Дрезден в сотрудничестве с группами физиков из Института Лейбница в Дрездене и Центра Гельмгольца (Лаборатория высоких магнитных полей) в Россендорфе. Позиция открыта с 1 ноября 2014 года.
Дополнительная информация есть на сайте http://tu-dresden.de/forschung/dfg1621
По любым научным и практическим вопросами просьба обращаться к Исаевой Анне
anna.isaeva (at) tu-dresden (dot) de
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Редактировал stRangeOne (11.11.2014 23:25)
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I would appreciate if you could bring this to the attention of the final year BSc and MSc students you might know. Thank you very much.Application deadline is January 10th, 2015 and students can contact me directly.
Best,
Dr. Anna Baldycheva
Assistant Professor
EPSRC Centre for Graphene Science
College of Engineering, Mathematics & Physical Sciences
University of Exeter
Harrison building
North Park Road
EX4 4QF
Exeter, UK
telephone: +44(0)1392 722796
email: a.baldycheva@exeter.ac.uk
Project Overview:
The PhD student will have the opportunity to do an international level research focused on the design, fabrication and characterization of the graphene liquid crystal (GLC) microfluidic metamaterials as well as of plasmonic structures and devices integrated on Si platform. This project will focus on the development and investigation of the novel class of 2D material based liquid crystal composites and their application in the integrated hybrid micro-electronic and micro-photonic devices and systems on Si platform. GLC materials [Nature Materials 13, 394(2014)] may become one of the most promising class of hybrid fluid composites for the fabrication of metamaterials and for the realization of on-chip tunable metadevices. The unique electrical, optical and magnetic properties of GLC materials arise from the combination of the outstanding properties of graphene and the liquid crystal's fluidic nature and electro-optical characteristics. However, the research studies on the application of optically- and electrically- reconfigurable GLC ashybrid metamaterials are very limited. In particularly, to the best of our knowledge, the application of GLC composites in passive or active metadevices on the integrated Si platform was not demonstrated in theory or experiment. This makes the research topic of the PhD project to be truly unique.
Eligibility:
Funding is available for well-qualified students: Full tuition fee, stipend (£13,863 in 2014-15) and travel funding of £1,500 per year.
The University of Exeter is a top 10 UK university, and a member of the elite Russell Group of institutions. It was named University of the Year in The Sunday Times University Guide 2013 and is in 8th place in The Sunday Times league table for 2014. Recent capital projects to the value of GBP 350 million across the University ensure a truly world-class research and teaching environment and inspirational location to work and live. The EPSRCCentre for Doctoral Training in Metamaterials (XM2) is hosted by the University of Exeter, and located entirely in the Engineering and Physics buildings on the Streatham Campus.
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NANOPHOTONIC BIOSENSORS
The Nanophotonics Technology Center at the Polytechnic University of Valencia (Spain) is looking for candidates to
apply for 1 post-doctoral and 1-2 doctoral positions. These positions are in the framework of the H2020-ICT-SAPHELY
project (Self-amplified photonic biosensing platform for microRNA-based early diagnosis of diseases) to start in 2015.
This project is focused on the development of a nanophotonic-based lab-on-a-chip analysis device for its use in the
diagnosis of cancer through the detection of specific microRNA biomarkers. This device will make use of photonic
bandgap structures as sensing elements.
SPECIFIC REQUIREMENTS FOR POST-DOCTORAL POSITION
Candidates must hold a Ph.D. degree related with the topic of the proposed work (e.g., Electrical Engineering,
Telecommunications, Applied Physics, etc.).
He/she must have a strong background in the targeted topic, which will be mainly demonstrated through a
strong record of research accomplishments, including publications in top ranked journals, participation in ECfunded
research projects, and international research experience (e.g., research stays carried out at different
research institutions).
The candidate must have strong technical skills focused on the experimental characterization/development of
photonic biosensors, including the optical characterization of planar photonic devices and the practical
implementation of analysis procedures (e.g., reagents handling, use of (micro)fluidic components, automation of
experimental procedures, etc.), as well as an appropriate practical knowledge of bio-functionalization and bioassay
procedures implementation.
Strong skills related with research management activities are also considered, including coordination of research
activities (e.g., leading of a work package in a project), presenting work progress at conferences and meetings,
supervision of PhD students, and elaboration of reports and project proposals.
SPECIFIC REQUIREMENTS FOR DOCTORAL POSITIONS
Candidates must hold a MSc degree (or equivalent) related with the topic of the proposed work (e.g., Electrical
Engineering, Telecommunications, Applied Physics, etc.). The candidate must have an excellent academic record.
He/she must have previous practical experience related with photonics (e.g., experimental characterization of
photonic structures, design of photonic structures, automation of optical measurements, etc.). Specific
experience in biosensing is highly desirable.
OTHER REQUIREMENTS FOR POST-DOCTORAL AND DOCTORAL POSITIONS
Cooperation, interpersonal and communication skills will also be considered.
JOB CONDITIONS
For both positions, we offer a 1 year contract which can be extended by up to 2 additional years.
An initial annual salary in the range of:
25.000 EUR for the postdoctoral position
17.000 EUR for the doctoral positionValencia Nanophotonics Technology Center ћ Universitat Politècnica de València
+34 96 387 97 36 ћ www.ntc.upv.es
Job & scholarships openings
APPLICATION TO THE POSITIONS
Interested candidates must send:
A detailed CV, including a list of your publications
A summarized CV, where the candidate must select and briefly describe the top 5-7 merits of his/her CV (max. 2
pages) (optional for doctoral candidates)
A cover letter describing his/her profile, interests and goals (max. 1 page)
Name and contact information of at least two reference persons.
Application must be sent to Dr. Jaime García (jaigarru@ntc.upv.es) and Isabel Salas (misalas@ntc.upv.es) until 15
January 2015.
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Bing Core Relevance Team (Bellevue, WA, USA) ищет интернов на лето 2015. Если вы - студент/аспирант, которому интересен Informational Retrieval, вы любите и умеете писать на C++ и/или C#, хочется посмотреть изнутри, как не работают огромные IT-компании, то присылайте резюме на английском на Den.Raskovalov(at)microsoft.com Было бы круто, если бы кроме абстрактного интереса к IR, было бы на что посмотреть или пощупать из созданного вами
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по многолетним отзывам все довольны
https://www.imb-mainz.de/students/international-summer-schoo...
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info@gssi.infn.it.
3 Post Doctoral Positions in Mathematics @GSSI - Deadline February 2, 2015
The International Doctoral School Gran Sasso Science Institute (GSSI)
L'Aquila Italy, offers 3 postdoctoral research positions.
http://www.gssi.infn.it/postdoc/
The annual gross salary is EURO 40K, positions are for two years.
Candidates must have earned their doctoral degree not earlier than
January 1, 2011. Selected candidates are expected to start their
appointments not later than September 1st, 2015.
Research Topics:
Stochastic particles systems and macroscopic limits.
Euler and Navier -Stokes equations, Nonlinear hyperbolic PDEs,
Mathematical models of collective dynamics, self-organizing complex
systems arising from biology and social sciences.
Variational methods in continuum mechanics of solids, fluids and
biological matter.
Numerical methods for nonlinear PDEs.
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Dear colleague,
please find attached a job advertisement for a research assistant position (3 years, pre-doc or post-doc) at the University of Natural Resources and Life Sciences Vienna (BOKU), Austria.
We look for a statistician or hydrologist who will perform statistical space-time modelling of hydrological droughts within an interdisciplinary project consortium of leading hydrologists, climatologists and dendro-scientists. Funding provided by Austrian Climate Research Program (ACRP) - project DALF-Pro.
Deadline for receipt of applications is the 15 February 2015.
Please forward this mail to your interested colleagues.
Kind regards,
Gregor Laaha
Описание проекта
В ответ на:
Background:
The Austrian Climate Research Programme (ACRP) has approved funding of the project
'DALF-Pro: Drought and Low Flow Projections - learning from the past for managing the
future'. The project aims at a comprehensive analysis of drought and low flows under past,
present and future conditions. This shall be achieved by a joint analysis of streamflow
anomalies with meteorological drivers and tree ring records in the longer past, including the
pre-instrumental period.
Job description:
The research assistant will perform advanced statistical modelling of hydrological droughts in
close collaboration with in an interdisciplinary consortium of leading hydrologists (Vienna
University of Technology), climatologists (ZAMG Vienna and University of Graz), and tree
ring experts (BOKU Vienna). The research assistant will be involved in administrative
aspects of the project, to enter, analyse and archive the data, to perform annual reporting, to
contribute to the preparation of publications for peer-reviewed journals, and to present the
results at conferences and workshops. He/she is expected to work towards his/her
dissertation which will focus on space-time modelling of hydrological drought.
Requirements:
The successful candidate will have a Master (or similar qualification) in statistics or
hydrology, or a related field of environmental sciences and engineering. Profound knowledge
of statistical and geostatistical methods and their application to environmental processes and
data is essential, preferably with experience in water issues. The applicant should have
excellent analytical and computer skills and experience in statistical software (R) and Geo
Information Systems. Very good skills in English and German (speaking and writing) are
necessary, along with the willingness to perform scientific writing.
Conditions of employment:
Pre-doc position (30 hrs/week, duration 3 years) according to the 'Kollektivvertrag' of the
Austrian Universities. In case of an outstanding Post-doc candidate, the grant may be offered
as a Post-doc position of shorter duration (2.5 years, 40 hrs/week incl. teaching supplement).
Start of contract: March/April 2015.
Location: BOKU, 1180 Vienna.
Application:
You can apply for this job before 15 February 2015 by sending your application to
Gregor Laaha; gregor.laaha@boku.ac.at
Assoc. Professor of Environmetrics and Space-Time Modelling
Institute of Applied Statistics and Computing
University of Natural Resources and Life Sciences,
BOKU Vienna.
http://www.rali.boku.ac.at/iasc/
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