ORGANISATION/COMPANYJohannes Gutenberg-University Mainz
RESEARCHER PROFILEFirst Stage Researcher (R1)
APPLICATION DEADLINE31/01/2018 17:00 - Europe/Brussels
LOCATIONGermany › Mainz
TYPE OF CONTRACTTemporary
HOURS PER WEEK40
EU RESEARCH FRAMEWORK PROGRAMMEH2020 / Marie Skłodowska-Curie Actions
MARIE CURIE GRANT AGREEMENT NUMBER765810
Polymeric gels and networks are ubiquitous in daily life (foodstuff, cosmetics) and high-added value applications (tissue engineering, adhesives, coating, drug release, portable batteries, additive manufacturing). They can be either permanent (covalently cross-linked) and resist flow, or physical (reversible) and easy to process while creeping at long times. The grand challenge is to efficiently combine and control within the same material, distinct features of these two classes of networks, such as large mechanical strength, deformability, swelling and self-healing, in order to create multiply responsive materials for new applications.
The objective of DoDyNet is to develop a research roadmap that enhances our understanding of the synergistic effects arising by combining distinct dynamic modes within a polymeric network. These ‘Double Dynamics Networks’ (DDNs) are characterized by a multi-scale viscoelastic response that can be tuned via molar mass, fraction of component and dynamics of (transient or exchangeable) bonds. This will enable us to selectively tailor their macroscopic properties at molecular level. Based on this concept, the integrated research program involves (1) novel synthesis of different DDNs; (2) detailed analysis of structure; (3) rheology and dynamics; (4) modeling and simulations; and (5) mechanical properties relevant to applications. The ESRs will benefit from the close inter-connection among these complementary tasks with the goal to obtain criteria for designing and developing new industrial DDN systems and optimizing existing materials.
DoDyNet is a highly interdisciplinary and inter-sectorial project, the groups involved are world-leaders in their fields, and the tasks strategically designed to ensure strong synergies. It offers young researchers an extraordinarily diverse training platform with a deep grasp of soft matter and unique exposure to industrial environment, needed to address emerging scientific and technological challenges.
Applications should be sent by email (a single pdf file containing a detailed CV, a transcript of marks obtained during the Master, a motivation letter, and the names of two referees) to:
The applicant has to clearly indicate the number of the project(s) for which he/she is applying.
Starting dates: between November 2017 and June 2018.
Project duration: 36 Months. (48 Months for ESR1, ESR2, ESR9 and ESR12).
ESR10: Structure and diffusion in DDNs at the nano- to micro- scale
Location: Johannes Gutenberg-University Mainz, Germany
Supervisor: Prof. Dr. Sebastian Seiffert (firstname.lastname@example.org)
The principal motivation of the DoDyNet European research initiative is to study and develop double-dynamic networks with outstanding mechanical properties. These properties, in turn, are coupled to the polymer-network topologies and architectures, which therefore mandates these to be characterized on two length scales: that of the network mesh sizes on scales of 1–10 nm, and that of topological inhomogeneities on scales of 10–1000 nm. In this workpackage, these nano- to microstructures shall be assessed by mutually synergistic use of scattering and fluorescence-microscopy techniques, encompassing static and dynamic light scattering, partially supplemented by small angle neutron and x-ray scattering, as well as confocal-microscopy based fluorescence correlation spectroscopy and fluorescence photo-bleaching recovery.
Expertise required by the candidate: Master degree in chemistry, physics, or polymer science, with a special strength in physical chemistry; Experimental experience with polymer sample preparation and methodology such as light scattering and optical spectroscopies, ideally fluorescence spectroscopy
Benefits for the candidate other than Marie Curie compensation: Potential enrollment into the Mainz Graduate School of Excellence “Materials Science in Mainz”
EURAXESS offer ID: 254164