ERAshuttle

Central European Research Infrastructure Consortium (CERIC-ERIC)

CERIC-ERIC integrates and provides open access to 8 of the most advanced analytical facilities in Europe to help science and industry advance in all fields of materials, biomaterials and nanotechnology, with a focus on energy materials and life sciences. Here you can find the secondment opportunities for research support staff  and for research staff (academics): 

Secondment Opportunities offered by CERIC-ERIC

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2.1. For Research Support Staff and Academics. CERIC-ERIC​ Headquarters

AVAILABLE

Trieste, Italy

We offer the opportunity to work temporarily at CERIC Headquarters  that manages different research-support activities among them:

  • The open access to its research facilities, addressing researchers from all over the world requiring the use of one or more complementary techniques. The Consortium also offer industry access to the RIs managing a diversified portfolio of tailored services
  • A portfolio of projects of different kinds, including EU Funded projects, to maintain the consortium competitive. Project activities include training networks, instrumentation upgrade, capacity building, infrastructure development and more
  • The communication of the institutional and scientific results deriving from the access and of the specific joint scientific and technological activities of the CERIC Research Infrastructures, helping to increase its visibility.

2.2 For Research Staff (Academics). CERIC-ERIC Romanian Facility

AVAILABLE

Margurele, Romania

The Romanian Partner Facility of CERIC  offers the opportunity to work temporarily at  the Laboratory of Atomic Structures and Defects in Advanced Materials (LASDAM) at the National Institute of Materials Physics (NIMP). LASDAM research mainly directed towards the investigation and manipulation of physical properties at nanometric and atomic scale for the development of new materials (dielectrics, semiconductors, alloys, ceramics) for applications in the semiconductor industry (gas sensors, optical sensors, memories, radiation detectors), telecommunications, energy conversion, health and environment. Special interest is  in characterization of nanostructured materials for environmental health (gas sensors, (photo)catalysts for pollutants degradation), batteries, nanomaterials for theranostics.

2.3 For Research Staff (Academics). CERIC-ERIC Slovenian Facility: NMR centre National Institute of Chemistry

AVAILABLE

Ljubljana, Slovenia

Slovenian NMR centre offers infrastructure and expertise in the field of NMR spectroscopy to scientists and researchers in academic and industrial institutions. The research program of the NMR centre includes data acquisition and interpretation for those who apply NMR in their research as part of basic and applied research projects or in industry itself. For Researchers we offer secondments on NMR spectroscopy for chemical analysis and identification, for determining 3D structures and studying the dynamics of small and larger bio-macro-molecules, for tracking chemical reactions in analytical and bioanalytical procedures, for studying polycrystallinity and identifying metabolites and various amorphous forms.  The main focus is 3D structural characterization of DNA and RNA molecules as well as characterization of small organic compounds.

2.4 For Research Staff (Academics) CERIC Italian Partner Facility: SISSI-BIO offline Laboratory – Elettra Synchrotron

AVAILABLE

Trieste, Italy

The SISSI-Bio offline laboratory is an infrared vibrational spectroscopy laboratory. It is equipped with several instruments for FTIR spectroscopy in the MIR-FIR regime, FTIR imaging with both single point and bidimensional Focal Plane array detectors, Optical Photothermal expansion IR spectroscopy (O-PTIR) and imaging and IR nanoscopy (scattering-type scanning near filed microscope, s-SNOM, and Photo Thermal Expansion, PTE). The laboratory instrumentations allow to cover spatial resolution from the macro to the nanoscale, considering both micrometer and sub-micrometre ranges.

The large variety of instruments and accessories makes it possible to cover research fields very different, such as biophysics, hyperspectral cytology and histology, environmental science and marine biology, new material research and many others.

2.5 – For Research Staff (Academics) CERIC Italian Partner Facility: Tomolab-Elettra Synchrotron

FILLED - No longer available

Trieste, Italy

Secondment places have been filled. If you are interested in having experiments done using this technique on your own samples, you can apply for access via the Open Access competitive call. A new call will open soon.

Tomolab is the X-ray computed microtomography (micro-CT) laboratory at Elettra. Micro-CT is one of the most advanced techniques in the field of nondestructive evaluation tests. It allows imaging of the internal microstructure of different objects and materials, measuring the three-dimensional (3D) X-ray attenuation coefficient map of the sample. X-ray micro-CT represents a powerful investigation tool in many different applications, especially in the area of material science as well as geology or biomaterials, Studies have recently been conducted, for example, to:

  • define the morphology of recycled materials;
  • establish the state of conservation and find functional-pathological indications of ancient bone samples;
  • evaluate different approaches to dental implantology;
  • analyze volcanic and reservoir rocks;
  • trace the growth of plants over time.

2.6 For Research Staff (Academics) CERIC Italian Partner Facility: NanoInnovation Lab (NIL)- Elettra Synchrotron

AVAILABLE

Trieste, Italy

NIL main activities are based on Atomic Force Microscopy/Fluorescence Microscopy integrated setup to study biological interactions at the molecular, cellular and tissue scales, with the full control of physiological parameters.  Through nanoindentation spectroscopy, we obtain detailed information on cell and tissue biomechanics at high resolution (i.e. with subcellular details), to study the progression of diseases, such as cancer, and to evaluate the effect of specific therapies. Also, the lab has developed biomimetic models of plasma membranes with increasing level of complexity, synergistically studied with AFM, X-ray and neutron scattering techniques, for the evaluation of nanovesicles (in particular extracellular vesicles, EVs) and nanoparticles uptake mechanisms, in relation to membrane parameters as order and fluidity