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 * Home
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 * Microscopes
 * Methodology & Partnerships
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 * Home
 * About
 * Microscopes
 * Methodology & Partnerships
 * Publications
 * Blog & webinars
 * Contacts & links

The Greek node for



ELECTRON NANOSCOPY

“If I have seen further, it is by standing on the shoulders of giants.”

– Isaac Newton

Nanoscopy-GR is the Greek node for electron nanoscopy comprising the two most
important Greek laboratories in the field, i.e. the Laboratory for Electron
Microscopy and Structural Characterization of Materials (ElMicLab) of the
Physics Department AUTh, and the Electron Microscopy and Nanomaterials
Laboratory (EMNL) of the Institute of Nanoscience and Nanotechnology, NCSR
Demokritos.  

The node operates within the Innovation-EL Greek Infrastructure Network for
Nanotechnology, Advanced Materials and Micro/Nanoelectronics, which offers
services in materials growth, characterization and modelling. 

Through the Bilateral Relations Fund of the European Economic Area Financial
Mechanism 2014-2021, Nanoscopy-GR is associated with the Norwegian Centre for
Transmission Electron Microscopy (NORTEM) hosted by the Department of
Physics/Centre for Materials Science and Nanotechnology (SMN) of the University
of Oslo.

The Nanoscopy-GR labs offer access to state of the art electron microscopes
capable of structural and chemical analysis in the micro, nano and atomic
scales. Its researchers provide the materials community with in-depth analyses
by employing an integrated methodology that combines experimental observations
with quantitative studies using image analysis and simulations, metrology, and
theoretical tools such as atomistic and elasticity calculations, and topological
theory.  

In addition to providing innovative research services, Nanoscopy-GR also
organizes seminars, webinars, workshops, public lectures, and practical training
on the capacities offered by the network and on the emerging developments in
Electron Nanoscopy. 

Nanoscopy-GR addresses the materials research community both in the academic and
the industrial/productive sectors, whether in Greece or abroad.  


ELMIC LAB
ARISTOTLE UNIVERSITY
OF THESSALONIKI



The Laboratory for Electron Microscopy and Structural Characterization of
Materials (ElMicLab) is housed in the Physics Department AUTh. It is the largest
and oldest lab of its kind in Greece (established in 1963) and is licensed for
provision of research services to both the industry and academia. Such services
include materials characterization as well as training and consultation, using
advanced electron microscopy techniques. The Lab is used by academic staff,
postdoctoral fellows, and postgraduate students who participate in competitive
European and national applied research projects on innovative materials. The
ElMicLab researchers have extensive experience and expertise on materials
systems such as semiconductors, metals and metallic glasses, ceramics and glass
ceramics, composites, magnetic materials, thin films, superlattice structures.
Emphasis is placed on functional materials, nanomaterials, nanostructures and
low dimensional materials, including quantum wells, quantum dots, nanowires,
nanoparticles, and 2D materials. 

VISIT WEBSITE


NATIONAL CENTRE FOR SCIENTIFIC RESEARCH DEMOKRITOS



The Electron Microscopy and Nanomaterials Laboratory (EMNL) is housed in the
Institute of Nanoscience and Nanotechnology of NCSR Demokritos. The Electron
Microscopy Laboratory was established in 1987 with the acquisition of the first
scanning electron microscope and under its current name Electron Microscopy and
Nanomaterials Lab (EMNL) has been operating since 2014. The EMNL group focuses
on the use of electron microscopy techniques in nanotechnology and materials
science. In particular our research concerns the study of
materials/nanostructures from the μm- down to the atom- scale, utilizing
scanning and transmission electron microscopy, in order to investigate their
key-nanoscale features and understand the correlation of these features to their
macroscopic properties. This knowledge enables the optimization of
growth/synthesis conditions as well as the design of new
materials/nanostructures with improved and/or tailor-made properties.



VISIT WEBSITE


NORWEGIAN CENTER FOR TRANSMISSION
ELECTRON MICROSCOPY



The Oslo node of NORTEM is hosted by the Department of Physics/Centre for
Materials Science and Nanotechnology (SMN). The lab is located in Oslo Science
Park, and comprises researchers, students, and technical staff from the
Department of Physics, Department of Chemistry, and SINTEF Materials Physics. It
operates a highly advanced aberration-corrected and monochromated FEI Titan G2
60-300, optimized for sub-Angstrom spatial resolution STEM imaging and chemical
analysis (EDX) and high energy resolution for EELS spectroscopy. It is also
equipped with sample holders suitable for a variety of in situ / in operando
atomically-resolved studies of materials exposed to heat, electrical biasing,
and gas environments. The Structure Physics section is in charge of running the
lab, focusing on energy materials for sustainable development applications and
renewable energy sources using advanced transmission electron microscopy and
modelling. The infrastructure serves a broad range of activities in
semiconductor physics, inorganic materials chemistry, electrochemistry,
catalysis, and geology.

VISIT WEBSITE

ELMICLAB

The Laboratory for Electron Microscopy and Structural Characterization was
established in 1963 and it is the largest lab of its kind in Greece.

Learn More

EMNL

The Electron Microscopy and Nanomaterials Laboratory of NCSR Democritos was
established in 1987.

Learn More


NANOSCOPY-GR



aims to coordinate research efforts in order to provide state-of-the-art
services to both Greek and international researchers and facilitates scientific
excellence by keeping pace with the rapid developments leading to the emergence
of new methodologies.

Learn More


SCIENTIFIC KNOWLEDGE AND INSTRUMENTS

Both ElMicLab and EMNL operate modern workhorse electron microscopes. These
include high resolution scanning-transmission and transmission electron
microscopes (HRSTEM and HRTEM).

Learn More





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