LIST’s Materials Research and Technology (MRT) department translates cuttingedge materials research into applicable technology. MRT research activities focus on two Key Enabling Technologies (KETs): Advanced Materials and Nanotechnology. Its Central Materials Laboratory and Platform for Advanced Characterization offer high-level expertise and equipment to industry.
More information at LIST.lu/mrt
2. NANOMATERIALS AND NANOTECHNOLOGY
The unit’s team of engineers, researchers and technologists combine their expertise to translate the enabling
capabilities of nanotechnology/nanomaterials into application-driven solutions. Based on the thorough understanding
of the properties of novel functional materials, the unit conducts research, development and innovation in the areas of:
uu The activities focus on the elaboration and understanding of ferroic materials for transducers which is a device
that convert one form of energy to another form of energy
uu Transparent semiconductors and optically tuneable nanocomposites addressing the dynamic growth of
invisible electronics or colour-based applications in the glass, display, sensor and consumer industries
uu Nano-enabled advanced technologies for the medical and cosmetics industries including diagnostics, prosthetic
devices and drug delivery systems
COMPOSITE MATERIALS
The mission of the unit is to study the behaviour of composite materials and to develop new environmentally friendly
functional composites using a combined experimental (synthesis, processing and testing) and numerical (modelling)
approach, in close collaboration with the composites industry and its suppliers.
The team focuses on two main areas:
uu The design and durability of high performance and multi-functional polymer-based-composites
uu Interface engineering: performance and durability are mainly driven by the quality of the interface between
fillers/fibres and the polymer matrix.
The unit’s activities include research and development concerning:
uu The design of multifunctional composites
uu Bio-based composites
uu Durability of composites
uu Adhesion and compatibilization of fibres/matrix
uu Complex architectures at the interface.
The Central Materials Laboratory develops cutting-edge expertise enabling the department’s objectives by focusing on:
uu Thin film coating and engineering
uu Polymer processing
uu Synthesis of nano-structures, nano-particles and organic chemistry
uu Prototyping, nanofabrication and functional measurements.
It benefits from the department’s expertise and equipment and is also open to collaborations with external partners.
CROSS-CUTTING SUPPORT & TAILORED SERVICES
MRT offers a wide variety of expertise and equipment through its Central Materials Laboratory and its platforms for
testing and advanced characterisation of materials.
From one-time analysis or testing needs to research contracts, we support RDI activities in the following areas:
uu Synthesis of nano-structures, nano-particles and organic chemistry
uu Prototyping/nanofabrication
uu Electrical, dielectric and photoelectric characterisation
uu Thin film processing, engineering and analysis
uu Polymer processing and composite manufacturing
uu Thermo-physical analysis: phase transitions, thermal diffusivity and conductivity, analysis of characteristic
decomposition patterns, mechanical stiffness and damping, dilatometry
uu Physical-chemical analysis: structure analysis, detection of trace elements, quantification of dopants, molecular
analysis, elemental identification, quantification and distribution
uu Surface analysis: morphology, topography, imaging, failure analysis, corrosion, contamination, depth profiling,
surface chemistry
uu Mechanical testing: impact, static and fatigue tests under severe temperature conditions, standard and customised
testing
uu Artificial accelerated aging: temperature, humidity and artificial light control, standard tests and tests combined
with electrical and/or mechanical endurance
uu Fire behaviour: smoke density and toxicity, ignition time, heat release.
Research units CENTRAL MATERIALS LABORATORYThe Luxembourg Institute of Science and Technology’s (LIST)
Materials Research and Technology (MRT) department,
made up of around 150 collaborators, translates cutting edge
materials research into applicable technology. For this, the
department cultivates close relationships and joint projects
with both academic and industrial partners, and contributes
to Luxembourg’s and Europe’s innovation agenda in materials
research.
Our research and technology activities target two main areas:
nanomaterials and nanotechnology, and composite
materials.
NANOMATERIALS AND NANOTECHNOLOGY
uu Ferroic materials and transducers
uu Transparent and optical tuneable electronics
uu Nano-enabled medicine and cosmetics
COMPOSITE MATERIALS
uu Bio-based and functional composites
uu Adhesion and interface engineering
Further to this, a Central Materials Laboratory mutualises
the department’s expertise and equipment in several crucial
fields:
uu Thin film coating and engineering
uu Polymer processing
uu Synthesis of nano-structures, nano-particles &
organic chemistry
uu Prototyping, nanofabrication and functional
measurements.
The department is characterised by a young, engaged and
international staff, who are open to new collective challenges
and come from a variety of backgrounds: academic
institutions, RTOs and industry. Chemists, physicists,
materials and engineering scientists, and increasingly
scientists with a background in life science, all shape the
work at MRT. They work together in an interdisciplinary
manner, both within the LIST departments and with actors
from the Luxembourg public or industrial sectors.
Who we are
Central
Materials
Laboratory
Nano-enabled
medicine and
cosmetics
Transparent &
optical tuneable
electronics
Multifunctional
Ferroic
Materials
Bio-based &
functional
composites
Adhesion &
interface
engineering
Advanced
instrumentation
for Ion
Nano-Analytics
Nanomaterials&nanotechnolo
gy
Compositematerials
Technology lines
3. NANOMATERIALS AND NANOTECHNOLOGY
The unit’s team of engineers, researchers and technologists combine their expertise to translate the enabling
capabilities of nanotechnology/nanomaterials into application-driven solutions. Based on the thorough understanding
of the properties of novel functional materials, the unit conducts research, development and innovation in the areas of:
uu The activities focus on the elaboration and understanding of ferroic materials for transducers which is a device
that convert one form of energy to another form of energy
uu Transparent semiconductors and optically tuneable nanocomposites addressing the dynamic growth of
invisible electronics or colour-based applications in the glass, display, sensor and consumer industries
uu Nano-enabled advanced technologies for the medical and cosmetics industries including diagnostics, prosthetic
devices and drug delivery systems
COMPOSITE MATERIALS
The mission of the unit is to study the behaviour of composite materials and to develop new environmentally friendly
functional composites using a combined experimental (synthesis, processing and testing) and numerical (modelling)
approach, in close collaboration with the composites industry and its suppliers.
The team focuses on two main areas:
uu The design and durability of high performance and multi-functional polymer-based-composites
uu Interface engineering: performance and durability are mainly driven by the quality of the interface between
fillers/fibres and the polymer matrix.
The unit’s activities include research and development concerning:
uu The design of multifunctional composites
uu Bio-based composites
uu Durability of composites
uu Adhesion and compatibilization of fibres/matrix
uu Complex architectures at the interface.
The Central Materials Laboratory develops cutting-edge expertise enabling the department’s objectives by focusing on:
uu Thin film coating and engineering
uu Polymer processing
uu Synthesis of nano-structures, nano-particles and organic chemistry
uu Prototyping, nanofabrication and functional measurements.
It benefits from the department’s expertise and equipment and is also open to collaborations with external partners.
CROSS-CUTTING SUPPORT & TAILORED SERVICES
MRT offers a wide variety of expertise and equipment through its Central Materials Laboratory and its platforms for
testing and advanced characterisation of materials.
From one-time analysis or testing needs to research contracts, we support RDI activities in the following areas:
uu Synthesis of nano-structures, nano-particles and organic chemistry
uu Prototyping/nanofabrication
uu Electrical, dielectric and photoelectric characterisation
uu Thin film processing, engineering and analysis
uu Polymer processing and composite manufacturing
uu Thermo-physical analysis: phase transitions, thermal diffusivity and conductivity, analysis of characteristic
decomposition patterns, mechanical stiffness and damping, dilatometry
uu Physical-chemical analysis: structure analysis, detection of trace elements, quantification of dopants, molecular
analysis, elemental identification, quantification and distribution
uu Surface analysis: morphology, topography, imaging, failure analysis, corrosion, contamination, depth profiling,
surface chemistry
uu Mechanical testing: impact, static and fatigue tests under severe temperature conditions, standard and customised
testing
uu Artificial accelerated aging: temperature, humidity and artificial light control, standard tests and tests combined
with electrical and/or mechanical endurance
uu Fire behaviour: smoke density and toxicity, ignition time, heat release.
Research units CENTRAL MATERIALS LABORATORYThe Luxembourg Institute of Science and Technology’s (LIST)
Materials Research and Technology (MRT) department,
made up of around 150 collaborators, translates cutting edge
materials research into applicable technology. For this, the
department cultivates close relationships and joint projects
with both academic and industrial partners, and contributes
to Luxembourg’s and Europe’s innovation agenda in materials
research.
Our research and technology activities target two main areas:
nanomaterials and nanotechnology, and composite
materials.
NANOMATERIALS AND NANOTECHNOLOGY
uu Ferroic materials and transducers
uu Transparent and optical tuneable electronics
uu Nano-enabled medicine and cosmetics
COMPOSITE MATERIALS
uu Bio-based and functional composites
uu Adhesion and interface engineering
Further to this, a Central Materials Laboratory mutualises
the department’s expertise and equipment in several crucial
fields:
uu Thin film coating and engineering
uu Polymer processing
uu Synthesis of nano-structures, nano-particles &
organic chemistry
uu Prototyping, nanofabrication and functional
measurements.
The department is characterised by a young, engaged and
international staff, who are open to new collective challenges
and come from a variety of backgrounds: academic
institutions, RTOs and industry. Chemists, physicists,
materials and engineering scientists, and increasingly
scientists with a background in life science, all shape the
work at MRT. They work together in an interdisciplinary
manner, both within the LIST departments and with actors
from the Luxembourg public or industrial sectors.
Who we are
Central
Materials
Laboratory
Nano-enabled
medicine and
cosmetics
Transparent &
optical tuneable
electronics
Multifunctional
Ferroic
Materials
Bio-based &
functional
composites
Adhesion &
interface
engineering
Advanced
instrumentation
for Ion
Nano-Analytics
Nanomaterials&nanotechnolo
gy
Compositematerials
Technology lines
4. NANOMATERIALS AND NANOTECHNOLOGY
The unit’s team of engineers, researchers and technologists combine their expertise to translate the enabling
capabilities of nanotechnology/nanomaterials into application-driven solutions. Based on the thorough understanding
of the properties of novel functional materials, the unit conducts research, development and innovation in the areas of:
uu The activities focus on the elaboration and understanding of ferroic materials for transducers which is a device
that convert one form of energy to another form of energy
uu Transparent semiconductors and optically tuneable nanocomposites addressing the dynamic growth of
invisible electronics or colour-based applications in the glass, display, sensor and consumer industries
uu Nano-enabled advanced technologies for the medical and cosmetics industries including diagnostics, prosthetic
devices and drug delivery systems
COMPOSITE MATERIALS
The mission of the unit is to study the behaviour of composite materials and to develop new environmentally friendly
functional composites using a combined experimental (synthesis, processing and testing) and numerical (modelling)
approach, in close collaboration with the composites industry and its suppliers.
The team focuses on two main areas:
uu The design and durability of high performance and multi-functional polymer-based-composites
uu Interface engineering: performance and durability are mainly driven by the quality of the interface between
fillers/fibres and the polymer matrix.
The unit’s activities include research and development concerning:
uu The design of multifunctional composites
uu Bio-based composites
uu Durability of composites
uu Adhesion and compatibilization of fibres/matrix
uu Complex architectures at the interface.
The Central Materials Laboratory develops cutting-edge expertise enabling the department’s objectives by focusing on:
uu Thin film coating and engineering
uu Polymer processing
uu Synthesis of nano-structures, nano-particles and organic chemistry
uu Prototyping, nanofabrication and functional measurements.
It benefits from the department’s expertise and equipment and is also open to collaborations with external partners.
CROSS-CUTTING SUPPORT & TAILORED SERVICES
MRT offers a wide variety of expertise and equipment through its Central Materials Laboratory and its platforms for
testing and advanced characterisation of materials.
From one-time analysis or testing needs to research contracts, we support RDI activities in the following areas:
uu Synthesis of nano-structures, nano-particles and organic chemistry
uu Prototyping/nanofabrication
uu Electrical, dielectric and photoelectric characterisation
uu Thin film processing, engineering and analysis
uu Polymer processing and composite manufacturing
uu Thermo-physical analysis: phase transitions, thermal diffusivity and conductivity, analysis of characteristic
decomposition patterns, mechanical stiffness and damping, dilatometry
uu Physical-chemical analysis: structure analysis, detection of trace elements, quantification of dopants, molecular
analysis, elemental identification, quantification and distribution
uu Surface analysis: morphology, topography, imaging, failure analysis, corrosion, contamination, depth profiling,
surface chemistry
uu Mechanical testing: impact, static and fatigue tests under severe temperature conditions, standard and customised
testing
uu Artificial accelerated aging: temperature, humidity and artificial light control, standard tests and tests combined
with electrical and/or mechanical endurance
uu Fire behaviour: smoke density and toxicity, ignition time, heat release.
Research units CENTRAL MATERIALS LABORATORYThe Luxembourg Institute of Science and Technology’s (LIST)
Materials Research and Technology (MRT) department,
made up of around 150 collaborators, translates cutting edge
materials research into applicable technology. For this, the
department cultivates close relationships and joint projects
with both academic and industrial partners, and contributes
to Luxembourg’s and Europe’s innovation agenda in materials
research.
Our research and technology activities target two main areas:
nanomaterials and nanotechnology, and composite
materials.
NANOMATERIALS AND NANOTECHNOLOGY
uu Ferroic materials and transducers
uu Transparent and optical tuneable electronics
uu Nano-enabled medicine and cosmetics
COMPOSITE MATERIALS
uu Bio-based and functional composites
uu Adhesion and interface engineering
Further to this, a Central Materials Laboratory mutualises
the department’s expertise and equipment in several crucial
fields:
uu Thin film coating and engineering
uu Polymer processing
uu Synthesis of nano-structures, nano-particles &
organic chemistry
uu Prototyping, nanofabrication and functional
measurements.
The department is characterised by a young, engaged and
international staff, who are open to new collective challenges
and come from a variety of backgrounds: academic
institutions, RTOs and industry. Chemists, physicists,
materials and engineering scientists, and increasingly
scientists with a background in life science, all shape the
work at MRT. They work together in an interdisciplinary
manner, both within the LIST departments and with actors
from the Luxembourg public or industrial sectors.
Who we are
Central
Materials
Laboratory
Nano-enabled
medicine and
cosmetics
Transparent &
optical tuneable
electronics
Multifunctional
Ferroic
Materials
Bio-based &
functional
composites
Adhesion &
interface
engineering
Advanced
instrumentation
for Ion
Nano-Analytics
Nanomaterials&nanotechnolo
gy
Compositematerials
Technology lines