Laboratoryof organic electronics and photonics
We are engaged in basic and applied research and development in the field of advanced organic and hybrid materials in electronics, photonics and printed electronics. We offer expertise in new functional materials, characterization and study of electronic, optical, electrical and optoelectrical properties, and design, construction and characterization of components and devices for organic and printed electronics, sensors and photonics.
The laboratory is engaged in research in the field of bioelectronics, design, preparation and characterization of sensing and stimulation devices. Our team collaborate with many domestic and international organizations and industrial partners. We initiate, solve and participate in national as well as international projects, and the framework programmes of the European Union.
prof. Ing.
MartinWeiter
Ph.D.
Group leader; organic electronics, photonics and bioelectronics, characterization of optical and electrical properties of organic semiconductors, electron phenomena, fabrication technology of electronic, photonic and bioelectronic devices, printed electronics.
prof. Mgr.
MartinVala
Ph.D.
Head of laboratory; organic electronics, photonics and bioelectronics, optical properties of organic materials, photophysical processes (fluorescence, phosphorescence and nonlinear processes)).
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Research group
Ing.
JanPospíšil
Ph.D.
Optoelectronics and photonics, research on photovoltaics and photodetectors of electromagnetic radiation based on hybrid materials, thin film technologies, electrical characterization of materials, dielectric spectroscopy.
+420 54114 9395, +420 54114 9396, +420 54114 9406, +420 54114 9816
pospisilj@fch.vut.czIng.
MatoušKratochvíl
Ph.D.
Characterization of organic semiconductors, thin films, devices (OPV, OFET), preparation and characterization of hybrid materials (perovskites), optical spectroscopy.
Ing.
StevanGavranović
PhD studies, preparation of single and polycrystalline structures based on hybrid semiconductor materials, electrical and dielectric characterization of photodetectors and solar cells.
Ing.
RastislavSmolka
PhD studies, study of linear and nonlinear optical properties of materials, preparation and characterization of nanocrystalline systems and thin films, fluorescence spectroscopy.
Ing.
AnetaMarková
Ph.D.
Development and characterization of organic electrochemical transistors and organic electronic ion pumps, optical and electrical characterization of organic semiconductors.
Ing.
ŠárkaTumová
Ph.D.
Characterization and optimization of properties of organic polymeric materials for bioelectronics, preparation of conductive hydrogels.
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Research scope
- Optical characterization – electron phenomena in investigated materials and devices by means of basic and advanced optical methods.
- Electronic and optoelectronic characterization of phenomena such as charge generation, transport and recombination.
- Dielectric characterization by means of impedance spectroscopy and elipsometry.
- Preparation of thin layers by means of wide range of techniques of application from solid state as well as from solutions, e.g. by material printing.
- Bioelectronics – design and use of advanced materials and devices for bioelectronics.
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Selected projects
- CURRENT PROJECTS
- SUCCESSFULLY COMPLETED PROJECTS (SELECTION)
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Selected publications
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Services offered
- Design and development of new devices and products based on organic and printed electronics and photonics
- Development and optimization of printing and thin-layer technologies for printed electronics
- Integration of organic and printed electronics equipped with biologic systems
- Development of new materials and functional mixtures for organic electronics and photonics
OUR PARTNERS:
