Applications
And the fields that we provide service.
Medicine
With work previously done by a former lab member, we have developed a powerful tool for use in the identification and characterisation of the processes in our model system. A major advantage of this development is its improved sensitivity, which allows it to detect subtle dynamic property changes in response to our experimentation.
A team that always seeks for excellence and challenging
research. Nano-science, Nanobiotechnology and
Bioengineering are our main fields of interest and
specialization. Our work is focused on applied research for
the development of novel applications and technologies.
We cover the entire spectrum, starting from basic
nanostructures synthesis and basics of nanoscience, to the
development of ultrasensitive sensores and biosensors for
the detection of molecular and biomolecular agents.
Matterchen Inc. specializes in services and consulting in the field of Nano and Micro-research
and development. More specifically, we are experts in the fields of nanotechnology,
nanomaterials synthesis and characterization, electrical and electro-optical nano-devices design
and fabrication, physical deposition of metals, semiconductors, and isolators, surface chemistry
and surface characterization.
We also offer expertise in electrochemistry, microfluidics, sensors, and biosensors, as well as
a broad range of nanomaterials-related applications in the fields of medicine, drug
development, energy storage, energy harvesting, environmental monitoring, homeland security,
and more.
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Electrics
We still have only a very limited understanding of most aspects about our planet. Answering questions about this is essential for understanding the mechanistic role it plays on other scientific processes, and for developing tools to further explore this research avenue with more sensitive measurements and improved data collection.
This is an explanation about the photo
This is an explanation about the photo
Catalysis
In an effort to gain a better understanding of the world around us, we have recently begun to use a new technique to investigate the organization and functionality of the diverse parts of our experimental model. We are currently looking to expand this work by collaborating with other labs who have the facilities and prior experience to investigate this project further.