Pierre Madl

Bio

Dr. Pierre Madl, originally trained in electrical engineering and later in electronics, worked in this field as a professional for over 10 years. Intrigued by the phenomenon of life he enrolled as a part-time student at universities in Vienna, Salzburg and Brisbane, which in 2003 earned him an MSc in environmental sciences within a joint academic program between the universities “PLUS” of Salzburg (AUT) and “QUT” (Queensland University of Technology), Brisbane (AUS). He then pursued further academic studies in the field of biophysics at PLUS where received his PhD in 2009. Since then, he is a researcher at the environmental radiation lab at that institution and together with a privately operated lab is in the privileged position to convert his expertise gained at PLUS into real prototypes. His expertise ranges from tropical marine ecosystems (particularly scleractinian corals and marine bioerosion) to environmental aerosols (emissions from anthropogenic sources). Since a decade, he extended his expertise, which includes the study of ultra-weak photon emissions from biota as well as the electrodynamic properties of water and its effects on living systems. He is author of more than 50 papers in international journals, book-chapters as well as giving presentations at international scientific gatherings. He also is associate editor of a scientific journal and participates as a reviewer for many scientific manuscripts. Currently he is in charge of two MSc- and one PhD-thesis’

Michal Cifra

Bio

Dr. Michal Cifra, since 2013 head of Bioelectrodynamics research team (Institute of Photonics and Electronics of the Czech Academy of Sciences). PhD. 2009, Radioelectronics, (Czech Technical University in Prague, Czechia), Ing. (MSc.) 2006, Biomedical Engineering (University of Žilina, Slovakia). Apart from ~1 year biophotonics research experience from Germany (RWTH, Aachen / IIB, Neuss), he also gained experience with high frequency bioelectronic interfaces (8 months, University of Chicago, USA).

The mission of Bioelectrodynamics research team is to advance probing and influencing biosystems using an electromagnetic field at the biomolecular level. The vision is to design novel electromagnetic methods for benign and more efficient bio-nanotechnology and medicine to bring us closer to a world where electromagnetic technologies can painlessly prevent, detect and cure diseases.

Personal websites:
http://www.ufe.cz/en/team/bioelectrodynamics
https://www.linkedin.com/in/michal-cifra-5a5a5437
https://www.researchgate.net/profile/Michal_Cifra

Laboratory website and link:
http://bioed.ufe.cz/