THz scattering on H2O bonded ions of Hofmeister series for the creation of THz spectroscopy and tomography of biotissues, as well as metamaterials made by polymer fibers, cavities arrays, quantum dot arrays and THz photonic crystal structures in bio tissues. During my experience I created the amplified microsphere and fibers based Ti: Sapphire laser with super resolution of photonic jets based on high polished spheres, Maxwell microlenses. I created IR fibers and fiber with inclusions and the superresolution of nonlinear opto microresonators, microlense for the generator and Raman spectroscopy, captures of the biomolecules by nanojet EM Raman fields and microbolometrers. I created 12 patents for fiber technology and optical industrial sensors. Sensors of biomolecules by electronic nanojunctions. Creation of polymer bio microlenses with the resolution beyond the Abbe limit. Aerosol chemical physics, nucleation, coagulation, sedimentation in aerosol chambers, inhalation particles properties, testing of aerosol particles. Filtration tissue, working with Petrynov’s tissues for detection of aerosols.
Biography:
Mikhail Jouravlev
Seoul National University
THz scattering on H2O bonded ions of Hofmeister series for the creation of THz spectroscopy and tomography of biotissues, as well as metamaterials made by polymer fibers, cavities arrays, quantum dot arrays and THz photonic crystal structures in bio tissues. During my experience I created the amplified microsphere and fibers based Ti: Sapphire laser with super resolution of photonic jets based on high polished spheres, Maxwell microlenses. I created IR fibers and fiber with inclusions and the superresolution of nonlinear opto microresonators, microlense for the generator and Raman spectroscopy, captures of the biomolecules by nanojet EM Raman fields and microbolometrers. I created 12 patents for fiber technology and optical industrial sensors. Sensors of biomolecules by electronic nanojunctions. Creation of polymer bio microlenses with the resolution beyond the Abbe limit. Aerosol chemical physics, nucleation, coagulation, sedimentation in aerosol chambers, inhalation particles properties, testing of aerosol particles. Filtration tissue, working with Petrynov’s tissues for detection of aerosols.