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PhD Programs

[1.3.6.] [1.3.6] Optics

Areas of Training: 1. Research and development of nanostructured composites for controlled release of Fe(II) and Fe(III) ions. 2. Research and development of nanostructured composites for the generation of photoinduced and ultrasound-assisted reactive oxygen species (ROS). 3. Study of the photodissolution of Iron Oxides NPs using magnetic circular dichroism (MCD) spectroscopy. 4. Research and development of luminescent and photoelectrochemical hybrid nanostructures for the detection of volatile organic compounds (VOCs), metal ions, biomolecules with potential applications in the early diagnosis of cancer and bacterial infections.


[2.2.7.] [2.2.7] Photonics

Areas of Training: 1. Research and development of nanostructured composites for controlled release of Fe(II) and Fe(III) ions. 2. Research and development of nanostructured composites for the generation of photoinduced and ultrasound-assisted reactive oxygen species (ROS). 3. Study of the photodissolution of Iron Oxides NPs using magnetic circular dichroism (MCD) spectroscopy. 4. Research and development of luminescent and photoelectrochemical hybrid nanostructures for the detection of volatile organic compounds (VOCs), metal ions, biomolecules with potential applications in the early diagnosis of cancer and bacterial infections.


[1.3.17.] Chemical physics, combustion and explosion, physics of extreme states of matter

Areas of Training: 1. Research and development of nanostructured composites for controlled release of Fe(II) and Fe(III) ions. 2. Research and development of nanostructured composites for the generation of photoinduced and ultrasound-assisted reactive oxygen species (ROS). 3. Study of the photodissolution of Iron Oxides NPs using magnetic circular dichroism (MCD) spectroscopy. 4. Research and development of luminescent and photoelectrochemical hybrid nanostructures for the detection of volatile organic compounds (VOCs), metal ions, biomolecules with potential applications in the early diagnosis of cancer and bacterial infections.


Graduate and doctoral students, who defended candidate and doctoral dissertations

Photoluminescent properties of QDs/tetrapyrrole complexes

Name: Irina Martynenko
Head: Anna Orlova

Major Code: [01.04.05] 01.04.05 Optics

Degree: PhD