Stepik О курсе
Подробнее
Gain a wide view of the physics of light interaction with metal nanostructures. In this course, you will learn about the whole diversity of unique effects appearing at the junction of nanotechnology, subwavelength optics, quantum mechanics, and solid-state physics. You will find out how giant field enhancement near metallic nanostructures can be used for detecting single biomolecule, and whether it is possible to build a nanometer-scale laser.
The course is taught in Nanophotonics and Metamaterials Master program at the Faculty of Physics and Engineering, ITMO University.
Требования
Что нужно для старта
- In order to successfully accomplish the course, you would need some basic knowledge in:
- - electrodynamics and optics;
- - quantum and solid-state physics;
- - calcus and algebra.
Аудитория
Для кого этот курс
- This course is aimed at graduate and undergraduate students who are majoring in physics and engineering science related to optics. As well as researchers who want to gain or deepen their knowledge in the field of modern photonics. This course can give a boost to your educational or academic career, and potentially will stimulate you to conduct your own research in this field.
Содержание
5 занятийПрограмма курса
№ТемаЧто внутри
01Electromagnetic properties of metals
- The Maxwell's equations
- Drude model
- Interaction of electromagnetic waves with metals
- Weekly test
02Surface plasmon-polaritons
- Surface plasmon polaritons
- Excitation of surface plasmon polaritons
- Plasmonic waveguides
- Bulk plasmon polaritons
- Weekly test
03Localized surface plasmon resonances I
- I. Resonances in Small Metal Nanoparticles: Quasistatic Approx.
- II. Resonances in Small Metal Nanoparticles: Quasistatic Approx.
- III.Resonances in Small Metal Nanoparticles: Quasistatic Approx.
- Fabrication and Optical Characterization of Plasmonic Structures
- Weekly test
04Localized surface plasmon resonances II
- I. Resonances in Small Metal NP: Complex Shapes and Structures
- II. Resonances in Small Metal NP: Complex Shapes and Structures
- I. Light Scattering on Metal NP: Beyond Quasistatic Appr.
- II. Light Scattering on Metal NP: Beyond Quasistatic Appr.
- Weekly test
05Applications of plasmonics
- I. Nanoparticle ensembles for light localization and guiding
- II. Nanoparticle ensembles for light localization and guiding
- I. Plasmonics applications for light emission enhancement
- II. Plasmonics applications for light emission enhancement
- Plasmonics for sensing, nonlinear optics, and optomechanics
- Weekly test
01Electromagnetic properties of metals
- The Maxwell's equations
- Drude model
- Interaction of electromagnetic waves with metals
- Weekly test
02Surface plasmon-polaritons
- Surface plasmon polaritons
- Excitation of surface plasmon polaritons
- Plasmonic waveguides
- Bulk plasmon polaritons
- Weekly test
03Localized surface plasmon resonances I
- I. Resonances in Small Metal Nanoparticles: Quasistatic Approx.
- II. Resonances in Small Metal Nanoparticles: Quasistatic Approx.
- III.Resonances in Small Metal Nanoparticles: Quasistatic Approx.
- Fabrication and Optical Characterization of Plasmonic Structures
- Weekly test
04Localized surface plasmon resonances II
- I. Resonances in Small Metal NP: Complex Shapes and Structures
- II. Resonances in Small Metal NP: Complex Shapes and Structures
- I. Light Scattering on Metal NP: Beyond Quasistatic Appr.
- II. Light Scattering on Metal NP: Beyond Quasistatic Appr.
- Weekly test
05Applications of plasmonics
- I. Nanoparticle ensembles for light localization and guiding
- II. Nanoparticle ensembles for light localization and guiding
- I. Plasmonics applications for light emission enhancement
- II. Plasmonics applications for light emission enhancement
- Plasmonics for sensing, nonlinear optics, and optomechanics
- Weekly test
Организатор
Автор курса
Мнения учеников
Отзывы о курсе
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Расскажите о качестве обучения, поддержке и результате. Это поможет другим выбрать организацию осознанно.
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Консультант ответит на вопросы о курсе «Introduction to Plasmonics» и поможет разобраться в деталях обучения.
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Направления:Физика
Информация обновлена 3 сентября 2026 г.
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