Lecture 06 Dr Indermeet Kohli PhD

Photo Therapy Lectures

Dr. Indermeet Kohli’s Lecture 6 on Electromagnetic Fundamental Properties provides a clear and practical introduction to the…

Dr. Indermeet Kohli’s Lecture 6 on Electromagnetic Fundamental Properties provides a clear and practical introduction to the physics behind phototherapy and photomedicine. The session explains key concepts of electromagnetic radiation, including wavelength, frequency, energy, irradiance, and fluence, and highlights their role in the safe and effective use of ultraviolet, visible, and infrared light therapies in dermatology. By connecting physics with clinical applications, the lecture helps dermatologists, residents, and researchers understand how light interacts with biological tissues, why wavelength selection matters, and how therapeutic light doses are calculated, making complex scientific principles easy to understand and clinically relevant.

What Will You Learn?

In this foundational and intellectually engaging masterclass, Dr. Indermeet Kohli presents a comprehensive introduction to the fundamental principles of electromagnetic radiation and their critical relevance to modern phototherapy and photomedicine.
Bridging the fields of physics and dermatology, the lecture provides a clear and clinically meaningful understanding of the electromagnetic spectrum, including ultraviolet radiation, visible light, and infrared energy. Dr. Kohli explains the essential physical properties of electromagnetic radiation — including wavelength, frequency, amplitude, energy, irradiance, and fluence — and demonstrates how these concepts directly influence the safe and effective delivery of phototherapy in dermatologic practice.
The session offers a simplified yet scientifically rigorous exploration of how electromagnetic waves behave, how energy interacts with biological tissue, and why wavelength selection is fundamental in determining therapeutic outcomes across different phototherapy modalities. Key relationships between wavelength, frequency, and energy are carefully illustrated to build a strong conceptual framework for understanding UV-based treatment technologies.
Special emphasis is placed on phototherapy-relevant terminology, dose calculations, irradiance principles, and the physics underlying controlled therapeutic light delivery. Through practical examples and clinically relevant explanations, the lecture transforms complex scientific concepts into accessible knowledge for dermatologists, residents, researchers, and phototherapy practitioners.
Combining scientific precision with exceptional educational clarity, this masterclass serves as an essential foundation for anyone seeking a deeper understanding of the physics that powers modern phototherapy.
A highly valuable educational session for clinicians and researchers aiming to strengthen both their theoretical knowledge and practical understanding of therapeutic light-based medicine.

Course Curriculum

Lecture 06

Lecture 06 Dr Indermeet Kohli PhD

16:02

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