Electromagnetism: Fundamentals and Applications

Related lectures (54)

Explores how electromagnetic waves interact with matter, emphasizing transmission, absorption, and reflection.

Covers electrostatics, Coulomb force, and image charge method in electromagnetism.

Introduces the course on electromagnetism, emphasizing its importance in daily life, science, and engineering.

Explores voice coils in electromagnetic systems, covering dynamic electromagnetism and rotating fields.

Covers inductive sensor operation, RFID systems, and advanced information encoding techniques.

Explores the theory of distributed circuits in electromagnetism and the importance of considering time delays in various engineering applications.

Covers the nature of waves, interference effects, and electromagnetic communication.

Covers the transition from high school to EPFL, addressing challenges and measures for student success.

Explores the conceptual design process, concept selection, embodiment, and detail design in applied mechanical design.

Explores scientific visualization techniques and applications for understanding physical phenomena and communicating results effectively.

Emphasizes the value of teamwork, diversity, and effective communication for successful project outcomes.

Covers reversible discrete-time Markov chains in communication models.

Explores electromagnetic fields in a medium, focusing on macroscopic and microscopic fields and their sources.

Explores Green functions, complex analysis, and electrostatics, including EM waves and residue theorem.

Explores stakeholder engagement in risk governance, emphasizing the importance of assessing stakeholders' perceptions and values.

Presents the outcomes of an electromagnetism survey and emphasizes the value of student feedback.

Covers the goals, definition, types, and computational analysis of social media, emphasizing the study of human behavior through digital traces.

Covers the coordination of physics assistantship for electromagnetism course.

Explores the curl of a vector field and the calculation of path integrals in Cartesian coordinates.

Covers the fundamentals of electromagnetism, focusing on lines and waves.

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