Microwave transmission

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

Explores the magnetic properties of everyday objects and the generation of magnetic fields.

Delves into wireless link transmission fundamentals, noise considerations, signal propagation, and signal-to-noise ratio calculation.

Covers the basic steps in magnetic resonance and acknowledges the contributions of various individuals.

Explores circuits operating quantum mechanically at ultra-low temperatures and the interaction of atoms and photons in a cavity.

Explores wireless localization methods, challenges, and technologies like UWB and FMCW.

Explores Quantum Metrology with Atoms in a Cavity, covering spin-squeezing, entangled states, and interaction-based metrology.

Covers antenna arrays, beamforming techniques, and their applications in modern wireless communication systems.

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