Single Photon Detection: Techniques and Applications

Related lectures (32)

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Covers internal gain in optical detection systems, focusing on avalanche photodiodes and the calculations for optimal gain and signal-to-noise ratio.

Explains the principles of photomultiplier tubes and their applications in optical detection, focusing on gain, efficiency, and signal amplification.

Explores environmental legislation, noise protection, and exposure limits for road traffic and aircraft noise.

Covers the principles and applications of electron bombarded charge-coupled devices for efficient single photon detection.

Covers high dynamic range technologies in CCD and CMOS cameras, focusing on noise reduction and saturation techniques.

Covers noise sources in CCD cameras, focusing on reset noise, readout noise, and methods for noise suppression like correlated double sampling.

Explores laser fundamentals, noise sources, and beam steering technologies using optical fibers and ultrafast lasers.

Covers the basics of image processing for microscopy, including acquiring, correcting defects, enhancing images, and extracting information.

Explores the quantum properties of photons, covering their wave-particle duality and implications in various experiments.

Explores amplitude and phase modulation, noise figures, and detector noise in fiber amplifiers.