Covers the basics of image acquisition, including optical devices, resolution factors, lens distortions, and sensor technologies.
Explores stress-based frequency tuning in micro/nanomechanical devices, covering black body radiation, optical nonlinearity, NETD, and dynamic range.
Covers the components and technologies used in electron microscopy, including detectors, lenses, aberrations, and specimen holders.
Covers the fundamental concepts of microscopy, explaining the need for magnification beyond the human eye and introducing advanced imaging techniques.
Explains ray optics principles, focusing on thin spherical lenses and object-image relationships.
Introduces the basic principles of ray optics, covering topics such as microscopy aspects, image formation, and laws of reflection and refraction.
Explores algorithm complexity, analyzing efficiency and worst-case scenarios of sorting algorithms.
Introduces fundamental optics concepts, covering refraction, reflection, interference, polarization, and more, exploring the behavior of light in different media.
Explores the impact of feedback on teaching and provides strategies for improvement based on student evaluation and self-reflection.
