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This is a theory-and-practice QGIS course that covers everything from analysis basics to advanced functions and visualization techniques. Start your QGIS journey with this unprecedented all-in-one course!!

If calculus is too difficult? From the basics, step by step! Covers university-level calculus.

This course covers the theory of special relativity proposed by Albert Einstein in 1905, which has profoundly influenced our perspective on physics, space, and time. Learners will explore various concepts such as length contraction, time dilation, and the Lorentz transformation.

This course is a continuation of *8.05 Quantum Physics II* and introduces important model systems studied in modern physics. Learners will explore two-dimensional electronic systems, the fine structure of hydrogen, lasers, particle scattering, and more.

This course is the first in the undergraduate quantum physics sequence and introduces the fundamental features of quantum mechanics. It covers experimental foundations, wave mechanics, and the Schrödinger equation in one and three dimensions.

This course covers calculus at a first-year university level. In particular, it focuses on the integration of single-variable functions, allowing you to master various integration methods and technical approaches. As applications of integration, we will cover problems such as volume and surface area. You will also learn numerical integration methods using Python coding.

This course covers university-level first-year calculus. We focus intensively on single-variable function differentiation and learn various differentiation methods and formulas. As practical applications of differentiation, we select and study cases such as linear approximation, function increase and decrease, and optimization problems.