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Runaway Monocle
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Just curious. You can do a lot of stuff with quaternions that you can't in vectors.
Runaway Monocle said:Just curious. You can do a lot of stuff with quaternions that you can't in vectors.
Maxwell's equations in quaternions are an alternative mathematical representation of the classical electromagnetic field equations. They are based on the use of quaternions, which are a type of hypercomplex numbers that extend the concept of complex numbers.
Maxwell's equations in quaternions provide a more compact and elegant way of expressing the fundamental laws of electromagnetism. They also have applications in areas such as 3D computer graphics, robotics, and quantum mechanics.
You can find a PDF of Maxwell's equations in quaternions in various online sources, such as academic databases, research websites, and scientific journals. Alternatively, you can also purchase a printed copy of the equations from a bookstore or online retailer.
Maxwell's equations in quaternions use quaternion algebra instead of vector calculus to represent the electromagnetic field equations. This allows for a more concise and geometrically intuitive way of understanding the equations.
While they are not as commonly used as the traditional form of Maxwell's equations, they have gained recognition and use in certain fields, such as robotics and computer graphics. However, they are still an active area of research and their full potential is yet to be fully explored.