Abstract The most common way to mathematically define the angular moment is through the vector product operation as defined by Josiah Willard Gibbs and at the same time by Oliver Heaviside. This way, the contribution of this article is to show that the definition of angular moment can also be made using other algebraic systems existing and less known to most students, such as Hamilton algebra, Grassmann algebra and Clifford geometric algebra. Finally, we make a critical comparison between these definitions and their meanings.</p
When studying an N-particle system by means of N-1 vectors i.e., by means of a vector parametrizatio...
We first review the definition of the angle between subspaces and how it is computed using matrix al...
This “Introduction to vector- methods and their various applications to physics and mathematics” is ...
As in classical mechanics, rotation in quantum mechanics is a transformation which deals with angula...
The commutation relations of an arbitrary angular momentum vector can be reduced to those of the har...
The usual description in basic electromagnetic theory of the linear and angular momenta of light is ...
The usual description in basic electromagnetic theory of the linear and angular momenta of light is ...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
Let us use the same definition as in classical mechanics L ̄ = r ̄ × p̄, (1) where r ̄ and p ̄ are...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
We first review the definition of the angle between subspaces and how it is computed using matrix al...
When studying an N-particle system by means of N-1 vectors i.e., by means of a vector parametrizatio...
We first review the definition of the angle between subspaces and how it is computed using matrix al...
This “Introduction to vector- methods and their various applications to physics and mathematics” is ...
As in classical mechanics, rotation in quantum mechanics is a transformation which deals with angula...
The commutation relations of an arbitrary angular momentum vector can be reduced to those of the har...
The usual description in basic electromagnetic theory of the linear and angular momenta of light is ...
The usual description in basic electromagnetic theory of the linear and angular momenta of light is ...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
Let us use the same definition as in classical mechanics L ̄ = r ̄ × p̄, (1) where r ̄ and p ̄ are...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
The theory of angular momentum and spin in quantum mechanics seems to defy common-sense intuition.We...
We first review the definition of the angle between subspaces and how it is computed using matrix al...
When studying an N-particle system by means of N-1 vectors i.e., by means of a vector parametrizatio...
We first review the definition of the angle between subspaces and how it is computed using matrix al...
This “Introduction to vector- methods and their various applications to physics and mathematics” is ...