Having direction. See vector field
Vectors are quantities that are fully described by both a magnitude and a direction. http://www.physicsclassroom.com/class/1DKin/Lesson-1/Scalars-and-Vectors
A vector is a quantity that involves both magnitude and direction. A vector is a mathematical quantity that encompasses both magnitude, which represents the size or extent of the value, and direction, indicating where the value is pointing or moving towards. In contrast, a scalar is a type of value that only holds magnitude and does not have a specific direction associated with it. Vectors are commonly utilized in various fields such as physics, engineering, and mathematics to represent physical quantities like velocity, force, and displacement, while scalars are used to denote quantities such as speed, temperature, and mass. The distinction between vectors and scalars is fundamental in understanding how quantities are represented and manipulated in the realm of mathematics and applied sciences.
ECE theory demonstrates that there are additional terms to be added to standard Maxwell Heaviside equations of conventional EM theory. These terms are the scalar and vector spin connection, ?0 and ?.
These terms can be considered as the time component of an axis of rotation and the space components of rotation respectively.
So, now the updated equation E = -(? + ?)? replaces the standard E = -?? where ? is the electric potential.
This added spin connection, ? allows electricity to be directly drawn from space as explained at the above mentioned websites.
Schauberger
It has become clear to some that the origins of all manifestations of life and motion lie in chemo-physical and electromagnetic causes, which on their part are triggered by plus and minus temperatures.
Will and counterwill are functions of the temperatures that arise for one reason or another. Work is a function of the temperatures that lie above or below the turning point or point of intersection - the anomaly point - in which all life arises (zero point). It is of similar nature to what we experience as the 'present', which is a function of an on-going extremely high velocity flow. This flow is an eternal motion-of-creation, which in turn gives rise to a constant creation-of-motion.[1] Thus we arrive at the fallacy and the explanation of the life that lies between birth and burial, which is the illusion that clothes evolution with reality. Temperature is thus the difference between differences, out of which the ceaseless movement of evolution arises, which is itself the product of tensions resulting from the contrasting directions of movement.
The movement of the planets is mirrored in the movement of earthly bodies and thus the possibility also exists to order the course of such planetary systems by means of a particular physical motion. Conversely, it is also possible to exploit planetary motion to produce physical motion, which will enable us to harness a constantly waxing motive force for our own use. Opposites have their appointed directions of movement and find their expression in the mutual interaction of living and moving matter. [From Schauberger, The Energy Evolution - Harnessing Free Energy from Nature - From Special Edition Mensch und Technik, Vol. 2, 1993, section 3.1]
James Clerk Maxwell
"9 coefficients determine the relationship between flux and intensity
6 of these coefficients form 3 pairs of equal quantities
3 pairs of equal coefficients will self-conjugate." [James Clerk Maxwell]
The original quote from "https://svpwiki.com/pdffiles/A_Treatise_on_Electricity_and_Magnetism.pdf - vol. I".
"The case in which the components of the flux are linear functions of those of the force is discussed in the chapter on the Equations of Conduction, Art. 296. There are in general nine coefficients which determine the relation between the force and the flux. In certain cases we have reason to believe that six of these coefficients form three pairs of equal quantities. In such cases the relation between the line of direction of the force and the normal plane of the flux is of the same kind as that between a diameter of an ellipsoid and its conjugate diametral plane. In Quaternion language, the one vector is said to be a linear and vector function of the other, and when there are three pairs of equal coefficients the function is said to be self-conjugate." [James Maxwell, A Treatise on Electricity and Magnetism - vol. I]
See Also
course
direction
Figure 2.10 - Triple Dual Vectors - In Rotary Motion
Figure 3.1 - In and Out Vectors or Directions
Figure 3.13 - Orthogonal Vector Potentials
Figure 3.14 - Initial Vector Polarizations
Figure 3.17 - Balanced Vector Tendencies or Motions
Figure 3.26 - Formation of Spheres along Six Vectors of Cubes
Figure 3.34 - Electric and Magnetic Vectors
Figure 3.5 - Conflicting and Opposing Vector Potentials
Figure 4.1 - Triple Cardinal Directions Vectors or Dimensions
Figure 4.3 - Single Mode Electric Vector Generating Circular Motion also Shown within Triple Vectors
Figure 4.4 - Triple Vectors in Orthogonal Motions
Figure 4.6 - Triple Vectors in Motion on Triple Planes
Figure 4.7 - Triple Planes and Polar Vectors of Motion
Figure 6.3 - Cube with Orthogonal Vectors
Figure 7.11 - Russells Vacuum becoming Matter on Three Vectors
Figure 10.07 - Corner Vortices and Vectors
Figure 16.05 - Electric Centering Shaft around which dances Magnetic Vectors
orient
Poynting Vector
vector boson
Vector Field
4.1 - Triple Vectors
4.2 - Triple Vectors and Rotation