The zero-point energy is nonzero in quantum theory due to particles oscillating with this type of motion, in which a body oscillates along a line about a central point such that it ranges an equal distance on each side and such that its acceleration is proportional to its distance from the point.
The zero-point energy is nonzero in quantum theory due to particles oscillating with this type of motion, in which a body oscillates along a line about a central point such that it ranges an equal distance on each side and such that its acceleration is proportional to its distance from the point.
The zero-point energy is nonzero in quantum theory due to particles oscillating with this type of motion, in which a body oscillates along a line about a central point such that it ranges an equal distance on each side and such that its acceleration is proportional to its distance from the point.
simple harmonic motion