superposition Definition
- 1the combination of two or more waves or fields to form a resultant wave or field in which the displacement at any point is the sum of the displacements that each wave or field would produce separately
- 2the principle that in a system where two or more waves or fields are present, the total displacement at any point is the sum of the displacements of the individual waves or fields at that point
Using superposition: Examples
Take a moment to familiarize yourself with how "superposition" can be used in various situations through the following examples!
Example
The superposition of sound waves can create a complex pattern of interference.
Example
The principle of superposition is used to analyze the behavior of waves in physics.
Example
The superposition of two colors can create a new color.
Example
The superposition of two images can create a composite image.
superposition Synonyms and Antonyms
Synonyms for superposition
Phrases with superposition
a fundamental principle of quantum mechanics that describes a challenging concept in which a particle exists in multiple states simultaneously until it is observed or measured
Example
Quantum superposition is a key concept in quantum computing.
the overlapping of light waves from different sources, resulting in a combined pattern of light and dark areas
Example
Optical superposition is used in holography to create 3D images.
the overlapping of electronic wave functions in a solid, resulting in the formation of energy bands
Example
Electronic superposition is responsible for the electrical conductivity of metals.
Summary: superposition in Brief
The term 'superposition' [soo-per-puh-zish-uhn] refers to the combination of two or more waves or fields to form a resultant wave or field. It is a principle used to analyze the behavior of waves in physics and can create complex patterns of interference. Superposition extends into phrases like 'quantum superposition,' 'optical superposition,' and 'electronic superposition,' describing overlapping states in quantum mechanics, light waves, and electronic wave functions, respectively.
