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**Difference**: A

**photon**has the properties of both wave like and particle like, but

**quantum**does not.

**Quantum**can be compared to a measure of quantity, but a photon is not about a measure of quantity.

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## Difference between Quanta and Photon || 11th Class||Mr. Praveen Kumar ||

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## What is the difference between a photon and a light quantum?

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So photon is the excitations of electric and magnetic field, running together. The photon is a particle name encoded by Einstein due to his entrapertation to the photoelectric effect, but also it is light quantum as a packet of energy , so it s particle-like property of light, in conclusion, the answer is no difference.

## What is a photon in physics?

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A photon can also be described as a type of quantum, that is, a tiny particle. Some other types of quanta (plural) are electrons, neutrinos, and the Higgs boson. A quantum is the tiniest particle possible of a particular substance.

What is a photon?

A photon is a particle of light defined as a discrete bundle (or quantum) of electromagnetic (or light) energy.Photons are always in motion and, in a vacuum (a completely empty space), have a constant speed of light to all observers. Photons travel at the vacuum speed of light (more commonly just called the speed of light) of c = 2.998 x 10 8 m/s.

Is photon a particle or a wave?

Secondly, the photon is now thought of as a particle, a wave, and an excitation—kind of like a wave—in a quantum field. A quantum field, such as the electromagnetic field, is a kind of energy and potential spread throughout space. Physicists think of every particle as an excitation of a quantum field.

What is the speed of a photon?

Credit:JFC. A photon is the smallest discrete amount or quantum of electromagnetic radiation. It is the basic unit of all light. Photons are always in motion and, in a vacuum, travel at a constant speed to all observers of 2.998 x 10 8 m/s. This is commonly referred to as the speed of light, denoted by the letter c.

What is the mass of a photon?

Also , as photon is essentially nothing but energy, it has no mass whatsoever. Photons and electrons are both fundamental particles, the former of electromagnetic waves and the latter of atoms. Together, they are can cause the flow of electricity.

## What is the difference between a photon and an elementary particle?

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Photon: A photon can be defined as quantum of energy. Elementary particle is a particle that does not have a substructure. Elementary particles are the building blocks of the universe from which all other particles are made. The photon is the quantum of electromagnetic radiation (e.g. radio, light,x-rays, gamma rays) or the basic unit of light.

**photon is a packet of energy while the electron is a mass**. Moreover, the photon does not have a rest mass, but an electron has a rest mass.

What is the difference between photon vs electron?

Summary – Photon vs Electron. Photon is an elementary particle, and we can describe it as a packet of energy while the electron is a subatomic particle having a mass. Therefore, we can say that the key difference between photon and electron is that the photon is a packet of energy while the electron is a mass. 1. Jones, Andrew Zimmerman.

What type of particle is a photon?

Photon is an elementary particle. Elementary particle is a particle that does not have a substructure. Elementary particles are the building blocks of the universe from which all other particles are made. Photons belong to the category of elementary bosons. Albert Einstein is considered to be the father of the modern concept of photon.

What are the properties of photons?

A photon is the “quantum of electromagnetic radiation”. In other words, it is the smallest and the fundamental particle of an electromagnetic radiation. A photon has no mass, no electric charge and it is a stable particle. These particles possess wave-particle duality. It has 2 polarization states.

What is the substructure of a photon?

Photon is an elementary particle that does not have a substructure. Elementary particles are the building blocks of the universe; all other particles are made from these particles. Photons belong to the category of elementary bosons. Albert Einstein is the father of the modern concept of photons.

## What is the difference between a photon and a phonon?

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Usually quanta refer to particles, so electromagnetic waves/light have their own quanta which are called photons. So a photon is a quantum (specifically) of light. A phonon is a quantum of sound, etc.

**difference**between photon and phonon is that photon is (particle) the quantum of light and other electromagnetic energy, regarded as a discrete particle having zero rest mass, no electric charge, and an indefinitely long lifetime it is a gauge boson while phonon is (physics) the quantum of acoustic or vibrational energy (sound), considered a discrete particle rather than a wave.

What are the similarities and differences between a photon and a photon?

Similarities: Both Photons and Phonons are quanta of a field. Differences: Photons are quantum of Electromagnetic energy ( constituting the entire Electromagnetic Spectrum) whereas Phonons are quantum of acoustic energy ( also quantised vibrations in a crystal lattice)

What is a phonon and photon?

In this article, we are going to discuss what phonon and photon are, their similarities, their definitions, applications of phonon and photon and finally the difference between photon and phonon. What is Photon? Photon is a topic discussed in wave mechanics. In the quantum theory, it is observed that waves also have particle properties.

What is the photon theory in physics?

Photon theory is the underlying theory that most of the modern physics is dependent on. Phonon is also an important concept in studying materials and their internal oscillations.

What is a photon made of?

In MC Physics terms, a real photon is made of 2 opposite charged and very weak strength photonic mono-charges, which are most likely called in current theory ‘phonons’. Those individual mono-charges can and do join atoms and particles (ie are absorbed) during charge neutralization.

References:

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