- #1
Antonio Lao
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It cannot because the speed of photon is a constant in vacuum. So it also cannot deccelerate in vacuum.
but the acceleration vector is always perpendicular to the velocity vector.
Or whenever the acceleration changes only the direction of the velocity vector and not its magnitude.Integral said:In circular motion.
Yes, a photon can accelerate in a vacuum. According to the theory of special relativity, the speed of light is constant and cannot be exceeded. However, the energy and momentum of a photon can change, causing it to accelerate.
A photon accelerates in a vacuum by interacting with other particles or fields. For example, when a photon is absorbed and reemitted by an atom, it will change direction and its momentum will be altered, causing acceleration.
No, a photon cannot accelerate to infinite speed in a vacuum. As stated by the theory of special relativity, the speed of light is the maximum speed possible, and no particle can exceed it.
No, the acceleration of a photon in a vacuum does not violate the principle of conservation of energy. While the energy of a photon can change, the total energy in a closed system remains constant.
The understanding of photon acceleration in a vacuum has practical applications in various fields, such as telecommunications, astronomy, and particle physics. It helps in the development of technologies like lasers and fiber optics, and also aids in studying the behavior of light in space and the properties of subatomic particles.