Skip to main content
Physics

Return to Question

added 59 characters in body
Source Link
user140446
user140446
  • 3
  • 2

According special relativity, the clock ticks slower on spaceship moving at relativistic speed because the light travels a longer diagonal distance with respect observer on ground. My question is if light is a wave then how it gains the velocity of spaceship such that it travels in a diagonal

If light is a wave then how it gains the velocity of spaceship? such that it travels in a diagonal.

can light make an interference pattern in this scenario?

enter image description here

According special relativity, the clock ticks slower on spaceship moving at relativistic speed because the light travels a longer diagonal distance with respect observer on ground. My question is if light is a wave then how it gains the velocity of spaceship such that it travels in a diagonal

enter image description here

According special relativity, the clock ticks slower on spaceship moving at relativistic speed because the light travels a longer diagonal distance with respect observer on ground.

If light is a wave then how it gains the velocity of spaceship? such that it travels in a diagonal.

can light make an interference pattern in this scenario?

enter image description here

edited body; edited tags
Source Link
Qmechanic ♦
Qmechanic ♦
  • 213.1k
  • 48
  • 590
  • 2.3k

According special relativity, the clock ticks slower on spaceship moving at relativistic speed because the light travels a longer diagonal distance with respect observer on ground. My question is if light is a wave then how it gains the velocity of spaceship such that it travels in a diagonal   

enter image description here

According special relativity, the clock ticks slower on spaceship moving at relativistic speed because the light travels a longer diagonal distance with respect observer on ground. My question is if light is a wave then how it gains the velocity of spaceship such that it travels in a diagonal  enter image description here

According special relativity, the clock ticks slower on spaceship moving at relativistic speed because the light travels a longer diagonal distance with respect observer on ground. My question is if light is a wave then how it gains the velocity of spaceship such that it travels in a diagonal 

enter image description here

Source Link
user140446
user140446
  • 3
  • 2

How photon travel diagonally in a spaceship at relativistic speed according to Special Relativity

According special relativity, the clock ticks slower on spaceship moving at relativistic speed because the light travels a longer diagonal distance with respect observer on ground. My question is if light is a wave then how it gains the velocity of spaceship such that it travels in a diagonal enter image description here