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Light is clearly affected by gravity, just think about a black hole, but light supposedly has no mass and gravity only affects objects with mass. On the other hand, if light does have mass then doesn't mass become infinitely larger the closer to the speed of light an object travels.


I believe this question intrigues several high schoolers as most tend to apply classical mechanics and arrive to the conclusion that photon has no mass. 1. Know the difference between mass and rest mass. Photon has a zero rest mass. This means tha...


Gravity is a very tricky thing but yes it does affect light. If path of light happens to pass by a VERY big planet the planets strong gravitational field will redirect the path of light. share ...


Why is light affected by gravity if photons are massless? originally appeared on Quora: the place to gain and share knowledge, empowering people to learn from others and better understand the ...


Newton thought that only objects with mass could produce a gravitational force on each other. According to Newton’s theory, the force of gravity should not affect light. Einstein discovered that the situation is a bit more complicated than that. First he discovered that gravity is produced by a curved space-time.


Gravity has NO affect on the speed of light! Gravity DOES affect the space around matter, warping it slightly. So, if light from a distant star passes near the sun, it will be bent just a little, but it's SPEED remains the same.


Gravity does not effect speed of light ,so velocity is constant. Even if it effect the effect is negligible. So in short answer is 3*10 8 ms -1 -Thunder share with friends.


If photons of light have no mass, how can space be bent by gravity? by Jonathan O'Callaghan, 26 December 2013 Why does light appear to curve in the universe? comments. Here light is seen bending around a galaxy in a gravitational lens, an effect known as an Einstein Ring.


Astr Chapter 13. STUDY. PLAY. Degeneracy pressure is the source of the pressure that stops the crush of gravity in all the following except: ... How does the gravity of an object affect light? Light coming from a compact massive object, such as a neutron star, will be redshifted.


Second, it red shifts light coming from a massive object. Energy has no affect on whether light can escape a massive object because energy is a surrogate for mass and you know that escape velocity does not depend on mass. A massive object can never blue shift light coming from it. But it will also affect light of ALL frequencies.