If Light Has No Mass, Why Is It Affected by Gravity?

Newton's laws of gravity have long been used to explain the motion of planets, moons, and other massive objects in the universe. But they failed to account for one crucial phenomenon — the bending of light by gravity. In this video, we explore how Einstein's theory of general relativity provided the missing piece of the puzzle. Learn how massive objects like the Sun warp space-time, causing light to bend, and discover the groundbreaking 1919 experiment that confirmed Einstein's predictions. Watch to understand why gravity is not just a force, but a consequence of the curvature of space-time itself.
#generalrelativity #newtoniangravity #einstein #gravitationalbending #spacetimecurvature #lightandgravity #spacephysics #gravityexplained

[TheBigRatRace]

Einstein was wrong. Kinda. Light does have mass. Think of a spectrum of any type. Tiny on one end huge on other end. A spectrum. Okay, now put mass into the spectrum with light on one end and a black hole on the other. Tiny. Huge. Light has mass I guarantee you. The tiny end has so little mass it really couldn’t be registered or barely (light) and the other end has so much mass it eats stars lol that’s the other end, or close to it. There’s the spectrum of mass folks. This is why you have different frequencies. Colors. Weird rocks and materials in between, because mass is a spectrum.

[RB-ejwk]

maan when they finally dropping quantum gravity? I wanna know