Traveling at half of speed of light /2

If two objects are moving towards each other, in straight line, at speed of 100MK/h each one, the reference speed from each object towards each other is the combine speed. On this case, 200KM/h.

From Einstein, no object can go faster than speed of light.

What happens when two objects are moving towards each other at half of speed of light (c/2) plus any delta (Δ)? The relative speed for each object will be higher than the speed of light.

If a third actor (C) is, let's say, at a distance of 1 second of c from both objects, and there is a light source inside each object moving at c/2+Δ, the light will:

travel from A (or B) to C in 1 second
from A to B (or B to A) in 1 second

but,

how C will see the light moving from A to B (or B to A) ?
how an actor in A (or B) will see the relative speed of moving to each other?

Comments

IT - My Home Platform View - All Infrastructure

Some ideas Deploy a harverster cluster Deploy a rancher server

TV Mini-serie - Lady in the Lake (2024)

Movie - The Gray Man (2022)

My views Plot In 2003, senior CIA official Donald Fitzroy visits a prisoner named Courtland Gentry in Florida. Eight years earlier, Courtland was a minor convicted of killing his abusive father to protect his brother. Fitzroy offers him his freedom in exchange for working as an assassin in the CIA's Sierra program, an elite black ops unit, which will allow him to exist in the gray. In 2021, Courtland, now known as Sierra Six , is working with fellow CIA agent Dani Miranda to assassinate a target named Dining Car suspected of selling off national security secrets in Bangkok during the national Songkran festival. Unable to do so stealthily without harming civilians, he attacks Dining Car directly, mortally wounding him. Before dying, he reveals he was also in the Sierra program as Sierra Four. He hands Six an encrypted drive detailing the corruption of CIA official Denny Carmichael, the lead agent on the assassinatio...

My things

Search This Blog