Can anything travel faster than the speed of light?

In 1676, by learning the movement of Jupiter’s moon Io, Danish astronomer Ole Rømer calculated that light-weight travels at a finite pace. Two decades later on, setting up on data gathered by Rømer, Dutch mathematician and scientist Christiaan Huygens became the first person to try to identify the real pace of gentle, according to the American Museum of Normal Background in New York Town.

Huygens came up with a figure of 131,000 miles for each next (211,000 kilometers per 2nd), a quantity that isn’t really exact by today’s standards — we now know that the velocity of mild in the “vacuum” of vacant room is about 186,282 miles per 2nd (299,792 km for each 2nd) — but his assessment showcased that gentle travels at an amazing pace.

In accordance to Albert Einstein‘s concept of specific relativity, gentle travels so rapidly that, in a vacuum, practically nothing in the universe is capable of moving more rapidly.