Speed of light

Often I can feel when a blogging break is needed or coming yet this one just seemed to naturally happen. At times they’re for personally reasons, other times one will feel the need to clear the channel/turn inward or, life just gets ample in other ways. Often when I take a pause I go back and review notes made and share… yet… that’s not the direction we are heading in. We’re forerunning and full forward into 2019 while remaining very much present in the now.

From the past few years, the technique of long exposure photography has become increasingly popular among photographers. Long exposure photography is a

A team of researchers claim that the speed of light can be manipulated to reach a standstill when two beams of light are tuned to converge at 'exceptional points,' or a single mode of light.

One frequent question I get is whether we can break the light barrier—because unless we can break the light barrier, the distant stars will always be unreachable.

Posted on November 21, 2017 Scientists don't tend to be satisfied with a description like "really fast." Scientists look for a way of measuring exactly how fast something moves. Even something that moves really, really, really fast, like light. On this date in 1676, the Danish astronomer Ole Rømer presented his data and method for calculating the speed of light. The story of Ole Rømer's work in this field is pretty complicated. But two important points come out of this story: 1. The story of…

a collection of fine art light trail photography

Download this Green Dynamic Curve Movement Speed Light Effect, Green, Motion Speed Light Effect, Motion PNG clipart image with transparent background for free. Pngtree provides millions of free png, vectors, clipart images and psd graphic resources for designers.| 5861622

What is the true speed of light? What does it tell us? Astronomers use light-speed to measure and understand the universe's expansion.

The speed of gravity is taken to be exactly equal to the speed of light. But is that necessarily true? Here's how we know.