Relativity

Einstein’s most famous equation is E = mc², which describes the rest mass energy inherent to particles. But motion matters for energy, too. — One of the most profound insights to come about in all of physics has been what’s easily Einstein’s most famous equation: E = mc². Quiet simply, it states that energy is equal to an object’s mass multiplied by the speed of light squared. This simple-seeming mathematical relation holds an enormous…

As I’ve written before, mathematics rules in the theory of relativity. So many corollaries from the theory of relativity contradict everyday experience and “common sense” based on it. Below I will list the most interesting counterintuitive implications of this theory. …

The space-time continuum is a concept in physics that refers to the idea that space and time are two aspects of a single entity, called spacetime. …

How beautiful it is to think and wonder about the meaning and fascinating prediction of physics using mathematical equations. It doesn’t even give us the meaning but provides a sense of weirdness and complication that our universe possesses. …

Higher gravity = Slower time to self Higher acceleration = Slower time to self Larger systems of self = Slower time to self Higher vibrations are slower in action? Rather its more compacted in relation, there is more information in comparison to process. Sending a current through something that has…

By Pio Robot What is Einstein’s theory of relativity? Einstein’s theory of relativity is basically a theory in physics that describes how space and time are interconnected and how they are affected by the presence of mass and energy. What can we use it for? The short answer is for anything heavy, fats or heavy and fast. The long answer is that…

Nonlocal Light Cone Entanglement Spacetime Sculptures dx4/dt=ic: Fuji GFX100 Medium Format Photography

Intuitively, one would immediately like to say that no, one cannot stop time. However, such an answer would not be complete. …

The Achilles Twins Paradox: Proof of a Preferred Frame? Paradox Abstract: Both Achilles and Bob spend the exact same amount of time accelerating and decelerating at the same rates. Both Achilles and Bob spend the exact same amount of time in inertial frames moving at the exact same constant velocities relative to one-another. The only asymmetry is that they…