The works of Asimov, Clarke, Heinlein, Herbert and Tolkien have all made their influence in one way, shape or form on Sewall's writing. He loves distance running, HALO, VW GTI's, military history, his kids and wife, though not necessarily in that order. He works at the Boeing Everett Delivery Center and watches airplanes from the past and present fly every day. The works of Asimov, Clarke, Heinlein, Herbert and Tolkien have all made their influence in one way, shape or form on Sew Justin Sewall is a sci-fi and aviation enthusiast. So the next time you are in the mood to break the light barrier, go ahead, shadowplay.Justin Sewall is a sci-fi and aviation enthusiast. It is still unknown if enough exotic material could exist in the universe to keep a wormhole open. Amazingly, this exotic material can exist according to the laws of quantum physics, and has even been created in physics laboratories - just in very small amounts. That вЂњsomethingвЂќ is what scientists call exotic material. If wormholes exist (the debate is still ongoing), then, вЂњThe only viable way of breaking the light barrier may be through General Relativity and the warping of space time,вЂќ Kaku writes.Д®ven if wormholes did exist, before anything could travel through them, something would have to keep them open. Kaku explained, вЂњIf I jiggle one electron, the other electron вЂsensesвЂ™ this vibration instantly, faster than the speed of light.вЂќ WormholesДЄ wormhole is a theoretical entity that would allow something or someone to travel vast distances instantaneously. What physicists found is that this communication can happen faster than the speed of light. QuantumВ entanglement is the strange phenomena where two particles are inexplicably linked and communicate even though they may be separated by distances as far as thousands of light years. Physicists believe this is what happened immediately following the Big Bang - within a trillionth of a trillionth of a second, the universe doubled in size repeatedly, resulting in the outer edge of the universe expanding much faster than the speed of light. вЂњTherefore, empty space can certainly expand faster than light.вЂќ вЂњSince nothing is just empty space or vacuum, it can expand faster than light speed since no material object is breaking the light barrier,вЂќ said theoretical astrophysicist Michio Kaku from Big Think. Empty SpaceД®mpty space does not contain material or information, therefore, it is massless. This is an illusion that darkness travels faster than the speed of light, and it is still agreed that no physical object can travel faster - since darkness has no mass. If the shadow is large enough, it could move across the surface faster than light. When a shadow is bigger than the object casting it, it moves at a greater distance but in the same amount of time. In this sense the speed of dark is equivalent to the speed of light.вЂќДЄlong some distance, a shadow can become larger than the object creating it. However, if we think of dark as the absence of light, dark is chased away by light and so it disappears at the same speed as light arrives. вЂњStrictly speaking dark cannot have a speed,вЂќ says Pete Edwards of Durham University. In principle, shadows can move faster than the speed of light. This is possible because it turns out that particles of light are not the only massless entities that exist in the universe. However, according to David Gross, a Physics Nobel Laureate, these particles will never reach the speed of light because they have mass.Д«ut certain entities have been found to reach faster-than-light, or superluminal speeds, while still maintaining validity to EinsteinвЂ™s theory of special relativity. Particles have been accelerated to 99.99 percent the speed of light in accelerators such as the Large Hadron Collider. SEE ALSO: Invisibility Cloaks Might Become a Reality Sooner Than You Imagined What makes light so special? It doesnвЂ™t have a resting mass.ДЄnd for years, it was believed that nothing could travel faster - but it turns out that is not entirely true. He also developed the fundamental equation E=mc2 in his Special Theory of Relativity, which predicted that nothing with mass can travel faster than the speed of light. Breaking the speed limit of the universe.ДЄlbert Einstein was the first to show that light travels at the same speed everywhere in the universe - a modest rate of 670,616,619 miles per hour.

Superluminal speed