Scientists FINALLY Discovered a NEW Way To Travel Faster Than Light!

Tuesday, April 19, 2022

What do you want to travel a long distance? A from one continent to another, you book an airplane, flight expecting to spend summer hours in the air. However, when it comes to space travel, you need to travel faster because all the points of interest so far away Space, Explorers have always been searching for a way to travel faster than light, which will allow them to get to deep space more quickly.

Basically, all the methods discovered have significant drawbacks, but scientists have found a new way. How does it work? What are the requirement? I assume it. Will you be able to travel with it? Join us as we bring you a new way to travel faster than light. 

Light is fascinating, and very important because without it, it will be difficult to watch this video. Thanks to the Sun and other artificial light sources, that humans have come up with. We can walk without running into objects unexpectedly. However, you have probably heard like travels and travels fast, but how fast his light? Interestingly, the exact speed of light is known and is the basis for most other measurement.

        The speed of light traveling through a vacuum is exactly 158 M or nine hundred eighty three million, five hundred seventy-one thousand and fifty, six feet per second. That means light. Will travel about 180 6282 miles in just one second, light is so fast that if you switch on a bulb in a dark room, the light fills everywhere nearly instantly and you won't notice that light travels. Another unit of measurement involving light is the light year, which is the distance that light can travel. In one year this value was about Six Trillion miles or 10 trillion kilometers. Is one way that astronomers and physicists measure immense distances across our universe.

As mentioned earlier. The universe is so vast that it can take light many years to travel from one part to another to illustrate light travels, from the Moon trois, rise in about one second, which means the Moon is about one light-second away. However, sunlight takes longer, requiring about eight minutes to reach our right? Meaning the sun is about eight light-minutes away light from Alpha Centauri, the nearest star system to our own requires roughly four-point-three years to get here to Alpha.

        Centauri is 4.3 light years away. Now the stars and objects beyond our solar system like anywhere from a few light-years to a few billion light-years out. This is why everything astronomers see in the distant. Universe is literally history when they study objects that are far away there, seeing light that shows the object as they existed at the time, that light. Left them. While there are a lot of fascinating things. You can do with light scientists have, tried to find a way to travel at the speed of light. This is interesting, as humans will. Finally become an interplanetary species.

For instance, SpaceX. Billionaire. CEO. Elon Musk wants to form a settlement on Mars. But as explorers have to bear at the minimum five months of travel through space before touching down on the red planet. This can even reach almost a year depending on how close the two Planet are and that is with all the It brings before touching down on the red planet. However, with speed of light travel, they can make a long trip in less than four minutes. Researchers have tried many different methods to achieve traveling at a very high speed.

        However, until a scientist announced the new discovery. We will bring you in this video. There has always been a problem that all other methods could not solve even to achieve at 1% of the speed of light, which is still plenty fast. As it can take you from Los Angeles to New York in a little over a second. Is very hard. The problem in a single word is energy. Any object moving Heather energy due to its motion and physicists call this kinetic energy to go faster.

You need to increase kinetic energy. The problem is that it takes a lot of kinetic energy to increase, speed to make something, go twice. As fast. Takes four times the energy, making something go three times as fast requires nine times the energy and so on for example to get a teenager who weighs 110 pounds to 1%. At the speed of light would cost two hundred trillion jewels as roughly the same amount of energy that two million people in the u.s.

        Use in a day. Take for example, the emdrive which was touted as the technology that would take us to the most distant parts of the universe very fast, this invention, which has even been patented theoretically, works by trapping microwaves, and has shaped chamber where they're bouncing produces thrust. The chamber is closed. Meaning from the outside. It will appear to Simply move without any fuel input or Any thrust output the emdrive relies on Newton's second law where force is defined as the rate of change of momentum.

Thus an electromagnetic or emm wave traveling at the speed of light as a certain momentum that will transfer to a reflector resulting in a tiny Force. This accumulated Tiny Fort in great quantity is what enables the emdrive which sounds simple. But also essentially turned our understanding of physics on its head no energy is going in or coming out which makes his ass Questions, like, how are the waves initialized? How do they continue to move? And where is their momentum coming from? You can't have spontaneous created momentum without an explicable push. Which is why many scientists don't even take the emdrive.

        Seriously, if the emdrive works, then it invalidate much of what physicists know about the universe. The emdrive was even put to the test by physicist at the Dresden University of Technology that showed the promising results obtained by NASA and China show. Owing thrust, were all false positives explained by outside forces. However, the warp drive that shows great promises as show my doctor Eric lent a physicist with over 10 years of experience in Practical applications lens wasn't even the first to work on making the warp drive the reality and not just sci-fi. The first person to attempt. It was the Mexican mathematician Miguel alcubierre in 1994. His proposal became the beginning of the official literature on warp drives.

Unfortunately, the alcubierre warp drive at it has come to Known requires a staggering amount of energy along it with the dreaded exotic matter as a CO ingredient--. This highly radioactive stuff is only theoretical it is not something researchers. That actually observed in nature. Much less created a handful of variations have been suggested to since including a 2010 update to the alcubierre drives physical design made by former NASA engineer. Dr. Harold, G. Sonny White, his update reduce the amount of energy needed to a Less daunting number even though it was still not practical because the solution also still required exotic matter. Albeit significantly less than the alcubierre solution. Another group of researchers from Switzerland known as applied physics, APL, put forth their own concept. Interestingly.

        Their Drive did not need any exotic material to create it warp bubble. However, their model could not go beyond the speed of light, which is the Holy Grail of space. Travel to explain how his concept is different from those already. First lens, first points to the physical structure of the classical alcubierre drive on which nearly all other Solutions are more or less based. He said the alcubierre solution provided an intuitive picture of what a warp drive would do that is contract, the space immediately in front of the central region, containing the ship or transport, and expand the space immediately behind the shows, the warp drive as a wave of curvature and which is ship will ride to its destination.

Even though it is the Cornerstone of warp travel. Ends argues. It is not even the essential feature instead. He says a solution proposed by physicists. Jose notarial, back in 2002 show that the expansion and contraction were necessary to transport the ship forward. Their work, prompted him to rethink, how a warp could be created using only traditional matter and not exotic matter. Natalia was able to prove that the expansion could be trivial or zero everywhere and still perform the same task of transporting a ship.

        This is a The can break through because it means that exotic matter the warps the space in front of the theoretical passenger and behind them in nearly all theoretical, warp drive solutions is no longer needed. And by building on at our EOS Theory lens created, his own variation that he believes is even more viable because it is rooted in conventional physics. Aside from this key material difference, Allen's indicated that his solution differs from alcubierre and most others geometrically due to how the energy is placed around the warp bubble.

Ville in the alcubierre solution, the energy density in curvatures, are maximally separated with the energy being restricted to a small Taurus between the regions of high contraction and expansion. The curvatures and sources in lenses. Proposal are instead, highly correlated with regions of high energy density in high expansion and contraction overlapping. Almost exactly.

        It is these it geometric distinctions between his concept and the traditional Concepts that make lenses proposal a potentially more viable warps. Ocean than those previously proposed. Of course, lent is warp. Drive is still completely theoretical. He does however, see, a few steps that can be taken right away to try to move his version closer to reality, which like all previous drive theories, includes reducing the amount of energy needed, where does lent want to take his warp drive from here.

He said, the next Target is to make a warp, bubble capable of moving.

At one percent, the speed of light, using a modern-day fission reactor, the Physicists said he would consider patenting his warp drive, but he made it clear. His work is just part of a larger rapidly growing body of work in this area that the recent increase in warp drive Concepts since alcubierre's. 1994 proposal, gives those in his field.

        Hope that a real testable version may be closer than we think. Len said it has been exciting to see how much progress has recently been made in the field of warp drive. He thinks many more advantages are ready to be made the looks forward to seeing what Next, few years, bring let's hear what you think of speed of light travel in the comments section below. 

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