Elon Musk Helical Engine, faster than the speed of light?:- In 2016, NASA announced that it had successfully tested EmDrive – a solar-powered electromagnetic propulsion engine.
Heaven is said to help humans move faster than light! After the first experiments were carried out in a vacuum below ground, scientists believe that EmDrive can continue to be developed, promising to one day help humans interplanetary, traveling from Earth to Earth.
The Moon in a very short time and only takes 1 week to reach Mars,… Is science fiction about to turn into reality? Is the EmDrive engine possible or not?
The EM Drive electromagnetic motor is a theoretical propulsion engine put forward by British inventor Mr. Roger Shawyer in 1999. Instead of applying heavy and expensive propellants, EM Drive will apply.
Microwave photons collide continuously in their reserves to create repulsion. According to Mr. Shawyer’s calculations, EM Drive will be able to take us to Mars in just 70 days. The only thing that makes this technology non-regulatory is that it goes against the laws of physics as we know it.
According to Newton: In all cases, when object A exerts a force on object B, object B also exerts a force on object A. These two forces have the same value, and the same magnitude, but the opposite. That means that for an engine to “push”, it has to push something out to move forward.
As in the universe, that thing is fuel. But the EM Drive works without any fuel, it’s powered by microwave photons bouncing back and forth in a sealed metal container. That particle motion causes the EM Drive to generate thrust, sending the “pointed tip” forward.
Tests Of Emdrive
From the day we came to know the vastness of the universe, we have longed for a way to travel through space either fast, or save fuel, or both. That is why people chase EM Drive engine dreams with such enthusiasm. In terms of operating mechanisms, EmDrive works by absorbing solar energy.
Therefore, they do not need any materials to operate like rockets. Thanks to this feature, Experts hope that mDrive will help reduce the actual weight of artificial satellites by more than half. NASA has already begun conducting tests of EmDrive, and in 2009, a team led by expert Roger Sawyer succeeded in generating 720 millinewtons of thrust from the EmDrive.
This is the right thrust to sustain satellites in outer space. At the time, however, the EmDrive building theories were quickly canceled. Scientists object to this story because they argue that EmDrive violates the basic laws of physics and has not been proven in a vacuum.
Undeterred, the team of experts continued their research. By 2015, researchers at the Johnson Aerospace Center had successfully tested electromagnetic propulsion in a vacuum. Although it looked impossible, in reality, the engine worked.
Physicists say that particles in a quantum vacuum cannot be split, so they cannot be used to generate repulsion, but NASA claims that Shawyer’s hypothesis has indeed been proven. The team at NASA at the time said: “NASA has successfully tested EmDrive in a complete vacuum.
This is the first thing that no other organization has done yet. At the same time, NASA continues to hypothesize. that the nature of the above repulsion is due to thermal convection.
” NASA revealed that the test was made possible because of the great contributions from a large community of enthusiasts, engineers, and many scientists from around the world. Going forward, they will continue to develop the 2nd generation of EmDrive, using superconductors and asymmetrical chambers to increase the strength of the thrust.
Not only NASA, in 2018, in a scientific report presented before the Space Propulsion Conference taking place in France, a team of German physicists also announced the SpaceDrive project, a research program to research the propulsion mechanism of the rocket that they hope to, one day we will cross the galaxy.
Specifically, they published the results of research on electric motors from EM Drive. Although they did not reveal the secret of how this engine works, they still managed to create an extremely sensitive instrument, which, among other small successes, allowed future tests of the EM Drive. will be more efficient.
German scientists at that time were building a precise engine test facility, to answer once and for all the question “Can the EM Drive engine work”. In their research, they say that over the past four years they have designed a delicate balancer placed in a vacuum chamber that can measure the motion of the EM Drive engine with a laser.
The EM Drive engine that German physicists created is a copper cavity similar to the one NASA built and tested in 2016. The German team limited the power supply to the engine to 2. watts and the laser sensor detects a strong repulsion of about 4 micro-Newtons.
Using this as a benchmark, we have this EM Drive’s power-to-thrust ratio of 2 million Newtons/kilowatt, which is almost double what NASA achieved at 1.3 milli Newtons/kilowatt.
The scientists found that when they redirected the “spike end” of the EM Drive engine, the thrust direction of the engine also changed, but the thrust did not decrease, no matter what state the EM Drive engine was in. no matter how much energy was introduced.
This clearly shows that this repulsion is not coming from within the engine but from some electromagnetic interaction. So what will EmDrive do? Will it help planes take off vertically, launch cheap satellites, and spaceships travel at the speed of light? NASA’s Spaceship Ideas at the Speed of Light In a 2014 interview,
Shawer said that “EmDrive could revolutionize the aerospace industry, and it also proves the shortcomings of physics Companies and institutions don’t want to learn it because it’s quite disruptive If customers are willing to pay hundreds of millions of dollars to launch satellites the old-fashioned way why would you do it? This technology will be a quantum leap, allowing aircraft to take off vertically, operate smoothly and use liquid hydrogen for fuel, which is environmentally friendly.
” In addition, if successful, EmDrive may help the idea of spaceships traveling at the speed of light turn into reality. In the past, NASA has repeatedly said that it is looking to build a spacecraft that can “jump” between very distant points in the universe by warping space and sliding up there.
In a forum post, NASA said that when they fired lasers into EmDrive’s resonator, some of the lasers traveled faster than the speed of light. This has reinforced the feasibility of the spacecraft that NASA has always dreamed of.
Can that become a reality? If so, in addition to changing the face of aviation on Earth, EmDrive also helps people go to many other places in the universe, not only to the Moon in 4 hours, but Mars in a few hours. week, but can also make numerous interstellar journeys throughout the universe. If the EmDrive engine works on a larger scale, it could take humans outside the solar system.
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Information Source:- DISCOVERY WT