Closer to Mars: Construction began on nuclear fusion engine that would cut space travel in half

Closer to Mars: Construction began on nuclear fusion engine that would cut space travel in half

The Space company based in United Kingdom, Pulse Fusion, has reported that it is in the process of building a engine rocket based on the nuclear fusion for propulsion.

If everything goes according to your calculations, you might not only shorten the time it takes to travel to Mars by half, but also allow us to reach any corner of our Solar System more quickly, since the exhaust velocity of the new engine could cause a rocket to reach more than 800,000 kilometers per hour.

“Humanity has a huge need for faster propulsion in our growing space economy, and fusion delivers 1,000 times more power than conventional ion thrusters currently used in orbit,” said Richard Dinan, CEO of Pulsar Fusion.

“In short, if humans can achieve fusion for energy, So fusion propulsion in space is inevitable. We believe fusion propulsion will be demonstrated in space decades before we can harness fusion for energy on Earth.”

It’s no secret that the nuclear fusion It is, for a long time, An energy that the human being aspires to control. This clean energy could be key to the fight against climate change. Thus, Nuclear Fusion (together with renewables) will be key so that in the future the world can get out of the catastrophic model based on the burning of fossil fuels and get cheap, abundant, environmentally responsible and safer energy than fission reactors.

Inspired by the Sun, scientists have been working tirelessly in nuclear fusion reactors that have achieved general Record temperatures. The key to fusion energy is to generate heat in a sustained manner. Pulsar Fusion’s new direct fusion (DFD) rocket engine will reach several hundred million degrees, creating temperatures higher than those of the Sun.

However, despite the record temperatures, the truth is that what produces this is that it is uncontrollable, since it melts any material existing on the planet. Dinan, founder of Pulse Fusion, has stated that he is confident that this type of energy will propel spacecraft before powering devices on Earth.

If DFD system problems are fixed, the company says it would be possible significantly reduce the transit time to Mars, Jupiter and Saturn. Astronauts who want to study the possibility of life on Titan, one of Saturn’s moons, could make the trip in two years, compared to decades with a DFD drive. The thruster could even facilitate exploration beyond the Solar System.

Engineers are building the engine at a test facility in Bletchley, England. Right now the company is laboring closely with the United Kingdom Space Agency to develop and build a rocket that can work based on this nuclear fusion. It is a very important step, since along the way they must Overcoming and overcoming obstacles that produces the control of The queen of clean energy.

Approaching the operation of the reactor, the machinery works creating plasma in electrically charged particles that then use a rotating magnetic field to generate the thrust. The escape of these particles will occur at no less than 800,000 kilometers per hour. Now then This is hypothetical and has not yet been tested.

But Confine superhot plasma with an electromagnetic field is a huge challenge. To better understand the complex plasma, the company is using AI machine learning to study data from the PFRC-2 fusion reactor. The simulations will evaluate the performance of nuclear fusion plasma for propulsion when it exits a rocket engine emitting exhaust particles at hundreds of kilometers per second.

“The plasthma behaves like a weather system in terms of being incredibly difficult to predict using conventional techniques,” said James Lambert, chief financial officer of Pulsar Fusion. “Scientists haven’t been able to control turbulent plasma when heated to hundreds of millions of degrees, and the reaction just stops.”

As important as these advances are, We must continue to emphasize that they are hypotheses. Controlling nuclear fusion in order to use it as a source of energy and movement is a major obstacle. Will be needed Highly accurate simulations before moving on to field testing. More considering that this reactor will reach millions of degrees of temperature.

Stephanie Thomas, vice president of Princeton Satellite Systems, which is assisting in the rocket’s testing, said in a press release:Direct fusion motor is a revolutionary technology that allows us to reach destinations in deep space much faster and with large amounts of energy. It’s a radically different way of conducting deep-space missions that will save time and money and allow us to do more science when we get there.”

Dinan, in a press release, stressed that the human being needs this kind of energy and propulsion. “The truth is that if we had this technology. we could get out of the orbit of the planets of the Solar System and increasingly go farther into space. New technologies are enabling purposes of occupying planets apart from Earth are getting closer. Nuclear fusion will undoubtedly be key to the future of the expeditions that are sent.


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