German physicist discovers a way to travel faster than light

A physicist at the University of Göttingen, Germany, announced that he had found a theoretical way to travel faster than light, which if actually happened would allow incredibly fast movement in space.

And the Monte Carlo website quoted the New York Post, the American newspaper, that the German physicist Eric Lintz hypothesis is based on a new theoretical molecule, in which “solitons”, or ultra-fast compact waves that do not dampen over long distances, can travel at any speed with Respect the laws of physics.

Lintz believes that solitons can travel faster than light and "create conductive plasmas and classical electromagnetic fields".

But to reach this speed, the vehicle requires a huge amount of energy that cannot be obtained with modern technology.

"My work shifts the faster-than-light problem from theoretical research in fundamental physics to engineering," said Lintz.

The next step is figuring out how to make the huge amount of energy needed within the reach of today's technologies, such as the modern large fission nuclear power plant.

Then we can talk about building prototypes."

If researchers are still interested in this technology, it is because interstellar travel still depends on scientific discoveries in this field.

Currently, it will take the rocket about 6,300 years to reach Proxima Centauri, the star closest to the Sun in the Solar System.

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