Tango-Tiger

in science fiction movies There are SLOT XOmany examples of spaceships traveling through space at the speed of light. or faster than light but in reality Is traveling faster than light possible?

The new research was written by American physicist Erik Lentz, who previously worked at Germany's University of Goettingen. proposed the theory that How is it possible to travel faster than light?

Lentz and his team believe Journeys to distant stars and planets may be possible in the future. But this will only happen if spacecraft can travel faster than the speed of light.

Light can travel at a speed of about 300,000 kilometers per second. The famous physicist Albert Einstein's theory of relativity points out that It is impossible for us to travel faster than light.

As a result, the latest research on the subject has centered on a theory beyond the usual explanations of so-called "hypothetical particles" and states of matter with unusual physical properties that allow them to travel faster than light.

The report stated that Such matter may not be found or cannot be produced in necessary quantities. The new report focuses on possible engineering solutions. more than theoretical research

The study describes a plan to achieve ultrafast travel by creating what the researchers call successive solitons as the basis for an efficient propulsion system. Solitons are compact waves that maintain their speed and shape in motion with minimal energy loss.

In addition, research suggests that such an approach allows it to travel at any speed. The results of this research were published in the recent editions of the journal Classical and Quantum Gravity.

The researchers explained in a press release that This method uses the structure of space and time defined in the soliton as a way to travel faster than light.

Lentz told Reuters the "warp drive" technology could be used to significantly reduce travel times. That could make future travel to distant space objects possible.

The nearest star other than our solar system is Proxima Centauri, which is approximately 4.25 light-years away, or the distance light travels in a year.

Lentz went on to say that using conventional rocket propulsion it would take about 50,000 to 70,000 years to reach Proxima Centauri, and that the journey using nuclear propulsion technology would take about 100 years, but traveling at the speed of light would take as little as 100 years. 4 years 3 months only

The researchers' plans offer hope for faster-than-light travel, which could lead to distant interstellar travel within the human lifetime.

Lentz said that much more research is needed to make this a reality, but also to reduce the energy needed to the level of modern nuclear reactors. And that there must be a way to develop and speed up the soliton as well.

Lentz considers this research and development process difficult. But it's not impossible. He said more steps could be taken in the years to come, with a fully operational version probably within the next 10 years.

He added that the first true light-speed travel could be tested years later. He himself would like to see this technology in action during his lifetime.