This is how we can get to Mars in 30 minutes

With this new technology, moving in the human universe will be as simple as a walk.

Exploring the universe has always been a great desire for humankind. However, with the current technologies, we still have a lot of limitations in finding extraterrestrial life, the habitable planets for humanity in the future.

One of those limitations is the speed of interplanetary discovery ships. If the speed is further increased, the ability to explore the universe will take a long step compared to what humans have done for decades.

In recent times a number of studies have given a new direction to allow a rocket propulsion to fire a laser at a small spacecraft to bring its speed close to the speed of light , which will help Let us be able to go to Mars in less than an hour, faster than the monthly up-to-date travel time as the current speed.

One of those limitations is the speed of interplanetary discovery ships.

This idea was discovered by a scientist working in NASA's High Quality research program. It was explained by Philip Lubin, from the University of California, who led the Santa Barbara space research team:

"With this new propulsion technology, we will be able to bring small-scale reconnaissance robots to Mars in just a few days. Besides, this will also help humankind to explore these. planets within 25 light years - places that are considered potential to help people live.

Of which the most notable is Alpha Centauri star only about four light years away ".

In an article submitted to the British Astronaut Association (JBIS) Magazine in April 2015, Lubin called the technology DE-STAR (Direct Push System for the purpose of studying asteroids). fine) . He described the use of a small spacecraft with a length of about 1m.

The power of powerful lasers up to tens of giagawatts taken from the power source of the power plant placed in Earth orbit will be launched into sails on the hull to help propel ships faster in a vacuum of the universe.

"It will make the ship reach about 26% of the speed of light for about 10 minutes, so the distance to Mars will only take about half an hour, faster than Voyager when it takes to 3 days, and to Alpha Centauri planet only takes about 15 years ".

The more promising this is the technology we have available. Such direct energy propulsion is absolutely achievable. "This technology is no longer a science fiction story. Everything has changed , " Lubin said.

Unfortunately, there are currently no projects of the company considering the realization of this idea. Along with that limitation of this technology is not applicable to large-sized reconnaissance vessels, this will partly limit the carrying of basic measuring instruments, meaning data Sent back will be less.