UC San Diego researchers discovered that they have discovered a space highway that can travel much faster through the solar system than conventional methods. This new route allows for rapid movement of objects through space and can be used for the analysis of comets or asteroids approaching Earth or for space exploration purposes.
According to a paper published in Science Advances, the new space highway was discovered while analyzing the gravitational effects of planets in the solar system. The most striking example is, for example, Jupiter comets and Centaur asteroids affecting Jupiter’s strong gravitational forces, which theoretically could move 100 AU in less than 10 years to Neptune within 100 years. If it is a spacecraft with propulsive power, it can be considered to be a long distance. For reference, 1AU is 150 million km.
The research team revealed that they found the route by collecting numerical data on the orbits of Uranus and beyond millions of the solar system from the asteroid belt and analyzing the manifold structures that make up the celestial bodies. It is said that many planets and other planets have found the potential to make use of gravity to allow the probe to navigate to distant planets much faster than before and even to outer space with less propulsion. In addition, the results of this study can be applied to study movements such as asteroids that may collide with the Earth in the future.
This research does not mean that humans can reach planets farther than Mars. More research is needed to see how they can be used in spacecraft and spacecraft, or how these manifolds work near Earth. Nevertheless, it is a study that leads to the imagination that one day humanity may be able to visit other planets through the space highway. Related information can be found here .
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