Panspermia is the hypothesis that life originated elsewhere in the universe and was then transported to Earth by means such as comets, asteroids, or meteoroids.

The simulation, published in the journal *Nature Astronomy*, shows that it is possible for life to be transported from Earth to other planets in the solar system, and even to planets in other star systems.

The simulation was conducted by a team of researchers from the University of California, Berkeley, and the University of Hawaii at Manoa.

The team used a computer model to simulate the transport of microorganisms from Earth to other planets.

The model took into account a number of factors, including the size and composition of the microorganisms, the distance between Earth and the other planets, and the amount of time it would take for the microorganisms to travel between the planets.

The simulation showed that it is possible for microorganisms to be transported from Earth to other planets in the solar system, even if the microorganisms are not protected by any special structures.

However, the simulation also showed that it is less likely for microorganisms to be transported to planets in other star systems.

This is because the distances between stars are much greater than the distances between planets in the solar system.

The simulation also showed that the type of planet that the microorganisms are transported to is important.

Microorganisms are more likely to survive on planets that have similar conditions to Earth, such as a rocky surface and a liquid water ocean.

The simulation suggests that it is possible that life may have originated on another planet and then been transported to Earth.

It is also possible that life originated on Earth and then was transported to other planets.

The simulation provides new evidence to support the hypothesis of panspermia.