According to a new study by a team of Harvard researchers, there could be thousands of interstellar asteroids like ‘Oumuamua in the Solar System, which has implications for the spread of life.
The post The Solar System Probably has Thousands of Captured Interstellar Asteroids appeared first on Universe Today.
The theory of Panspermia states that life exists through the cosmos, and is distributed between planets, stars and even galaxies by asteroids, comets, meteors and planetoids. In this respect, life began on Earth about 4 billion years ago after microorganisms hitching a ride on space rocks landed on the surface. Over the years, considerable research […]
The post Galactic Panspermia: Interstellar Dust Could Transport Life from Star to Star appeared first on Universe Today.
A team from MIT (with support from NASA) is building an instrument that will be able to test for signs of life in-situ, and on other planets and moons.
The post Building Rovers That Can Detect Life and Sequence DNA on Other Worlds appeared first on Universe Today.
A new study of the TRAPPIST-1 system indicates that life-swapping may take place between the planets in its habitable zone, and quite often too!
The post TRAPPIST-1 System Ideal For Life Swapping appeared first on Universe Today.
Host: Fraser Cain (@fcain) Special Guest: This week’s special guest is Brad Peterson. Brad is a returning guest, and since his last appearance, he has been asked by NASA to serve as a community co-chair, with Debra Fischer of Yale, for the Science and Technology Definition Team for the Large Ultraviolet, Optical, and Infrared Surveyor […]
The post Weekly Space Hangout – April 14, 2017: Brad Peterson and LUVOIR appeared first on Universe Today.
The idea of panspermia — that life on Earth originated from comets or asteroids bombarding our planet — is not new. But new research may have given the theory a boost. Scientists from Japan say their experiments show that early comet impacts could have caused amino acids to change into peptides, becoming the first building […]
Back in 1988, astronomer Jack Hills predicted a type of “rogue”star might exist that is not bound to any particular galaxy. These stars, he reasoned, were periodically ejected from their host galaxy by some sort of mechanism to begin traveling through interstellar space. Since that time, astronomers have made numerous discoveries that indicate these rogue, […]