NEWS CATEGORIES:



NEWS ARCHIVE >>
SOFTPEDIA REVIEWS >>
Home / News / Science / Space / Earth-like Exo-planet Search Picks Up Speed / Send to a friend

Link Between Stars and Planets Found


You must be logged on to your Softpedia account in order to sent links to your friends.
Log in if you already have an account OR create your Softpedia account.

You might also be interested in:

Giant Planet is Taking Shape in Star System

The star system we talk about is located around a well-studied star known as AB Aurigae. The star is relatively young and surrounded by a disk of material created from a gas and dust cloud that seems to be forming some kind of object inside it, like the gas giant of a brown dwarf star. Co-author of the study, Ben R. ...

27 March 2008
05:06 GMT

Ten New Exo-Planets Found

The Wide Area Search for Planets international collaboration announced that it had found 10 new extra solar planets, by using of robotic camera systems, which survey solar systems other than our own, in the hope of understanding how planets are formed around stars. Astronomers are expected to detail their findings to...

2 April 2008
04:22 GMT

Twins of Saturn and Jupiter Found in Distant Star System

During the span of the Royal Astronomical Society's National Astronomy Meeting that took place last week in Belfast, astronomers revealed the latest results of their studies. One of the scientists present there, Martin Dominik from the St Andrews University, pointed out that he and his team discovered a distant ...

7 April 2008
02:55 GMT

Newly Found Exo-Planet is the Smallest Ever

The new exo-planet, dubbed GJ 436c, moves in an orbit around the star GJ 436, located in the Leo constellation, 30 light years away from Earth. Relying on the mass of the planet, scientists believe that it could be a rocky planet, about five times heavier than our own. The discovery was made by researchers from the U...

10 April 2008
03:25 GMT

Link Between Stars and Planets Found

Brown dwarfs, or failed stars, are stellar bodies with masses 10 to 70 times higher than Jupiter's. Although, like all stars, they have the capability of initiating thermonuclear fusion reactions in their cores, their masses do not permit them to sustain these reactions for a very long time, unlike typical stars...

11 April 2008
02:53 GMT




SUBMIT PROGRAM   |   ADVERTISE   |   GET HELP   |   SEND US FEEDBACK   |   RSS FEEDS   |   ENTER NEWS SITE   |   ENGLISH BOARD   |   ROMANIAN FORUM