Astrophysicists reveal largest-ever suite of universe simulations
Wednesday, 27 October 2021 06:16
New galaxy images reveal a fitful start to the Universe
Wednesday, 27 October 2021 06:16
Hubble gives unprecedented, early view of a doomed star's destruction
Wednesday, 27 October 2021 06:16
When spacecraft explode, this engineer looks for answers in the debris left behind
Wednesday, 27 October 2021 03:39
Verizon to use Amazon satellites for broadband Internet in rural areas
Wednesday, 27 October 2021 03:39
NASA's S-MODE mission kicks off 1st deployment
Wednesday, 27 October 2021 03:39
NASA seeks input to position mega-rocket for long-term exploration
Wednesday, 27 October 2021 03:39
Crew-3 astronauts launch to Space Station alongside microgravity research
Wednesday, 27 October 2021 03:39
Airbus, Air Liquide and ispace Europe launch EURO2MOON
Wednesday, 27 October 2021 03:39
Upgrading the Space Station's Cold Atom Lab with mixed reality
Wednesday, 27 October 2021 03:39
SpaceX modernises Crew Dragon toilet after 2 faulty missions
Wednesday, 27 October 2021 03:39
Need for Larger Space Telescope inspires lightweight flexible holographic lens
Wednesday, 27 October 2021 03:39
China launches Shijian-21 satellite
Wednesday, 27 October 2021 03:39
UK working with global partners to clear up dangerous space debris
Wednesday, 27 October 2021 03:39
Searching for Earth 2.0? Zoom in on a star
Tuesday, 26 October 2021 21:02
Astronomers searching for Earth-like planets in other solar systems have made a breakthrough by taking a closer look at the surface of stars.
A new technique developed by an international team of researchers—led by Yale astronomers Rachael Roettenbacher, Sam Cabot, and Debra Fischer—uses a combination of data from ground-based and orbiting telescopes to distinguish between light signals coming from stars and signals coming from planets orbiting those stars.
A study detailing the discovery has been accepted by The Astronomical Journal.
"Our techniques pull together three different types of contemporaneous observations to focus on understanding the star and what its surface looks like," said Roettenbacher, a 51 Pegasi b postdoctoral fellow at Yale and lead author of the paper.