Astronomy, Astrophysics, News

Scientists Observe Giant Burst of Radio Waves

blitzar

Scientists have observed a massive burst of radio waves, helping them narrow down the potential sources of these huge bursts of energy. These events, also called blitzars, last about a millisecond but give off as much energy as the sun does in a million years. These are quite possibly the most interesting and shocking sources of energy in the Universe. It’s

Astronomy, Astrophysics, News

New Study Suddenly Makes Billions of Exoplanets Habitable

Above: How heat is distributed on a spinning planet versus a rotationally locked one. Image via Popular Mechanics.

Astronomers hunting for habitable Earth-like planets now believe that the best place to look is not around stars like our Sun, but rather around smaller, cooler stars—orange and red dwarfs. These are by far the most abundant stars in our galaxy, and all of them have at least one exoplanet.

Astronomy, News, Space

Water didn’t come from comets, Rosetta analysis shows

Rosetta's extremely interesting analysis raises even more questions than it answers. Image via ESA.

As you might remember, a few days ago we were telling you about the fantastic success of the Rosetta mission – a spacecraft launched by the European Space Agency which orbited a comet and sent landed a probe on it. Now, we already have the first result: Earth’s water probably didn’t come from comets. Did you ever ask yourself where

Astronomy, Astrophysics, News

Pulsars with black holes could hold the ‘holy grail’ of gravity

Artistic depiction of a pulsar and the emitted radiation. Image via National Radio Astronomy Observatory.

Pulsars and black holes, two of the most enigmatic celestial bodies in the Universe may actually hold the key to understanding how Einstein’s theory of relativity and gravity interact. A pulsar is a highly magnetized, rotating neutron star that emits a beam of electromagnetic radiation. Pulsars are from when a star that turns becomes a supernova and then collapses into a neutron star;

Astronomy, Astrophysics, News

Organic molecules found on comet

The Philae lander found organic molecules on the surface of a comet.

As we were telling you already in several articles, the Rosetta probe is in orbit of a comet – the 67P/Churyumov-Gerasimenko comet. But to make things even more exciting, Philae, Rosetta’s lander, also made contact with the comet; among other things, the lander found carbon molecules on the comet – the basis of life on Earth. Considering how comets are believed to

Astronomy, Astrophysics, News

A ‘Ying Yang’ binary system that can sustain Planetary Formation

his artist's impression shows the dust and gas around the double star system GG Tauri-A. Credit: ESO/L.Calçada

A group from the Laboratory of Astrophysics of Bordeaux, France, and the National Centre for Scientific Research (CNRS) has made a most exciting discovery. The astronomers found that an odd binary system – a solar system comprised of two stars – actually behaves like a double star, with two disks of matter encircling the system in a beautiful dance of gas and

Astronomy, News, Observations, Space

Nova seen Expanding right from the Beginning for the First Time

Artist impression of a dwarf star 'feeding' on donor star. Credit: David A. Hardy / astroart.org

Here’s something you don’t see everyday – for the first time, astronomers witnessed how a nova is formed right from the onset, capturing and detailing its expansion. The white dwarf turned nova is located some 14,800 light-years away and its study is set to reveal many things about how novas form. The star is dead, long live the nova! Stars shine

Astronomy, News

Mind-Blowing $1.4 billion Thirty Meter Telescope begins construction in Hawaii

thirty-meter-telescope-top-view-640x426

After years of planning and engineering schemes, the construction of the $1.4 billion telescope in Hawaii has finally begun. The unimaginatively named Thirty Meter Telescope (TMT) will provide astronomers with unparalleled power to observe the stars – it will have a resolution 10 times better than Hubble. The telescope is designed for observations from near-ultraviolet to mid-infrared (0.31 to 28 μm