solar system

With the Help of ALMA Astronomers Find Complex Organic Molecules in Infant Solar System

Medicine & Technology While researchers have long believed that the circumstances and the molecular structures involved in the creation of our Sun and of our Earth were unique, it appears that far off in space there may be another solar system brimming with potential for life someday. Utilizing the Atacama Large Millimeter/submillimeter Array (ALMA) researchers with the National Radio Astronomy Observatory have detected for the first time ever the complex organic molecules necessary to create life in a protoplanetary disk surrounding an infant star only a million years into its formation.
Dark Side of the Moon

Thanks To Lunar Reconnaissance Orbiter NASA Reveals What Lies on the Dark Side of the Moon

Ever wonder what lies on the dark side of the moon? It’s a perspective unlike any that humans have ever seen, and it has been a question that researchers and civilizations have asked for thousands of years. But now, thanks to data collected by the Lunar Reconnaissance Orbiter, NASA is showing us exactly what lies on the dark side of the moon, and the view of our solar system whirling around it.
Pacific Ocean

Dust on the Ocean Floor Reveals Ancient Supernova

Scientists have made a startling discovery while exploring the ocean floor that could change how we understand supernovae. Researchers now believe that exploding stars, often far beyond the confines of our solar system, have deposited extraterrestrial dust at the bottom of the oceans, and that could give us better insights into the composition of far off galaxies.
Pluto

New Horizons Prepares for Pluto Flyby

NASA's New Horizons spacecraft has began its long-awaited encounter with the tiny dwarf planet Pluto. Researchers have announced that the craft is entering the first of several approach phases that will culminate on July 14 with the first ever close-up flyby of the dwarf planet, located 4.67 billion miles from Earth.
Meteorite

Meteorites and the History of Our Solar System: Not Everything Is As It Seems

Scientists have long believed that meteors were fundamental to the origins of our planets. Meteors contain minuscule spherical grains known as chondrules, and many have believed these chondrules collided with particles of dust and gas coalescing into protoplanets. However, according to a new study published this week in the journal Nature, this hypothesis may not be true.
X-ray streams off of the sun photographed by NASA's NuSTAR.

NuSTAR Telescope Helps NASA Find Nanoflares on the Sun

With a new day in science comes a new study of the sun. No, we’re not talking about a new telescope or a new division under the international space agencies, but rather a reallocation of a science used in other parts of space. Turning their sights from far off black holes, with a closer subject in mind, NASA’s Solar Dynamics Observatory (SDO) is repositioning their NuSTAR (Nuclear Spectroscopic Telescope Array) towards our very own local star to produce the most sensitive measurements of high-energy solar x-rays to date.
HL Tau's protoplanetary disk is filled with multiple rings and gaps that herald emerging planets.

What the Taurus Constellation Can Teach Us About Our Solar System’s Birth

There are creationist theories, Big Bang theories, and even more temporarily defined hypotheses about how the planets of our solar system came to be, but modern research has yet to find conclusive empirical evidence to show us exactly how our solar system’s birth happened, 4.5 billion years ago. That is, until now!
Simulation of the cloud G2 and stars orbiting the central supermassive black hole of our galaxy.

Binary Stars Merge and Beat Supermassive Black Hole

Nearly every Sci-Fi film about deep space has warned about the perils of coming up against a black hole. And if there’s anything we’ve learned, or that astronomy has taught us, it’s that these supermassive vortex’s have quite a strong pull—something most planets and stars cannot bare to go through. But as it so happens, it turns out that cosmic coupling may be one solution for solar systems looking to avoid certain death.
Comet Siding Spring

Not Just NASA ‘Ducks & Covers’—Comet Siding Spring

As news spread worldwide of the arrival of Comet C/2013 A1 Siding Spring, anticipated to arrive yesterday Sunday Oct. 19 just outside of Mars’ outer atmosphere, it appears that aerospace agencies invested in the red planet headed the warnings and got out of the way of the fast moving rock. Following NASA’s lead in safety protocol, intended to keep Mars orbiters functional and safe from cosmic debris, other agencies like the European Space Agency (ESA) elected to “duck and cover” behind the planet Mars and peak out only for an up-close look at the rare, passing comet.
1 2 3

Recommended Stories

Real Time Analytics