Medicine & TechnologyOften in the media, it’s what’s new and fresh that brings in the ratings. But what about looking for something potentially millions of years old? What if it wasn’t on this planet even? Peak your interest yet? Well, if so, you may just be in luck, because after decades of researching and scoping out the fourth planet from our sun, Mars, NASA has announced today that it has collaborated with the Discovery Channel to show a never-before-seen view of the Red Planet. And it airs tonight, Dec. 18!
Earlier this week, NASA announced that its Mars Curiosity Rover may have found some essential building blocks of life, and now they’re saying that viewers on Earth will have a chance to watch the discovery process for themselves. Premiering tonight, Dec. 18, the Discovery Channel will chronicle the Curiosity Rover’s long trek across the Red Planet fourth from our sun, giving viewers here on Earth a never-before-seen perspective from the surface of Mars.
While there are many requisite features for a planet to be host to forms of life, even as simple as archaea species, the most important known feature is the existence of organic molecules from which they can be created. And though there are still many questions left unanswered about our red neighbor on the galactic block, Mars, researchers from NASA say that the Curiosity Rover Mission has successfully identified methane and other organics which may give their teams a better insight into the possible watery past of our solar system’s famed “Red Planet”.
While some parts of the nation are fighting Winter storms of snow and sleet, eyes this week are o water of the liquid variety. And more specifically, researchers and reporters are looking towards the molecule’s importance in developing life, as well as its origins story too. News this week of the European Space Agency’s (ESA) Rosetta Mission, revealed a recently published study reporting that the sustenance of our Earth and of all life, water, may in fact have not originated on comets from the Kuiper Belt as once believed. And what’s more, now that researchers have debunked false origin stories of the miracle molecule, they’re now beginning to question whether water alone can make a planet habitable for life, or if there are other mitigating conditions as well.
Ever imagine that the red planet’s surface may once have had a different appearance? Well while researchers at NASA have had rovers scoping out Mars’ surface for years, new information received from NASA’s Curiosity Rover suggests that the planet’s craters may once have served a different purpose, and that the arid red planet may once have had long-lasting above ground lakes. Though new evidence challenges the popular theory that water on the planet only existed in the liquid form underground in aquifers, evidence of above ground lakes would undoubtedly mean that the planet was much more likely to sustain life some time ago.
While NASA’s Curiosity Rover revealed a possible location for reoccurring lakes on the surface of the red planet last week, NASA’s Mars Reconnaissance Orbiter is finding even larger discoveries from its vantage point in the sky. Capturing new images with its HiRISE camera, one of six onboard instruments used by the orbiter, Reconnaissance has found evidence of one of the largest lava mounds found to date. And while it looks like a crispy pie pulled right from the oven, researchers say that the 1.2-mile wide circle of Martian crust is composed of iron-rich metamorphic rock, created thousands of years ago in a series of lava flows.
In a week when all eyes are set to space, and all questions in the social sphere revolve around the topic of comets, India’s Space Agency ISRO doesn’t want to be counted out of the mix. And while they may not be putting a lander on a speeding comet, or orbiting one like Europe’s space agency (the ESA), ISRO was able to catch its own glimpse of one last month and has taken to the web with a new view of a cosmic passerby.
Earlier last month, on Oct. 19, researchers from the world’s top space agencies were able to catch a glimpse at one of the rarest sights in space. Coming from the outer Oort Cloud, at the very edge of our solar system, young comet Siding Spring passed by Mars rather closely on its first orbit around the sun; giving Mars orbiters a show and quite a scare. But as it turns out new data collected from NASA’s satellites on the night of the event show that the best view may have in fact been from the red planet itself.
Earlier last month, on Oct. 19, researchers from the world’s top space agencies were able to catch a glimpse at one of the rarest sights in space. Coming from the outer Oort Cloud, at the very edge of our solar system, young comet Siding Spring passed by Mars rather closely on its first orbit around the sun; giving Mars orbiters a show and quite a scare. But as it turns out new data collected from NASA’s satellites on the night of the event show that the best view may have in fact been from the red planet itself.
Since 2012, when Dutch nonprofit Mars One led by Bas Lansdorp announced plans for a permanent colony to be established on Mars, many have been questioning whether or not the company will be able to make good on its promise. But researchers at MIT say that even if they can, the first Martian pilgrims may not last a year around the Sun.
Since 2012, when Dutch nonprofit Mars One led by Bas Lansdorp announced plans for a permanent colony to be established on Mars, many have been questioning whether or not the company will be able to make good on its promise. But researchers at MIT say that even if they can, the first Martian pilgrims may not last a year around the Sun.
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.
Mars had a close call this past weekend as a comet passed so close to the Red Planet that NASA moved its three Mars orbiters to the opposite side of the planet hoping to shield them from the dust and gas debris left by the tail of Comet Siding Spring.
It’s been a flyby anticipated for months, and one whose arrival sparked much commotion at NASA’s headquarters this past weekend. Hurtling through the night sky at nearly 125,000 miles per hour, Comet C/2013 A1 Siding Spring passed right by the planet Mars early Sunday afternoon, Oct. 19, coming in close contact with the Martian outer atmosphere at about 2:27pm ET.
In hopes of a long future on the Red Planet, researchers have proposed the addition of a horticultural experiment onboard NASA’s next Mars rover mission, scheduled to land in 2021. The proposed project, known simply as the “Mars Plant Experiment” (MPX) would not only aid in the understanding of plant growth on foreign planets, but also would lay the foundations for future colonies currently planning on settling in on Mars.