Lyrid Meteor Shower Shown Live Via NASA’s Broadcast

Lyrid Meteor Shower Shown Live Via NASA’s BroadcastNASA might have found 3 new planets in the habitable zone, but all of that would not amount to much until there really is solid, undeniable evidence of life out there. Well, here is something a little closer to home, with NASA sharing that they would want to project a webcast of the Lyrid meteor shower live. Of course, it has been calculated that the annual Lyrid meteor shower have peaked overnight on Sunday and Monday, but those who missed it will be able to check out live images of the Lyrid meteor shower tonight as well as early Tuesday (April 22nd and April 23rd if you happen to have misplaced your calendar) – being a boon to those living in areas affected by bad weather or light-polluted night skies.

The broadcast from NASA will kick off at 8:30 p.m. EDT (0030 April 23) and it will run throughout the entire evening. If you are interested, you can always catch the Lyrid meteor shower webcast here, thanks to NASA’s MSFC feed.

By Ubergizmo. Related articles: Acer Teases “A Unique Notebook” In Star Trek Trailer Video, QuickerTek EyeBattery Upgraded, Supports MagSafe 2 Adapters Now,

    

NASA video displays 3 years of Sun images in 3 minutes

NASA‘s Solar Dynamics Observatory, more commonly known as SDO, has spent the last three years taking pictures of the sun, showing off its steady increase in activity as its latest 11-year cycle nears its peak. As part of the project, NASA has taken some of the images and compiled them into a single 3-minute video, which makes it easy to see the gradual increase in solar activity. You can check out the video after the jump.

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The SDO started taking the pictures early in 2010, says NASA, snapping one image of the sun every 12 seconds, each shot being taken in 10 wavelengths. Each wavelength shows the sun in a different way, with four of them being featured in the second half of the video, which you can watch below. The video most prominently displays the sun in 171 Angstroms wavelength.

Although the SDO captured an image every 12 seconds, the video only features two images taken each day over the course of three years. Each image is shown for two frames, and the video has a frame rate of 29.7fps. As such, the video is only 3 minutes long, but makes it simple to note every 25-day rotation, as well as some other events, including a partial eclipse, a solar flare, and even the comet Lovejoy.

The solar images provide scientists with a constant stream of data to analyze, helping to solve questions and offer data on a variety of phenomenon. If you have an astute eye, you might notice that the sun seems to shrink and grow very slightly over the course of the video. NASA says this is because the spacecraft that took the images and the sun’s position are variable.

[via NASA]


NASA video displays 3 years of Sun images in 3 minutes is written by Brittany Hillen & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Watch Our Sun Exploding for Three Years in Just Three Minutes

Since the spring of 2010, NASA’s Solar Dynamics Observatory (SDO) has been has been shooting continuous photos of the sun, once every 12 seconds in 10 different wavelengths. The results are gorgeous. More »

Young students aim to be among first to launch small satellite

Students at St. Thomas More Cathedral School in Arlington, VA are aiming to be a part of a milestone. The school is looking to become the first K-8 school to launch a “CubeSat” satellite into space. The proposed satellite that the students will build would be four inches long in all directions and would weigh around three pounds.

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The project has to be approved by NASA, but if the school gets clearance, the satellite will have a planned launch date sometime later in 2014. The CubeSat satellite that St. Thomas More students have planned will be designed to take photographs and temperature readings, and have them beamed back to the school on Earth.

The concept of the CubeSat was first developed in 1999 by Cal Poly and Stanford University. Since then, over 75 CubeSat satellites have launched into space, most of which have been made by colleges and universities, but never before by an elementary/intermediate school. The entire school is taking part in the project including the kindergarteners.

Once NASA approves the satellite, they will provide the school with a mobilized “clean room” to make sure that the construction phase is met with strict guidelines and standards that NASA follows themselves. The space agency will also provide an antenna to the school that will allow them to receive the photos and temperature readings that the satellite sends back.

The satellite will either be launched into space on a rocket from the Kennedy Space Center, or it may be launched as cargo from Kazakhstan to the International Space Station, then placed into orbit from there. The total cost of the satellite is said to be around $10,000, and it is expected to remain in orbit for at least nine months.

[via Sun Gazette]


Young students aim to be among first to launch small satellite is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

ESA mashes telescopes for Horsehead Nebula fly-through video

Groundbreaking photography of the Horsehead Nebula has been combined from Hubble along with several telescopes and observatories, giving viewers a fly-through of the huge and beautiful Orion constellation. The new video, shared by the European Space Agency, mashes together imagery of the Nebula captured by Hubble last week with ground-based images and sky surveys, with a mixture of visible, near-infrared, and infrared graphics coming together for a hitherto-unseen virtual journey through space.

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In total, results from six different sources have been combined for the video, which begins in the constellation of Orion and then zooms in to explore the Horsehead Nebula. The ESA team took new wide-field views from its own Herschel space observatory and mixed them with the graphics from the NASA/ESA Hubble Space Telescope; on the ground, meanwhile, content from the European Southern Observatory (ESO) Very Large Telescope (VLT), the ESO Visible and Infrared Survey Telescope for Astronomy (VISTA), and the Digitized Sky Survey 2 (DSS2) all contributed.

The Nebula itself is a combination of helium, hydrogen, and other gases, along with dust suspended within them, and was first spotted in 1888. Within it, the swirls of gas cause the formation of fledgling stars – the pinpricks of bright light in the photos and animation – while further streams of gas are piped out by virtue of its magnetic field.

Roughly 1,500 light years from Earth, astronomers estimate that the Horsehead Nebula measures a whopping 8 x 6 arcmins and is classed as a stellar nursery, a location where new stars are produced in mass. Attention on such nurseries has proliferated in recent months, after researchers spotted new locations with incredibly productive star creation.

Despite the eye-catching graphics in the ESA video, however, it’s worth noting that there’s some artistic license involved all the same. The stars, for instance, are “scientifically reasonable” in terms of their placement compared to actual constellations.


ESA mashes telescopes for Horsehead Nebula fly-through video is written by Chris Davies & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Orbital’s Antares rocket successfully completes its first test launch

Orbital Science Corps. Antares rocket completed its first successful test launch today after seeing a series of complications over the last few days. Orbital attempted to test launch the rocket last Wednesday, however, a data cable located at the upper stage of the rocket detached prematurely. It was then rescheduled over and over due to the high winds present at the launch site. Luckily today, everything was cooperating with the test launch.

Orbital's Antares rocket successfully completes its first test launch

Antares was able to reach its target altitude of 155 miles above earth within 10 minutes. It carried with it a dummy capsule weighing about 8,377 pounds. The dummy was meant to represent that actual weight of the Cygnus capsule. Along with the test launch, Antares successfully released three small-sized Phonesat satellites, Alexander, Graham and Bell, into orbit. These satellites were part of an experiment for NASA’s Ames Research Center.

Now that Orbital has finally completed its test launch, it plans on doing two more launches this year. The first launch is expected to come around June, and will be the Orbital’s first cargo fight to the International Space Station. The second launch is expected to happen sometime in November. The Cygnus capsule is expected to bring about 5,952 pounds of supplies to the ISS when it launches in November.

Orbital is one of two private companies contracted by NASA to bring cargo to the ISS. It has a $1.9 billion contract with NASA, and is expected to complete 8 cargo missions. The other company, SpaceX, has a $1.6 billion contract with NASA, and has already completed 2 out of 12 of its cargo missions. NASA stated that it enlisted the help of both these companies because it didn’t want to give one company the monopoly on space cargo deliveries. Congratulations to Orbital. We’re looking forward to its future launches.

[via Space.com]


Orbital’s Antares rocket successfully completes its first test launch is written by Brian Sin & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Watch live: Orbital Sciences’ Antares rocket to lift off on test flight (update: success!)

Watch live Orbital Sciences' Antares rocket to lift off on test flight update success!

SpaceX may be the only private outfit currently shepherding cargo to the International Space Station, but Orbital Sciences, which is the second party in NASA’s Commercial Orbital Transportation Services effort, is taking a step towards its own ISS resupply missions. Today, the firm’s Antares rocket will undergo its very first test flight, taking off from the space agency’s Wallops Flight Facility on Wallops Island, Virginia. Liftoff is slated for sometime between 5PM and 7PM, with an 80 percent chance of favorable weather, as opposed to the 45 percent odds and high-altitude winds that foiled its initial attempt yesterday. To watch Antares embark on its maiden voyage, hit the jump for a live video feed.

Update: Antares blasted off at a hair past 5PM and successfully separated from its mock payload. The live stream has wrapped up, but we’ll slot in a video of the launch as soon as we get ahold of one.

Update 2: NASA just posted its footage of the rocket taking off, and we’ve placed the video after the break for your viewing pleasure.

[Image credit: NASA, Flickr]

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Source: NASA (1), (2), Orbital Sciences

Orbital’s Antares rocket launch rescheduled due to weather conditions

The Antares rocket test launch by Orbital Sciences Corp. has been delayed yet again due to poor weather conditions. The launch has been rescheduled frequently since April 17th due to several complications, including strong winds at NASA’s Wallops Island launch site and a minor equipment malfunction. This time, the launch has been rescheduled for tomorrow, April 21st, at 5:00PM. NASA will provide live coverage of the event beginning at 4:30PM through both its website as well as its TV channel.

Orbital's Antares rocket launch rescheduled due to weather conditions

Orbital Sciences Corp. planned on launching the rocket on April 17th, but due to a minor equipment malfunction, the launch was delayed until the 18th. A data cable at the upper stage of the Antares rocket detached too early, causing the delay. On April 18th, 19th, and today, the launch was rescheduled over and over due to strong winds present at the launch site. Hopefully tomorrow will be different.

Orbital is trying to test launch the Antares rocket to see if its ready for prime-time. Orbital is one of two companies contracted by NASA to deliver cargo to the International Space Station. It has to complete 8 unmanned cargo missions to the International Space Station using its Antares rocket and Cygnus capsule in order to uphold its $1.9 billion contract. SpaceX, the other company contracted by NASA, has already completed 2 out of 12 of its cargo missions, placing it ways ahead of Orbital.

When Orbital is able to successfully test launch its Antares rocket, it will carry a simulated Cygnus capsule to an altitude of 155 to 185 miles above Earth. It will also launch 4 satellites into orbit. If everything goes as planned, Orbital will be officially launching its Antares rocket with the real Cygnus Capsule come November, with the capsule delivering 5,952 pounds of supplies to the ISS.

[via Space.com]


Orbital’s Antares rocket launch rescheduled due to weather conditions is written by Brian Sin & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Hubble Space Telescope captures new infrared image of Horsehead Nebula

If you’ve spent any time looking at space pictures, it’s likely you’ve seen an image of the Horsehead Nebula, named such due to its appearance similar to that of a horsehead. NASA‘s Hubble Space Telescope recently captured a new image of the nebula, this one in infrared, with its visualization image showing it in dusty detail, the phenomenon appearing to rise like smoke with the top gently falling off to the sides.

horsehead-nebula

Horsehead Nebula was discovered more than 100 years ago, and sadly may not be around too much longer (in space years, anyway) due to vaporization caused by radiation from a close star. Such a change is a slow one, however, and parts of the nebula are protected from the ultraviolet light by a shadow. This image was released as part of a video on Hubble Site, which you can see animated here.

Like all nebulae, the Horsehead Nebula is a cloud made up of helium, hydrogen, and other gases, as well as dust, all of which pull together to form a beautiful space landscape. Given enough time, a nebula can form a star – or can be vaporized, as appears to be the case with this particular Orion Molecular Cloud nebula. Other relatively nearby space objects of note include Barnard’s Loop and the Great Orion Nebula.

Hubble Site states that observations from the ground made by the European Southern Observatory’s Visible and Infrared Survey Telescope for Astronomy, also known as VISTA, were used to fill out the Hubble’s image of the nebula, creating a widescreen frame for the animated video it released. The stars in the video are said to be located in a statistical and approximate manner to where the stars are actually located, but while the visualization is “scientifically reasonable,” it isn’t exactly the same as what is actually up in space.

[via Science World Report]


Hubble Space Telescope captures new infrared image of Horsehead Nebula is written by Brittany Hillen & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Cosmonaut Pavel Vinogradov becomes world’s oldest spacewalker

NASA is live-streaming a spacewalk right now, which involves two cosmonauts going out into the deep, dark space in order to fetch some equipment off the exterior of the International Space Station. One of those men is Flight Engineer Pavel Vinogradov, who is 59 years old and is now the oldest person ever to go out on a spacewalk.

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Vinogradov is working with Flight Engineer and Cosmonaut Roman Romanenko to replace a broken reflector, as well as retrieve and install experiment equipment on the exterior of the station. Up until today, the oldest person to perform a spacewalk was now-retired NASA astronaut Story Musgrave, who was 58 when he helped fix the Hubble Space Telescope in 1993.

Vinogradov has been a cosmonaut for 20 years and today’s spacewalk is his seventh so far. is making his seventh spacewalk. His first-ever spacewalk took place in 1997 aboard Russia’s old Mir space station. Vinogradov will turn 60 aboard the space station this summer, as he’s been assigned for six months up on the ISS.

What’s perhaps most interesting is that Vinogradov’s partner during today’s spacewalk, Romanenko, is experiencing his first spacewalk ever. Romanenko, who is 41, follows in his father’s footsteps, Yuri Romanenko, who went to space in the 1970s and 1980s. The young Romanenko joked that he is “afraid of the darkness,” as the two cosmonauts stepped outside the ISS.

[via FOX News]


Cosmonaut Pavel Vinogradov becomes world’s oldest spacewalker is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.