ARKYD: The World’s First Publicly Accessible Space Telescope

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Planetary Resources, an asteroid mining company, has launched an exciting new crowdfunding campaign to create the world’s first publicly accessible space telescope.

ARKYD, pronounced “ahrk-kid” according to its Kickstarter page, is a technologically advanced, orbiting space telescope. It has a large main optic, deployable solar panels, specialized communications antenna, an onboard screen, and a robotic arm, and is the size of carry-on suitcase. Chris Lewicki, President and Chief Engineer of Planetary Resources, introduced ARKYD as ”an idea to bring space within reach of everyone.” This project has the potential to make everyone citizen astronomers and scientists by providing the opportunity to search for potentially hazardous asteroids, inspect our solar system, and examine distant galaxies.

Douglas King, President of The Museum of Flight in Seattle, had this to say about the project:

“If I could have a young person here, and say, ‘Would you like to take a picture of Mars with a telescope that’s in space now? Would you like to see what you can find that nobody else has found before?’ That gets somebody involved and excited about what they can do, not what someone else can do.”

The goals of this Kickstarter project are to give students access to space capabilities, support important research and discovery, build excitement about space, and to give the public a say by putting control of the telescope in your hands. The ARKYD space telescope will also be the first in a series of satellites that will serve Planetary Resource’s primary mission of exploring and mining resource rich asteroids by helping them to identify asteroids of interest. The Kickstarter campaign was launched on March 29 with a goal of raising $1 million. At the time of posting, the campaign has already received $705,304 in funding from 7,422 backers. The campaign will run until June 30 at 10 p.m. EDT.

The campaign’s goal of $1 million will fund the launch of the telescope, the creation of the user interface, campaign backer benefits, and educational curriculum for students everywhere. Backers can pledge anywhere for $1 to $10,000 for the campaign with backer benefits starting at the $10 level. Benefits include access to photos, videos, and updates on the telescope and project ($10); pointing the telescope at any celestial object and taking an image of it ($200); making science and technology come alive for a classroom with ARKYD: + 10 Main Optic Observations that will be directed by the teacher and students ($1,750); and an invitation to sign the telescope before launch and get an asteroid the telescope discovers after you ($10,000). Currently the most popular benefit is the digital space selfie, a picture from the backer that will be captured on the satellite with the Earth in the background ($25).

Jason Silva, ARKYD supporter and host of Brain Games, said the following about the project in the campaign’s video: “I think the ARKYD 100 project really kind of embodies this idea of human beings exploring the parameters of possibility. This is what we do, we are wonder junkies. Support the ARKYD 100 project.”

Watch the campaign video below to learn more about how Planetary Resources is inventing the future with you.



To find out more about the project or to donate, visit the Kickstarter page.

The Spirit of Apollo

For the volunteers of Space Advocates, space is very important. It is not just a void of mostly emptiness beyond the Earth. To us, space & space travel is an investment in society and its economy. It is a cure for many of the issues that plague the world today. We know that the ROI (return-on-investment) for space-related adventures is good, and has varied historically from $8 to $14 per dollar spent depending on which time frame and economic study you are specifying. Importantly, the advancement of a space frontier is also an innovation generation engine. The race to the moon has produced many technological advancements that might not have existed otherwise and our continued presence in space is a source of such activity even today.

Innovation, technological advancement and a solid ROI get us Space Advocates excited about space, for sure. But the most important reason for going is not strictly economic and societal self-enrichment. In fact, the survival of our species depends greatly on a permanent human presence among the stars. Protecting our species in the long-term, from the environmental mood swings of our home world to the shooting gallery that is our solar system to the enormous cauldron of activity that is our star, is one of the most compelling reasons that Space Advocates exists. We want to go. We need to go.

Collectively, these reasons encompass the spirit of the Apollo Program from the 1960s. Naturally, John F. Kennedy is remembered for many things, but remembered by Space Advocates for so exactly personifying the spirit of Apollo in his advocacy of NASA. Take a look at our newest video, the Spirit of Apollo, and consider what raising the NASA budget from less than half a penny up to one full penny on each federal dollar spent can and will do for our economy, for our society and for our future. Join us and make your voice heard by writing Congress today. Watch our newest video below:

 

Titan: A Moon Like No Other

Titan and Saturn

Source

Mars has sparked the interest of many here on Earth, especially with the impressive landing of the Curiosity rover last year. But there’s another planet-like moon by the name of Titan, which is perhaps even more intriguing. It’s Saturn’s largest moon and is about 50% bigger than Earth’s moon or 40% larger than Mercury. There are other moons that have peaked the interest of the scientific community like the famous Jovian moons such as Europa, Callisto or Ganymede. However, Titan is the only moon in the Solar System that has an atmosphere. It even has liquid lakes and landscape features that look a lot like Earth’s. Recently, a Cassini flyby occurred on May 23 and before diving into the new exciting news, here are a few details on the importance of Titan, the amazing story of the Cassini-Huygens mission, and the latest exciting news on the flyby.

Why is Titan So Important?


Titan and Earth

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Well to get a better understanding of why Titan is important let’s review some quick stats on it.

  • Titan is about 5,150 km across (including its dense atmosphere) and is the second largest moon in our solar system after Ganymede.
  • It has hundreds of times more liquid hydrocarbons than all the known oil and natural gas reserves on Earth.
  • Titan is basically a giant factory of organic chemicals. It has seas of methane and ethane that is at least larger than any one of the Great Lakes in North America.
  • The gravity on Titan is actually 0.14 g or slightly less than the gravity experienced on Earth’s moon.
  • Where it takes Earth 23 hours 56 minutes and 45 seconds to rotate once, it takes Titan 15 days 23 hours 15 minutes and 31 seconds. And one year on Titan is equals to 30 Earth years.
  • Titan has no magnetic field.
  • Temperature on Titan is a frigid -179 degrees Celsius.
  • Large areas are covered with sand dunes made of hydrocarbon.
Voyager Titan

First images of Titan taken by Voyager 1 in 1980 Source

Now there are at least a few reasons why Titan is so important. One reason is exploring a moon like no other that has the similar makeup of what Earth or Venus might have been like 4 billion years ago. Robert Zubrin pointed out that Titan has a copious amount of all the elements needed to support life. If you think about it the atmosphere subsumes plentiful amounts of nitrogen and methane, and the liquid water and ammonia that is currently under the surface are spewed up by the volcanic activity. Water can easily be used to generate breathable oxygen. Nitrogen is perfect to add buffer gas partial pressure to breathable air – let’s not forget that Earth’s atmosphere is in fact made up of 78% nitrogen. What’s more, nitrogen, methane and ammonia can all be used to produce fertilizer for growing food. It’s amazing that such a moon exists in the Solar System and excites the mind that there could be life on Titan one day (or maybe there already is who knows!).


Continue to The Story of the Cassini-Huygens Mission…

New Horizons Probe to Explore Uncharted Territory in 2015

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Launched in January 2006, the New Horizons probe will be the first to explore the binary system of Pluto-Charon, making it the fifth probe to traverse interplanetary space so far from the sun. After extensive study there, New Horizons will visit objects in the Kuiper Belt region beyond Neptune.

Charon's orbit is shown in green. Pluto's orbit is shown in red. This shows Pluto orbiting a point outside of itself, making Pluto-Charon a binary system.

Charon’s orbit is shown in green. Pluto’s orbit is shown in red. This shows Pluto orbiting a point outside of itself, making Pluto-Charon a binary system.

Pluto-Charon is described as a binary system since Charon, one of Pluto’s moons, is half the size of Pluto and the center of gravity which it orbits is outside of Pluto itself. Therefore, neither body truly orbits the other making them a binary system, meaning that each body orbits the same center of gravity. The New Horizons mission will mark the first opportunity to study such objects.

There are three zones that comprise the Solar System. First are the terrestrial planets, which are the four nearest to the sun, and are composed primarily of rock and metals. Second are the gas giants, which consist of the remaining four planets and are significantly more massive than the terrestrials. And the third is the Kuiper Belt, which is comprised of various celestial bodies that do not qualify as planets. This third region remains largely unexplored, but the New Horizons probe will be the first mission that’s been specifically designed to fill the knowledge gap regarding the Kuiper Belt.

The ice dwarfs in this region of the Solar System are “planetary embryos.” Their growth stopped at sizes much smaller than any of the other planets in the Solar System, which accumulated into these types of objects over long periods of time. The studies of New Horizons will provide much insight into planetary formation due to what is already known about the process.

It is also known that the Kuiper Belt is the source of many cometary impactors on Earth, most notably the impactor that caused the dinosaurs to go extinct. Through the study of craters on Pluto, its moons, and other Kuiper Belt objects, it will hopefully provide a better idea regarding how many threatening impactors currently exist.

New Horizons will also provide insights into Earth’s atmosphere in a unique way. Right now, the atmosphere on Pluto is escaping into space, and it is believed that Earth’s original atmosphere of hydrogen and helium was lost to space in a similar fashion. Therefore, whatever new information is learned about Pluto’s atmosphere will be enlightening about the evolution of Earth’s atmosphere.

Since 2005, four moons have been discovered aside from Charon that orbit Pluto. Two of these moons were discovered after New Horizons had already launched, and caused a great deal of initial fear. The Jet Propulsion Laboratory have been studying these discoveries, and have mostly completed their analysis: New Horizons should still be safe. The best models predict a 0.3 percent chance of critical impact, or a 1-in-300 chance.

New Horizons is expected to arrive at the Pluto-Charon system in July 2015. The overall cost of the mission is approximately $650 million, spread over 15 years, from 2001 to 2016.

JPL’s New Horizons “Why Go to Pluto?” page: http://pluto.jhuapl.edu/overview/whyGo.php

NASA’s New Horizons “Missions” page: http://www.nasa.gov/mission_pages/newhorizons/main/index.html

“New Horizons: Encounter Planning Accelerates”: http://www.planetary.org/blogs/guest-blogs/2013/20130520-new-horizons-encounter-planning-accelerates.html

“Pluto’s seasons and what New Horizons may find when it passes by”: http://www.planetary.org/blogs/emily-lakdawalla/2013/05021212-plutos-seasons-new-horizons.html

To learn why New Horizons will be able to view Pluto with better detail than Hubble: http://www.planetary.org/blogs/emily-lakdawalla/2013/02141014-hubble-galaxy-pluto.html

What If?: NASA and the Budget Woes

NASA Fiscal Year 2014 Budget All Hands

(Photo Credit: NASA/Bill Ingalls)

Guest author Jeannette Remak is the founder of Phoenix Aviation Research. She is a military aviation historian, researcher and author. In addition to writing articles for the Atlantic Flyer and the Air Force Association, she’s also published a number of books including her most recent book, “NASA and the Shuttle Shuffle.” She is also an accomplished artist, with her paintings a part of the U.S. Air Force Art Collection

I think all of us out there play the game of “What if?” Our space program is currently going through a bad case of the “what ifs.” What if NASA doesn’t get more money for the budget? What if the Russians won’t accept the contract on the table for $70 million to train and haul our astronauts back and forth to the International Space Station? The biggest “what if” has to do with the 2014 budget for NASA. What if there just isn’t enough money to keep our manned spaceflight program alive or any other NASA program for that matter?

As we look around at other nations, including China, Japan, North Korea and Iran, they are all working on their space programs and sparing no expense in doing so. Yet, the United States is not. Sen. Barbara Mikulski of Maryland, one of the most powerful Democrats in the Senate, is asking a big “what if” concerning NASA’s 2014 budget and how to sustain the U.S. space program.

In a recent interview with Aviation Week, Sen. Mikulski said, “NASA’s mission faltering or sputtering really can blow the whole program.” Why is that? The 2014 budget allows for $17.7 billion in funding and NASA is hoping desperately that Congress might cut them some slack and award them something more substantial.

Artist concept of SLS launching (Photo Credit: NASA)

Artist concept of SLS launching (Photo Credit: NASA)

NASA is trying to build the Space Launch System, which is a heavy lift rocket that will allow us to leave low-Earth orbit and head the United States space program out towards the moon or an asteroid capture. Back in the days of the Apollo program, and partly to fulfill the legacy of beloved President John F. Kennedy, money flowed like water into the NASA coffers. We were able to build the magnificent Saturn V rocket that hurled us to the moon. Today, we struggle to complete the preliminary design work for the SLS. NASA would need a minimum of $800 million to allow competitors to stay in the race and build a possible commercial vehicle that would allow the United States to get to the ISS on our own without the help of the Russians. However, some in Congress would like to see some of those funds switched over to other programs like the SLS.

The poor logic to that move is that while we may have a heavy lift vehicle some day, the Ares I capsule that should have been aboard that heavy lift rocket has been canceled. What would we fly on that heavy lift vehicle? Should we continue to support the NASA Commercial Crew Program, which may one day provide us with a vehicle capable of getting astronauts to the ISS, but nothing more. Or should we direct those funds toward the Orion space capsule, which is designed to take astronauts beyond low-Earth orbit and into deep space. Looking back at how the Apollo program was directed, NASA held in their hands the money and the wherewithal to get to the moon. And yes, they got there on time!

The Space Shuttle Program, while a successful program in many respects, cost money to upkeep. Yet, money was reallocated from the safety program—as we found out after the Columbia disaster—to support the construction of the ISS. Just what sort of problem do we have here:

  • Is NASA unable to manage its money, leaving Congress reluctant to grant more?
  • Is NASA caught in the middle of pork barrel politics?
  • Is there mismanagement between Congress, NASA and the Bureau of Budgets?
The list could go on. However, what needs to happen is NASA needs to be allowed to restructure itself so that it can maintain the programs necessary to keep the United States in the forefront of space exploration. NASA is attempting to work with a “stone knives and bearskins” budget that allows them to only minimally maintain what programs they do have running. The budget doesn’t allow NASA much in the line of speculation or exploration. It doesn’t allow NASA to keep to the high standards it is used to. The Obama administration doesn’t seem to understand the need or nature of the U.S. manned space program, and that is putting this country in peril. There are sharks like North Korea and Iran, and they are circling the waters with heavy lift rockets for their fledging space programs, while the United States is nowhere near completing the SLS.

With an expanded budget, NASA would be able to bring their portfolio of missions back to a sustainable level. Our manned spaceflight program would be able to stand on its own once again. Instead of having to spend money to hitch a ride to the ISS, NASA would be able to control its own destiny in taking part in the ISS fully. NASA would once again be able to sustain the most important part of American history. NASA needs to be reestablished as the premier agency it once was and be able to sustain its robotic and research programs that allow it to go beyond the ISS and out into real space. Attention needs to be paid to raising the pittance of a budget that NASA is receiving, to allow it to dream and make those dreams a reality instead of wasting time scratching for every dime at budget time.

It is time to fund NASA reasonably and with thought to allow the United States to surpass every nation in space as we once did. We need to make space a priority again, and not just a backhanded thought.