Browsing articles from "August, 2012"

Community Colleges Role in 21st Century STEM

Aug 22, 2012   //   by pgreyer   //   Latest Buzz  //  1 Comment

Going over my teaching certificate and looking at the new requirements of the State of Illinois for K-12 educators, credit earned at the community college level is not accepted towards an endorsement. When this story came across my RSS feed, it affirmed my thoughts of the perception some people, and obviously state education boards, have about the quality of knowledge or skill a student attains in a community college course versus the same course in a four-year university. The idea that community college courses aren’t rigorous enough or the curriculum is watered down or the expectations and grading are much easier is a huge misconception.

Amber Gell welding

Amber Gell, NASA research scientist, polishing her welding skills.

So it was a pleasure to see Amber Gell, NASA Aerospace Scientist, working on her welding skills. She is enrolled in a welding program at San Jacinto College and working towards an associates degree in welding. Gell currently holds two bachelor’s degrees in aerospace engineering and aerospace studies, a master’s degree in physiology and human performance, and a graduate certificate in space systems engineering. She’s also working on a Master of Business Administration. In her own words, “I need to know about the actual work that goes into this,” said Gell. “Here in welding, it’s back to square one. Here, I’m one of the guys, not a scientist. I need to know how to identify a good weld.” She was principal investigator for NASA’s research in exothermic welding in a reduced gravity environment and understands the importance of being able to make repairs to space craft or even build habitats on Mars. In order to do this however, scientists will have to know how welding will work in a reduced gravity environment so Gell’s hands-on work in class is assisting her in her research. Read the entire article on Gell and her research.

Many technical programs that once existed in high schools have been eliminated over the past ten or more years as the new education focus turned to college preparatory. My colleagues and I discussed over these years what the rationale was behind the push for all students to go to college. There are many students who can not only benefit from technical/vocational training, but it can lead to careers as well. So is it that the people making these decisions in the education community don’t understand that if everyone has a college degree and is headed into white collar professions, who is going to do the work that will be needed to upgrade/repair our country’s failing infrastructure, handle waste management, build homes and commercial structures, etc.?

There is a vocational high school down the street from where I live that just happens to be the first school I taught when I became a high school teacher. The vocational classes offered by Dunbar Vocational High School included carpentry, welding, aviation mechanics, auto shop, plumbing, painting, culinary, cosmetology, tailoring, and drafting. I still remember the huge airplane engine that sat in the south wing of the building. During the span of my career from my first job at Dunbar, the aviation program is gone. The welding, plumbing, painting, tailoring, and drafting courses are gone too. A not to kind-hearted person hit my wrought iron fence and did enough damage that a professional iron worker/welder is needed to straighten it out and join the bottom back to the side. When we first moved into the neighborhood, many of my neighbors had the welding teacher and his students put up their wrought iron fences and he would have been my first call to fix my fence. Projects like mine are good learning experiences for the students and if the class is structured to include an entrepreneurial component, the money I would pay for the repairs could go to support for the students as well as the program.

With all the interest in STEM education today, the value of having technical/vocational skills is more important than ever. Thank goodness that these programs are still available in the community colleges. Even with existing and advanced degrees, there are skills that we can acquire from community college programs. Check out technical programs at a community college near you and you might be surprised what you’ll find.

I Believe the Children Are The Future

Aug 19, 2012   //   by pgreyer   //   Latest Buzz  //  No Comments

The New Face of EducationMost of the posts that appear on this site are either thoughts, beliefs, or other things that come from my mind or things that I encounter/happen to be a part of my life. This post came my way via Facebook and as I read it I could not only agree with Pete Sheehan.

I’ve experienced cuts to many of the programs I worked in or managed but when one door closes it takes creativity and the desire to keep the opportunity available for the children. To me, the closing of science and technology programs in my district sends the message that the powers that be, regardless if the decision is made at the local, district, or state level, don’t want our children to have access these academic skills or career options which as the image shows will keep them unaware of these skills or careers.

This image caught my eye and in too many ways it does seem to echo the state of STEM programs in many of our schools. Yes, Knowledge is power but ignorance is bliss. Ignorant in the Webster definition meaning unaware. Keep the knowledge from the masses and they won’t have a clue. Share it with a select group however, and they will be in the position of power. You can believe they aren’t cutting science and technology at many private schools or even public schools where parents, communities, and even teachers are finding funding to have solid STEM education in their schools.

There was a time when I and the populations I work with were intentionally kept from attaining knowledge. If children become knowledgeable then as they grow up they will seek innovative ways to change the world and that’s the frightening or bad aspect which is the most saddening part of the science and technology funding cuts. Lastly, if we don’t prepare them with the knowledge because we don’t require them to be prepared as students then we won’t prepare them to work in STEM careers. Sheehan asks, “Who will run the coal plants or energy plants of the future if we don’t prepare young people today?”

That’s a good question. Children are our future and if we listen to the words of the song we should teach them well and let them lead the way. The conversation I don’t believe people are having is what future are we preparing them to lead or better yet, are we preparing them for being contributory, responsible adults who will be able to step in our shoes and keep moving society forward?

Education is in crisis, violence in our communities continues, and in the case of my city, is escalating. We aren’t talking about strengthening academics or addressing the social/emotional needs of so many of our students and since these are the issues our current school leaders and politicians are focusing on, finding ways to increase, not cut, science and technology programs is a mere aside.

Sheehan raises some good points in his article which includes asking if the future of our society will be run by a generation of illiterates who will have no technical knowledge. Hmmmmm, makes one stop and think. It touched me deep enough that I decided to share it here on my site. You can read Sheehan’s article, that appeared in The Journal on August 18 and add your comments on The Journal’s site. I would be interested in hearing what others think about his assessment of the state of science and education funding by commenting here as well.

I’m with him in asking seriously, “What the hell is wrong with these people?”

Funding science and education
Science and Technology
August 18, 2012 – Pete Sheehan

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There was an article in the news recently about plans to cut funding for a number of observatories and research centers, including the NRAO in Green Bank, West Virginia, where a friend of mine was recently doing an internship.
When I read about plans to cut funding for science and education (which is frequently), I have to ask a question:

What the hell is wrong with you people?

“Well they haven’t shown any results, we have more important things to spend money on.”

and

“The education system wastes tons of money. We have more important things to spend money on!”

No. No, we do not have more important things to spend money on. Nothing could possibly be more important than science and education. It actually pains me to say it, science advocate that I am, but education is the most important, with science being a second.

There could not possibly be anything more important than ensuring the next generation has the knowledge to take over running the world. Putting a bunch of funding into coal mining or whatever so we have enough fuel to run things doesn’t help us if the next generation is a bunch of illiterates who can’t run a coal processing plant. This isn’t an argument, it is an objective fact. If you think the world continuing to run after we pass on matters – which, unless you’re a hell of a nihilist, you pretty much have to – then absolutely nothing is more important than making sure the next generation is prepared, by educating them.

The only situation I can imagine that would supersede education funding would be if the world was LITERALLY on the brink of disaster. Having a generation of idiots is moderately better than the world descending into chaos or blowing up or what have you.

But aside from that, no, education should be our top priority. It isn’t throwing money away, it is investing in the future. Passing on our knowledge to the next generation is what allows society to flourish. The phrase “We stand on the shoulders of giants” sums it up nicely. No matter how clever a scientist might be, we are NOTHING without the cumulative knowledge of those who came before us. The development of sophisticated language, and, eventually, record-keeping techniques is what made humans dominant on Earth.

It might be a chimpanzee figured out how to make a bow and arrow at one point, but lacking a formal language, he couldn’t very well pass on the information very well, could he? That idea died with him. Or maybe chimps do have a formal language, I don’t know. Its an example.

Each new generation of creators doesn’t have to start over from scratch, we work with all the knowledge and technology of those who came before us, from the first simple tools of our prehuman ancestors, to the more sophisticated techniques of the egyptians, right up to the industrial revolution. Without these forefathers, we wouldn’t be at this point, where new discoveries involve absurdly sophisticated machines like the Large Hadron Collider, rather than the ease of just thinking up new ideas like our forefathers might have enjoyed. (I have often reflected it would have been much easier to be an inventor a hundred years ago or so. There weren’t so many ideas already taken.)

Speaking of inventing, that brings me to the next most important object of funding: Science.

NASA brought us televisions when they had to develop communication systems for space missions. This wasn’t their goal, it was a side benefit that benefitted all of society. Countless scientific discoveries happen independent of the actual goal of a project, and there is absolutely no way of predicting what benefits might be gained from a project (not to mention the direct benefits gained from the actual goal of a project). It is irresponsible, and downright IMMORAL to cut science funding.

The GPS devices that have become so common nowadays actually take advantage of part of Einstein’s Theory of General Relativity to function. He thought of the idea on his own (supposedly), but countless hours of research and documentation went into proving it, and eventually taking advantage of it.

Where would we be if his funding had been cut because oh, he hasn’t put out anything useful in a few years? Who needs science funding, all they do is piddle around in labs all day.

I’ll tell you where we would be, we’d be got-dang LOST because we wouldn’t have a GPS.

The problem is, the people who decide whether funding goes to science often don’t UNDERSTAND the things they are choosing not to fund. I’ve said it before and I’ll say it again – and you can call me elitist if you wish – nonscientists aren’t qualified to even comment on high-level scientific endeavors, let alone decide if they should be funded or not.

The people in charge of these things talk like the scientists want funding for these projects for selfish reasons, but there is no nobler endeavor than a scientific one. By definition, they expand the sum of human knowledge.

And you know what? Knowledge is all we, as a people, have.

Sure, there’s art, religion, music, what have you, but if you look at human history, the quality of these things fluctuate, the cultural output of a people varies wildly.

But you know what has had a direct growth throughout all of human existence (well, except during the Dark Ages, but they’re called dark for a reason.)? Knowledge. Science. Technology. And that has a direct correlation with quality of life, length of life, and what we can DO with our lives. Without science, our society would be nothing. We’d be animals. In fact, we wouldn’t have lasted at all. Humans are useless without science, the fundamental ability to make tools – technology – is the only advantage we have over other creatures, and its the only reason the first primate to develop a bigger brain rather than bigger muscles didn’t get wiped out immediately by a bigger, stronger creature.

The reason science has direct growth throughout human history (exponential growth, in fact. See the Law of Accelerating Returns and works by Ray Kurzweil) is that it, unlike other factors of human culture which fluctuate, is objective. Art, music, etc are all subjective, but science is empirical. There are a set of objective, key, logical facts about which there is no arguing. Logic is the basis of science, making empirical observations which can be used to be implemented with technology.

A caveman finds a stick with a sharp, broken end.

“Oh, this stabs into things easier than a blunt stick. I can use this to kill things better.”

“Oh, but it breaks easily. Its only good for one stab. But if I break another stick, I can make another one!”

“Its becoming hard to keep finding good sticks for this. Hm, this rock is much harder than wood, and the broken edge is even sharper. It’ll last much longer. I’ll take this thin vine and use it to secure the rock to the stick!”

The invention of the spear.

THAT is humanity. That’s all we are, and its all we’re good for. The continuing progress of technology allows us to get better and better at surviving (though this long progressed past getting better at killing things so we can eat their meats). An outlying evolutionary trend happened to work extraordinarily well, and had no end in sight for how far it can progress.

(Some view the growth of technology as us taking over where evolution left off. We used to evolve biologically, but now our culture – our species, in fact – evolves technologically.)

So when people suggest that the growth of science isn’t important and doesn’t merit funding, it disgusts me. Science is the ONLY thing we’re good for, it is the reason for our existence, and it is objectively THE greater good of humanity. But instead they want to give more money to politicians and oil barons.

What the hell is wrong with you people?

Congratulations from President Obama

Aug 13, 2012   //   by pgreyer   //   Latest Buzz  //  No Comments

President Barack Obama congratulates the NASA JPL MSL/Curiosity rover team and brings his own unique brand of comedy to his message by recognizing the NASA “Mohawk” guy and Curisoity’s search for “Martians.” He also thanked JPL for helping to inspire young people around the world to see how cool STEM (Science, Technology, Engineering, and Mathematics) can really be!

Here’s the complete transcript of the call!

DR. ELACHI: Good morning, Mr. President.

THE PRESIDENT: Who am I speaking with?

DR. ELACHI: This is Charles Elachi, the director of JPL. And we have a room full of the mission operation personnel. This is “Curiosity” Mission Operation on Mars.

THE PRESIDENT: Well, it is great to talk to all of you. And I just want you to know that we could not be more excited about what you’ve been doing.

Somebody asked me the other day whether you’ve already found Martians. (Laughter.) I told them we have to give you a little bit of time. But we know you’re all hard at work and you’re getting some well-deserved rest after a successful landing. And I just wanted to call and say congratulations to the entire Mars Science Laboratory team, and really all of JPL, on last Monday’s incredible success.

Through your dedicated efforts, “Curiosity” stuck her landing and captured the attention and imagination of millions of people not just across our country, but people all around the world, including Times Square. And what you did on Mars was incredibly impressive. Those 76 pyrotechnics going off in perfect succession and the 500,000 lines of code working exactly the way you guys had ordered them — so it’s really mind-boggling what you’ve been able to accomplish. And being able to get that whole landing sequence to work the way you did is a testimony to your team.

I especially want to congratulate Charles Elachi, the head of JPL; the entry descent and landing lead, Adam Steltzner, who helped devise the final step of this amazing descent — the Sky Crane System. What you’ve accomplished embodies the American spirit, and your passion and your commitment is making a difference. And your hard work is now paying dividends, because our expectation is that “Curiosity” is going to be telling us things that we did not know before and laying the groundwork for an even more audacious undertaking in the future, and that’s a human mission to the Red Planet.

I understand there’s a special Mohawk Guy that’s working on the mission. (Laughter.) He’s been one of the many stars of the show last Sunday night. And I, in the past, thought about getting a Mohawk myself — (laughter) — but my team keeps on discouraging me. And now that he’s received marriage proposals and thousands of new Twitter followers, I think that I’m going to go back to my team and see if it makes sense. (Laughter.)

DR. ELACHI: That’s going to be the new fashion at JPL. (Laughter.)

THE PRESIDENT: It does sound like NASA has come a long way from the white shirt, black dark-rimmed glasses and the pocket protectors. (Laughter.) You guys are a little cooler than you used to be. (Laughter.)

As all of you know, my administration has put a big focus on improving science and technology, engineering and math education. And this is the kind of thing that inspires kids across the country. They’re telling their moms and dads they want to be part of a Mars mission — maybe even the first person to walk on Mars. And that kind of inspiration is the byproduct of work of the sort that you guys have done.

So not only do I want to congratulate the team, I want to call out a few of the leaders of the group, including Adam, but also Peter Theisinger, Richard Cook, John Grotzinger, John Grunsfeld. And I’d like to congratulate and thank all of our international partners — Spain, Russia, Germany, France, Canada, Italy, Japan, Australia — all of them contributed, I know, to the instrumentation “Curiosity” landed on Martian surface — and all the scientists who are part of the JPL team.

So you guys have done an outstanding job. You made us all proud. You’ve made NASA proud. You guys are examples of American know-how and ingenuity, and it’s really an amazing accomplishment. So we can’t wait to start hearing back from “Curiosity” and finding out what’s going on. We’re fortunate to be part of a society that can reach beyond our planet and explore frontiers that were only imagined by our ancestors. So it’s inspiring to all of us.

I’m going to give you guys a personal commitment to protect these critical investments in science and technology. I thank you for devoting your lives to this cause. And if, in fact, you do make contact with Martians, please let me know right away. (Laughter.) I’ve got a lot of other things on my plate, but I suspect that that will go to the top of the list. (Laughter.) Even if they’re just microbes, it will be pretty exciting. (Laughter.)

DR. ELACHI: Well, thank you, Mr. President. And on behalf of all us at NASA, we thank you for taking the time to give us a call. And, hopefully, we inspired some of the millions of young people who were watching this landing. Thank you again.

THE PRESIDENT: Well, you’ve already inspired us, but I know that the photographs that are going to start coming back are going to be remarkable and amazing. And, again, you guys should be remarkably proud. Really what makes us best as a species is this curiosity that we have and this yearning to discover and know more, and push the boundaries of knowledge. And you are perfect examples of that, and we couldn’t be more grateful to you.

So, congratulations. Keep up the great work.

Innovations in Space

Aug 13, 2012   //   by pgreyer   //   Latest Buzz  //  No Comments

In 2009, our Astrobiology class group included the space elevator in our presentation on the future of space exploration and colonization. As Curiosity sends images and data back to Earth, we will be preparing for the next steps in planetary exploration that will include Mars. The 2012 Space Elevator Conference will be held August 25-27 at the Museum of Flight in Seattle Washington.

NASA’s Centennial Challenges Program: A Space Elevator

Space Elevator

In 2009 NASA’s Andrew Petro watched as a laser-powered robotic device climbed up a cable more than half a mile long above the Mojave Desert. A winner in the agency’s Centennial Challenges program—competitions designed to stimulate innovative research—the setup demonstrated the potential of wireless power transmission. That, along with work on superstrong materials, is creating fresh hope for a vision long the realm of science fiction: an elevator that can carry cargo, and possibly people, thousands of miles into outer space.

First described in 1960, the space elevator was also the subject of Arthur C. Clarke’s The Fountains of Paradise. Construction is still far from viable, but the basic theory is sound, says Petro. Both power beaming and strong tether materials—crucial aspects of the elevator concept—are featured in NASA’s contests and the annual Space Elevator Conference. Another boon was the successful production in 1991 of carbon nanotubes, one of the strongest materials known. But making them suitable for a tether remains a challenge. So why a space elevator at all? Once built, say advocates, it would enable high-volume shipping at a lower cost than rockets. And once that’s possible, the next stop could be colonizing Mars. —Luna Shyr

A Family Science Fest will be held on August 25 in connection with the Space Elevator Conference. Great to see these events including families to kickstart the imaginations of the public to become engaged in commercial space conversation.

Click here for more information on the 2012 Space Elevator Conference

Curiosity has Landed and Her View of Mars is Breathtaking

Aug 7, 2012   //   by pgreyer   //   Latest Buzz  //  No Comments

“Touchdown confirmed,” said a member of mission control at the laboratory as the room erupted in cheers at the touchdown of their $2.5-billion Mars Science Laboratory and Curiosity rover on the surface of the Red Planet, breaking new ground in the US-led search for signs of alien life. A similar roar of applause also went up in the 3-D Universe Theater at the Adler Planetarium in Chicago where I too watched the landing live with a front row seat in NASA JPL’s mission control.

“We are wheels down on Mars. Oh, my God!”

Describing the entry, descent, and landing of Curiosity as anything other than extremely nerve racking would be an understatement. Filming the mission control room allowed me to see the anguish underlying the stoic faces of many of the mission specialists who during the final minutes prior to MSL’s entry in the Martian atmosphere did a systems check. NASA’s Eyes on the Solar System allowed mission specialists to watch animated images of what should be going on in spite of the fact that they couldn’t see or hear MSL. An echo from MRO (Mars Reconnaissance Orbiter) that picked up radio signals from MSL kept mission control connected to MSL and the intermittent updates of MSL’s ‘heartbeat’ being heard was a underlying comfort to the EDL team.

“Seven Minutes of Terror” is how NASA chose to explain the sophisticated engineering operation that would get Curiosity safely on the surface of Mars. It was, in my own humble opinion, one of the better PR and marketing efforts of NASA. The Seven Minutes of Terror
video was well designed, written, and included actual MSL mission specialists describing each stage of entry, descent, and landing. It helped inform the world and remind us that taking risks in doing the unknown is the only way we can discover if something will be successful. Could the EDL have gone wrong? Yes in so many ways. It wasn’t just one event that had MSL mission specialists on pins and needles but several. MSL had to enter the Martian atmosphere and survive intense heat, slow down, eject the heat shield, perform a complicated balancing maneuver, open a parachute, fire jet engines, begin a crane procedure that involved lowered Curiosity with nylon cables, and finally placing Curiosity on the Martian surface with just the right touch to keep her from being damaged by too forceful a landing impact, tipping over, or any combination of these and other uncontrollable factors. The amazing fact; all of this was executed by onboard computer commands and it worked!

Amazing but true. There was no guidance from the folks in MSL mission control at all. They were as blind as the rest of us watching the NASA TV live stream. MSL is proof of the ingenuity of human engineering and the power of technology.

At 10:32 pm PDT (0532 GMT) cries of joys filled JPL mission control: “Hell, we did it!”

Yes guys you did! The following image sent from Curiosity is absolutely breathtaking!

Here’s the Plan: NASA MSL/Curiosity Flight to Mars

Aug 5, 2012   //   by pgreyer   //   Latest Buzz  //  No Comments

In case you haven’t seen the NASA animations on the launch, travel, and eventual landing of NASA’s Mars Science Laboratory here it is. The rover will descend to the surface using jet pack technology then suspend from a tether and finally touch down on Mars. NASA has simulated the landing as much as possible and that video has been included here as well. Curiosity, once settled in her home in Mars’ Gale Crater, will search for evidence as to whether this spot on Mars ever was able to sustain life. In the most ambitious planetary exploration mission ever, Curiosity’s chemistry instruments will examine soil samples and send the results back to Earth. Who better to tell the story of Curiosity’s journey to Mars other than William Shatner.

Enjoy

NASA MSL/Curiosity Landing Event Schedule

Aug 5, 2012   //   by pgreyer   //   Latest Buzz, NASA, Robotics, The Launch Pad  //  No Comments

Set your clocks! Live streaming on NASA TV will begin at 6 a.m. this morning and continue into the wee hours of the morning depending on where you live. It’s an event you won’t want to miss. I’ll be at the Adler Planetarium starting at 9:00 p.m.

Curiosity's decent towards Gale Crater

Curiosity’s decent towards the surface of Mars.

August 5, Sunday
6 a.m. – Replay of NASA Science News Conference – Mars Science Laboratory/Curiosity Rover Mission Status and Entry, Descent and Landing Overview (8/4) – HQ (All Channels)
7 a.m. – Replay of NASA Science News Conference – MSL Mission Science Overview (8/2) – HQ (All Channels)
8 a.m. – Replay of NASA Science News Conference – Mission Engineering Overview (8/2) – HQ (All Channels)
9 a.m. – NASA Television Video File – HQ (All Channels)
10 a.m. – 12 p.m. – Replay of NASA Social for the Mars Science Laboratory/Curiosity Rover Landing – HQ (All Channels)
12 p.m. – NASA Television Video File – HQ(All Channels)
12:30 – 1:30 p.m. – NASA Science News Conference Mars Science Laboratory/Curiosity Rover Pre-Landing News Conference – Rover Communication overview – JPL (All Channels)
1:30 p.m. – Replay of NASA News Conference to Announce New Agreements for Next Phase of Commercial Crew Development – HQ (All Channels)
2 p.m. – Replay of ISS Update (8/3) – HQ (All Channels)
3 p.m. – NASA Science News Conference Mars Science Laboratory/Curiosity Rover Pre-Landing News Conference – Rover Communication overview – JPL (All Channels)
4-6 p.m. – Replay of NASA Social for the Mars Science Laboratory/Curiosity Rover Landing – HQ (All Channels)
6 – 7 p.m. – NASA Science News Conference – NASA Science Mission Directorate – JPL (All Channels)
11 p.m. – Mars Science Laboratory/Curiosity Rover Landing Coverage of Entry Decent and Landing (Commentary #1 Begins 11:30 p.m.) – JPL (Public and Education Channels)
11 p.m. – Mars Science Laboratory/Curiosity Rover Landing Coverage of Entry Decent and Landing (Clean Feed with Mission Audio Only) – JPL (Media Channel)

August 6, Monday
NET – 2:15 a.m. – Mars Science Laboratory/Curiosity Rover Post-Landing News Conference – JPL (All Channels)
3:30 – 4:30 a.m. – Mars Science Laboratory/Curiosity Rover Landing Coverage and Commentary – Commentary #2 – (First Post-Landing Communication Session/Odyssey Downlink) – JPL (All Channels)
6 – 10 a.m. – Live Satellite Post Landing Interviews on the Mars Science Laboratory/Curiosity Rover Mission – JPL (Public and Media Channels)
12 p.m. – Mars Science Laboratory/Curiosity Rover Post-Landing News Briefing – Landing Recap and Sol 1 Outlook – JPL (All Channels)
7 p.m. – Mars Science Laboratory/Curiosity Rover Post-Landing News Briefing – Sol 1 Mid-Day Update – JPL (All Channels)

Countdown to MSL/Curiosity

Aug 3, 2012   //   by pgreyer   //   Latest Buzz  //  No Comments

It’s Friday and the anticipation for the landing of the biggest Mars rover ever is heating up! There are social gatherings all across the country with #NASASocials kicking off at JPL, NASA Ames, Kennedy and Johnson Space Centers, and others. NASA has launched several rovers to Mars over the last few years and the famed twins, Opportunity and Spirit, far outlived their mission lifeline. We lost communication with Spirit in May of 2011 but Opportunity is still going strong sending images back to Earth and allowing us to get a comprehensive view of what’s on Mars.

With MSL (Mars Science Laboratory) the Curiosity rover will take on an even more ambitious mission; looking for signs of life on the red planet! Wherever you may be on Monday, August 5 nearing the wee hours of the morning, make sure you are either with a group of space enthusiasts, with friends who share an interest in planetary exploration or are just curious about the breath holding landing and the images that will follow from the eyes of Curiosity.

Stay tuned as I cover and host events locally in the Chicago area. If you haven’t seen the NASA video 7 Minutes of Terror, catch it below and get ready to hold on to your seats for the actual landing of Curiosity.


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