The other day at work I saw an osprey sitting on a pole eating a fish, so I took some video of it and posted it on YouTube:
http://www.youtube.com/watch?v=t1GHx1SbmbM
Ospreys are pretty common around here. Sometimes that are mistaken for bald eagles due to their white heads.
Kurt
Last week I was able to take part in an annual beach cleanup on the very remote beaches of the Kennedy Space Center. It was a lot of hard work, but it was pretty cool to take part in this worthy cause. I put a short video from the beach cleanup on YouTube:
http://www.youtube.com/watch?v=jjT6dTbacg0
This is an annual event at KSC and it is organized by the Fish & Wildlife Service, who owns most of the land that KSC sits on. They do this every year before sea turtle nesting season starts.
There were some pretty interesting items that were collected, in addition to a ton of bottles and bottle caps, which I noticed were the most frequent item found. A lady right directly in front of me found 2 separate messages in bottles. One of them was a letter from a 9 year old girl in the Bahamas who’s whole class had put messages into bottles for a “sea-pal” exercise. The lady who found the message said she was definitely going to write the little girl back. I found quite a few bottles, but none with messages.
It was hard work in the hot sun, but I’m going to sign up again next year.
Kurt
After a spectacular mission, Discovery and the STS-120 crew came in for a safe landing at KSC a few days ago. I work out at KSC, and I went outside my building to watch Discovery glide in. When the Space Shuttle lands from South to North, it glides pretty much right over the KSC Industrial Area, where about half of the KSC employees work. I happened to have my digital pocket camera on me, so I shot this footage. It’s not the greatest quality video, but it’s about all I can expect out of my pocket digital camera.
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Click here to watch the video on YouTube. You can hear the sonic booms in the footage and you can also hear it “whooshing” through the air as it passes close overhead. Remember the Space Shuttle Orbiter lands in an unpowered glide, so the “whooshing” is purely the sound of a large lifting body cutting through the air as it glides down to an unpowered landing.
I was at the NASA Press Site yesterday for the launch of STS-120. What an amazing launch that was to witness. I’ve seen a lot of launches, and this one was the loudest I can remember. I imagine the extreme loudness can be attributed to either the heavy humid air, or the wind direction, or the low cloud deck, or probably a combination of these atmospheric conditions. I took these photos of the launch while at the same time helping to make sure people didn’t “loiter” in front of the big countdown clock. When people stand directly in front of the clock, it has a tendency to annoy most of the TV stations who are using the footage from the countdown clock in their live launch feeds. Click on a photo for a larger version in my photo gallery.
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BLOG CONTEST: I will give one dollar via PayPal to the first person who can identify the white haired man in the white shirt in the second photo. Anyone that I know and have already told is obviously not eligible! Also, anyone who was actually at the NASA Press Site yesterday is not eligible. To enter, you must email me (Kurt only) via the web based email form on my website and tell me your name and your email address so that I can PayPal you the money. If you enter using this method, your email address will only be seen by me and nobody else. If you don’t mind sharing your email address with the whole world, you can enter by adding a comment to this blog posting. I promise I will not use your email address for anything other than sending you the one dollar.
This evening I ran my first 5K race. I’m not counting the one in January where Sam and I walked and pushed both boys in their umbrella strollers. This time I actually ran. 
I guess I performed okay for my first race. I wasn’t studying the clock when I finished … guess I was just happy to finish … but a couple coworkers who were paying more attention than I was told me that I was somewhere in the neighborhood of 32 minutes.
Below is a poor quality photo from my cell phone. It was pretty hot and sunny and also very humid during the race, which started at 5PM. There was a pretty good turnout of KSC employees … probably around 400 people. They had choices of a 2 mile, a 5K, or a 10K. It was a well organized race and I definitely plan to do it again next year.
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September 27th update: The official race results are in and I came in 115th out of 149 runners in the 5K race with an official time of 33:00.17. I’m happy being in the front of the last quarter of the participants for my first race. My goal for my next race will be to be smack in the middle of the whole crowd.
There were 330 total participants between all the different race choices: 71 in the 2 mile walk, 58 in the 2 mile run, 149 in the 5K run, 48 in the 10K run, and 4 rollerblade entries.
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NASA sent out a press release today about this cool art contest for college students:
Aug. 23, 2007
Sonja Alexander
Headquarters, Washington
202-358-1761
sonja.r.alexander@nasa.govKeith Henry
Langley Research Center, Hampton, Va.
757-864-6120/344-7211
h.k.henry@nasa.govRELEASE: 07-179
LIFE AND WORK ON THE MOON: WHAT IMAGES COME TO MIND?
HAMPTON, Va. - A new NASA contest encourages university art and design students to partner with science and engineering departments to create art representative of living and working on the moon. The goal is for students in the arts, science and engineering to collaboratively engage in NASA’s mission to return humans to the moon by 2020, and eventually journey on to Mars and other destinations in the solar system.
The Advanced Planning and Partnership Office at NASA’s Langley Research Center in Hampton, Va., is sponsoring the “Life and Work on the Moon” contest. Winners will receive cash prizes up to $1,000. Winning artwork also will be exhibited online and across the country.
Students in architecture, industrial design, computer design, the fine arts and other disciplines are invited to submit entries in one of three categories: two-dimensional art, three-dimensional art or digital art. To ensure artistic concepts reflect the realities of the harsh lunar environment, art students are strongly encouraged to consult with science and engineering students and use NASA’s online resources.
A volunteer panel of judges will represent NASA, other government agencies, universities, industry and the professional art community. Judges will evaluate artistic qualities and whether the entry depicts a valid scenario in the context of the lunar environment.
In sponsoring the contest, NASA hopes to encourage more collaboration among scientists and engineers and the artistic and creative communities. Such collaboration may generate new ideas for living and working in extra-terrestrial environments, resulting in more successful long-duration space missions.
Winners of the contest will be offered the opportunity to exhibit their work in NASA facilities and science museums. An online public gallery will be available through a partnership with NASA’s Classroom of the Future, maintained by the Wheeling Jesuit University Center for Educational Technologies in Wheeling, W. Va., and the Christopher Newport University Institute for Science Education in Newport News, Va. Christopher Newport University will provide cash awards for top prizes.
Entries are due no later than December 1, 2007, and results will be announced in February 2008. A high school version of this contest is planned for the spring of 2008.
For more details about the contest, including NASA’s resources about the moon, visit:
http://artcontest.larc.nasa.gov
For more information about NASA and agency programs, visit:
Visit the art contest website linked above for more information.
Kurt
I recently merged some STS-117 NASA launch video footage from four of the six Solid Rocket Booster (SRB) cameras and also the External Tank (ET) camera into a single synchronized video compilation. Below are a few teaser frames from the compilation:
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The video compilation is about 10 1/2 minutes long and runs in real time starting from launch all the way through SRB splashdown and even through Orbiter (Atlantis) separation from the ET. It’s a pretty cool video to watch because you get to see what happens behind the scenes with the SRBs after separation.
I used Adobe Premier Elements version 3.0 to compile the video. It’s a very powerful consumer video editor program, but it’s also quite user friendly so you don’t have to be a video editing expert to be able to use it. It costs a hundred bucks, and you can download and use a free 30 day trial here: http://www.adobe.com/products/premiereel/
Below are some medium and high bandwidth links to the finished compilation video. They are all in Windows Media Player 9 (WMV) format. Enjoy!
Kurt
STS-117_SRB&ETLaunchFootageCompilation (LAN Quality - 1150 Kbps - 960×720 - 30fps - 90 Megs)
Here is the lower quality YouTube version: http://www.youtube.com/watch?v=Z-e0Fam-Za4
P.S. For those in the audience who are complete perfectionists, I did not attempt to synchronize the time counters in the corners of each of the videos to each other. That would have taken me much longer and would not have ended up looking very much different. All I did was synchronize major events (like liftoff and SRB separation) to occur simultaneously to my own eyes. Actually the video in the lower left appears to be a few seconds off from the rest on it’s time counter. Especially towards splashdown of the SRB’s. So synchronizing that video’s time counter would have actually thrown it off from real time.
While at work today, I had the great pleasure of meeting Mr. Norris Gray, who helped bring Werner Von Braun and other German rocket scientists to the United States after WWII. He also helped launch the first Bumper rockets, which were derived from the German V-2 rockets, from Cape Canaveral.
When I was a student at Deer Creek Mackinaw (Dee-Mack) High School in Mackinaw, Illinois (1984 thru 1988) I was really into anything that was even remotely related to art. I loved drafting classes and all of the different art classes too. Our art teacher, Mrs. Schultz, organized some of the best art students there and had them paint a few organized and approved murals around the school. I was allowed to paint a Space Shuttle mural upstairs on the big 2-story wall just outside the library. I was also into space, and I had some NASA photos and mission patches and I basically just painted a collage of some of the items in that material. I dedicated the mural to the crew of the Challenger mission that was lost during their launch on January 28th, 1986. This large mural was a big project for a high school student … and I never actually technically finished the mural. I had intended to paint land masses on the earth, but never got around to it. I took these photos in the summer of 2002, so the mural was at least there for 14 years. I think they had to paint over it a few years ago, though.
Kurt
I recently volunteered to be a test subject in a NASA/KSC study on motion sickness. I call it the “spinning chair of death” study for fun, but it’s really not too bad. Today was my turn in the chair and it was actually a breeze and I never even felt queezy. I guess I’m not very prone to motion sickness because I can count on one hand the total number of times I’ve ever felt motion sick.
Here are some details of the study:
The chair is actually a racing seat mounted on a wooden box. The wooden box holds all kinds of electronic gear (biological sensors) and a laptop PC powered by a car battery and an inverter. The wooden box is connected to a gearbox and a motor that spins it at 15 RPM’s or about 4 seconds per revolution. It’s not real fast. The whole contraption is also tilted from vertical 15 degrees. It’s this tilt combined with the rotation that gives your inner ear a real workout and causes most people to get motion sick.
. After filling out about 5 pages of medical history paperwork, the doc weighed me and then put 2 sets of EKG pads on my chest and side. One set was for local recording on the laptop PC that spun around along with the chair, and the other set was for wirelessly transmitting across the room so that the doctor could track my health during the test and stop the test if things went south. Then they sat me in the racing chair and strapped me in fairly snugly. It’s a pretty comfortable chair.
Then they hooked a constant blood pressure cuff on my left middle finger. This little cuff measures your blood pressure every single time your heart beats. It’s pretty cool. It inflates just like the standard cuffs do, but it pressure pulsates with your heartbeat and somehow the thing uses an infared beam or something to look at your blood flowing in your finger. I really don’t know how the thing works, but it’s a cool little device.
The last thing they hooked up to me was even cooler than the constant blood pressure cuff. It was a doppler blood flow sensor that was mounted against my right temple on my forehead. It’s just like the sonogram device a doctor uses to find the heartbeat of a fetus in the womb. And it sounds exactly like that, because they turned the sound up when they were installing the thing. They put this little helmet thing on my forehead and tightened it down snugly. Then they played around with the position of the doppler sensor on my temple until they found just the right artery and just the right position on that artery. The doctors and technicians were all crowded around the laptop watching the realtime plot waves while the sensor was being positioned. This sensor was difficult for them to get just right, but when they got it, it was rock solid … even when I moved my head around.
Then the doc gave me final instructions on the hand signals that I would be using during the test. Every minute during the test, the doc would ask me to rate my motion sickness symptoms on a scale from 1 to 5. With 1 being no symptoms, to 5 being “I think I’m gonna be sick so stop the test right now!”. Then they started the test with a 5 minute waiting baseline. I breathed deeply and tried to relax for the baseline measurements. 5 minutes is a long time when you’re waiting for it to pass in silence. They wanted all subjects to perform the rotating part with their eyes closed, so I closed mine for the baseline also.
Then the rotation started. It was to last 15 minutes or until I felt sick. Every minute the doc asked me to hold up fingers for my symptoms. For the first couple of minutes I felt like I was moving exactly as I knew I was moving. During the rotation, my body and head were being forced by gravity forward, to one side, backward, and then to the other side.
But then my brain kind of switched things around and it didn’t feel like I was spinning anymore. My head and body were still being pushed forward, to one side, backward, and then to the other side, but my brain made me feel like this motion was because I was being translated around on an air table and always facing the same direction. Imagine your hand on a hockey puck on an air table or on an ice rink. Now move (translate) the puck around in a large circle without rotating the actual puck. This is what I felt like I was doing now and it didn’t feel bad at all. As a matter of fact, I probably could have fallen asleep doing this if given another 15 minutes or so. After a while it was actually soothing. If my brain hadn’t switched me from feeling like I was rotating to feeling like I was just translating, I don’t know if I’d have made it.
After the 15 minutes were up, I had given them 15 motion sickness symptom scores of 1 with my hand signals and had no symptoms at all anywhere. No dizziness or anything going on in my stomach. During the last cycle, the chair slowed down and then finally stopped in the same position it started in. When it finally stopped completely, I felt my brain for just a couple of seconds continue to want to rotate and I’ll bet my head even twitched a couple of times towards the direction of rotation. But that passed after just a couple seconds and then I felt perfectly normal. They had another 5 minute period of waiting and then the test was complete.
The test was fun and I would do it again if given the opportunity. If I wasn’t having so much fun in my current organization, this department would actually be a pretty cool place to work. My buddy Dave works in this department and actually built the “rotating chair of death” and put together all the electronics that go with it.
Kurt
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Thanks for visiting,
Kurt & Sam Leucht Titusville, FL |
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