Posted on 05.14.08 by John @ 8:29 pm

Ah, the amazing power of biological evolution. How this simplicity escapes some people I don’t know.
Here’s an evolutionist’s dream: 10,000 planet Earths, starting from the same point at the same time, and left to their own devices for four and a half billion years. What would happen? Could you go on safari from one planet to the next seeing an endless procession of wildly different organisms? Or would many of the planets be home to life forms that are broadly similar?
The Repeater - The Wild Side - Olivia Judson - Evolution - Opinion - New York Times Blog
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Posted on 03.11.08 by John @ 7:57 pm
Looks like the sound of gnashing gears and grinding steel may once again grace the television sets of America. Noted sports cable network ESPN has been talking to BattleBots about a possible hook up later this summer. I for one am looking forward to it, nothing quite like seeing two hundred plus pound remote controlled cars beating the crud out of each other. Ah, technology…
(page might be down, last I looked the server’s log files are filling up its hard drive!) Welcome to BattleBots.com : News and Press
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Posted on 03.02.08 by John @ 7:53 pm
I’ll be the first one to say it, someone is going to complain about the reflection of the collectors. I would assume that things like this are taken into account but you can never tell in this litigious world.
Abengoa Solar Inc., a Spanish technology company that has several smaller solar-thermal projects in Spain, North Africa and the United States, will build and run the Solana Generating Station. Solana will use 2,700 "troughs" of mirrors lined up across former alfalfa farmland, focusing sunlight on tubes in the middle of the troughs. The tubes will be filled with a petroleum-based chemical that will heat up to 735 degrees, and transfer their heat to water, making steam and spinning turbines in two 140-megawatt generators. The petroleum liquid is reused in the tubes, not burned. The plant also will use molten salt to store heat and continue generating electricity for as long as six hours after the sun sets. That’s key in Arizona, where residents use the most electricity between 5 and 6 p.m., when the sun is low in the sky and common solar panels struggle to generate electricity.
[via lonelocust] $1 billion solar-thermal plant near Gila Bend to supply APS customers
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Posted on 02.07.08 by John @ 7:48 pm
Advances in display technology are simply amazing. I hope to see holographic display units so common place that they are used in cheap kids toys like and LCD would be used today.
The new material is comprised of photorefractive polymers. These chemicals have photoelectric properties that make them well-suited to storing the optical interference patterns used to produce holograms. When a photorefractive polymer is exposed to a pattern of bright and dark areas, electrons are released from the areas exposed to high-intensity light and migrate to areas that are darker. Once in place, the electron-rich areas diffract light differently from the electron-poor ones, allowing the original interference pattern to be reproduced when the material is exposed to light
Holodeck 0.1: the durable, rewritable holographic display
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Posted on 01.17.08 by John @ 9:16 pm
My friend Greg sent this to me today. I’ll be first in line when these come out!
Building the lenses was a challenge because materials that are safe for use in the body, such as the flexible organic materials used in contact lenses, are delicate. Manufacturing electrical circuits, however, involves inorganic materials, scorching temperatures and toxic chemicals. Researchers built the circuits from layers of metal only a few nanometers thick, about one thousandth the width of a human hair, and constructed light-emitting diodes one third of a millimeter across. They then sprinkled the grayish powder of electrical components onto a sheet of flexible plastic. The shape of each tiny component dictates which piece it can attach to, a microfabrication technique known as self-assembly. Capillary forces – the same type of forces that make water move up a plant’s roots, and that cause the edge of a glass of water to curve upward – pull the pieces into position.
Contact lenses with circuits, lights a possible platform for superhuman vision
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Posted on 11.07.07 by John @ 9:09 pm
I can only hope that someone decides that this sort of service is needed at the Grand Canyon. Makes more sense than a silly transparent walkway.
Starting this month Nippon Airship Corporation will begin offering airship cruises over Tokyo, at roughly US $1,100 to $1,500 a pop, no pun intended. Rides will be aboard a Zeppelin NT and will last 90 minutes
Too cool. You can read more about NT Zeppelin here.
Zeppelin rocks on in Japan
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Posted on 10.11.07 by John @ 4:55 pm
Now if this material can be made clear… Oh wait, it is. If it can be made crystal clear and has good refractive qualities it would make for some dandy scratch proof glasses.
A new composite plastic built layer by layer has been created by engineers at the University of Michigan. This plastic is as strong as steel. It has been built the same way as mother-of-pearl, and shows similar strength. Interestingly, this 300-layer plastic has been built with ’strong’ nanosheets of clay and a ‘fragile’ polymer called polyvinyl alcohol (PVA), commonly used in paints and glue, which acts as ‘Velcro’ to envelop the nanoparticles. This new plastic could soon be used to design light but strong armors for soldiers or police officers. The researchers also think this material could be used in biomedical sensors and unmanned aircraft.
A plastic as solid as steel
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Posted on 10.01.07 by John @ 8:57 pm
I was browsing the Internet today for random stuff and happened across this. It’s the online version of the Naval Safety Center’s publication ‘Approach’. All sorts of astounding stories about mid air collisions, shattered canopies, and others tails of how things can go bad and what can be learned from them. I’m sure that most people will never be in a position where they are running through an emergency checklist because they have lost their starboard flight side hydraulics and most of their port stab, but the lessons about keeping a cool composure and the value of training are ones that we can all use.
Approach - The Navy and Marine Corps Aviation Safety Magazine
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Posted on 09.23.07 by John @ 9:11 pm
Oh cool, Mars in six months? Nice…
Andrews Space & Technology (AS&T) introduced an innovative propulsion system that could significantly shorten round trips from Earth to Mars (from two years to only six months!) and enable our spaceships to reach Jupiter after one year of space traveling. The system, which may dramatically affect interplanetary space travel is called the Miniature Magnetic Orion (Mini-Mag Orion for short), and is an optimization of the 1958 Orion interplanetary propulsion concept.
[via slashdot ] Mini-Mag Orion Will Reach for the Stars
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Posted on 09.20.07 by John @ 8:17 pm
Well, its not quite the super sensory perception you see in comic books, a group of researchers utilizing Sharp IR sensors created what could be called a ’second skin’. Think of how something gently touching the fine hairs on your arm instantly tells you that something is going on. Very handy if your moving around in the dark, you get a millisecond warning before you run into the wall. It might be enough warning to make you start slowing down before maximum damage can be done. Now imagine that you can do the same thing but with objects that are inches or even feet away from you. With enough sensors you could navigate through a room in the dark and not bump into anything. The possibilities here are almost endless. [via Hack a Day] The Haptic Radar / Extended Skin Project
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Posted on 09.14.07 by John @ 6:56 pm
One of the greatest things about technology isn’t what it does, but it’s what it can do. This is a shining example of this very concept:
If you have a point-and-click digital camera made by Canon, you may be able to turn on all sorts of features usually reserved for more expensive SLRs. That includes live histograms, depth-of-field calculation, under and overexposure highlighting, and — best of all — shooting your pictures in RAW. The secret is CHDK, an enhanced, free software replacement firmware.
I’m going to have to disagree that the best part of this is being able to shoot in RAW mode. Don’t get me wrong, I love using RAW (or NEF as it’s called on my Nikon) but the best part of this enhancement is that fact that you can do scripting in a BASIC like language in the camera. Wow… This is like getting a computer that has predefined programs on it and then discovering the programming tools for it. With these scripts you can do such amazing things as automatically create a series of photos for HDR stacking that can later be run through software to extend the dynamic range of the images. You can run an interactive interval timer to take X number of photos ever X seconds, minutes, or even hours so you could do a time laps study of ice melting or a building being built. Those are just two examples of what can be done with the powerful feature. One clever thing is that if you make a mistake and screw something up that chance of you ‘bricking’ your camera is quite low. To remove the firmware enhancement you simply remove the CD card and power up the camera. Bingo, everything is back to normal. I for one will be on the lookout for a camera that this will work on.
[via MAKE] Linux.com :: How to give your low-end Canon digital camera RAW support
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Posted on 09.14.07 by John @ 6:43 pm
 Ripped from the headlines of today…
The X PRIZE Foundation and Google Inc. (NASDAQ: GOOG) today announced the Google Lunar X PRIZE, a robotic race to the Moon to win a remarkable $30 million prize purse. Private companies from around the world will compete to land a privately funded robotic rover on the Moon that is capable of completing several mission objectives, including roaming the lunar surface for at least 500 meters and sending video, images and data back to the Earth.
Well this is just cool, a $30 million dollar (US) prize may not sound like all that much when your talking about going to the moon but the money isn’t what is at stake here. Charles Lindbergh didn’t set out to win the Orteig prize (Started in 1919 by a wealthy hotel owner, it offered $25,000 for the first allied aviator(s) to fly non-stop from New York NY to Paris France vice-versa) just for the cash. I’m sure the money was part of the incentive, but the achievement of winning was it’s own reward. When Lindbergh finished his 30 plus hour flight his accomplishment ushered in a new age for aviation. I can see No one has eve said that space travel is easy. It may possibly be the single hardest task to accomplish in the world. It’s full of risks, high costs, the potential for catastrophic disaster is high. But the long term rewards are fantastic. The knowledge gained by undertaking such a task could benefit mankind for years to come. If your one of those people that think that thing like the exploration of space and a contest to get robots to the moon is just a waste of time and money I’d like you to give a long hard look at what your reading this on. If it’s a computer, and I bet I’m right, then you yourself have already reaped the rewards of technology that was pioneered for space exploration. No matter how you slice it, setting a mark and offering people a chance to excel breeds innovation and advancements that the entire world benefits from.
[via CNN Money]
Google Sponsors Lunar X PRIZE to Create a Space Race for a New Generation
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Posted on 09.06.07 by John @ 10:20 pm
I don’t usually toot my own horn but this time I’m going to. I was recently asked if MAKE magazine could use a few of my photos of a Halloween display that I had made a few years ago. I agreed to it of course, I mean who wouldn’t want to see their photos in a national magazine? So I signed some paperwork and waited for the issue to hit the stands. All my waiting paid off when I saw the issue on Saturday and saw my photos printed up in glorious color. My photos of glow sticks, black light, and electric arcs fit right in with the other amazing projects that are being showcased in the Halloween issue. If your looking for a way to add a little something to your garage turned haunted house or even if your just wanting to scare the crap out of a coworkers with some automated nasty in the cube farm this is the magazine to buy!
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Posted on 09.03.07 by John @ 10:01 pm
This music player sports an impressive 85 hours worth of play from 3 AAA batteries. Now, only having 1 GB of storage is going to mean that you better like your music. You know, even if you did have to use something like iTunesAgent to get iTunes to play nice with the alien (read: non Apple) hardware it would be worth it if you were going backpacking. Oh yeah, it weighs 34 grams and measures 36.6×18.5×78mm so it would fit in your bag quite nicely. I wonder if I can find one of these in my neighborhood.
Ecolong, the everlasting MP3 player! : Akihabara News .com
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Posted on 08.30.07 by John @ 8:12 pm
If I’m asked what kind of book I like to read my answer is science fiction. And the style that I prefer is usually called ‘hard scifi‘. That would be stories that deal with the technological details and loads of information about far fetched star drives, energy beams, and what not. Needless to say I love reading about all the made up details that are in these stories. No wonder my top three favorite authors are Larry Niven, Robert A. Heinlein, and William Gibson. I happened across the ‘Atomic Rocket’ page today and just had to post about it.
"Another annoying fact is that realistic spacecraft propulsion systems are incredibly weak. They will take forever to push the ship to anywhere farther than, say, Luna. So SF authors try to jazz things up by postulating more powerful propulsion systems. Alas, they then run full tilt into Jon’s Law for SF authors. Jon’s Law for SF authors is closely related to Niven’s Kzinti Lesson. It states: "Any interesting space drive is a weapon of mass destruction. It only matters how long you want to wait for maximum damage." It goes on to say: "Interesting is equal to ‘whatever keeps the readers from getting bored’". As an example, a spacecraft with an ion drive capable of doing a meager 0.0001g of acceleration may be scientifically realistic and the exhaust is relatively harmless. However, to most of the audience it will not be interesting. "Nine months just to travel to Mars? How boring!" The author, not wanting his book sales to go flat, hastily re-fits the hero’s spacecraft with a fusion drive. The good news is that the ship can make it to Mars in twelve days flat. The bad news is that the ship’s exhaust is putting out enough terawatts of energy to cut another ship in two, or make the spaceport look like it was hit by a tactical nuclear weapon."
How cool is that? The page is for ’science fiction authors who wanted a little scientific accuracy’ but the heck with that, I’m going to read this from ‘cover to cover’.
[via retro thing, boingboing] Atomic Rocketships of the Space Patrol
If you want to read a few book by my favorite masters of scifi, go on over to Amazon and flex the credit chip.
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