Dawn @ Vesta

 

Vest South Polar Region

Vesta South Polar Region Dawn Framing Camera

The Dawn Mission is ultra cool, what’s not to love about orbiting an unexplored world.  Motoring there on ion drive and planning to motor over to a new planet (minor) on your ion jet after you’ve finished with this one.  This is what space exploration was supposed to be like….and it is, we just got too jaded in the mean time to understand what we are seeing.  This image is from the Image of the Day.

Alpha Dog…next we have Wardogs…then Wargs

Alpha Dog shown in this video is really, really neat technology but even in this early stage there is something very creepy about it.    If you connect this with what we have done with the Predator drone and its cousins….one has to wonder if we have opened Pandora’s box.  

I have written about Wardogs in Under Seige, a novel I wrote years ago and I will be publishing soon, and in passing about guard robots in Moon Dreams.  Saberhagen had the Berserkers et.al. for decades. But one does not have to get to AI’s gone berserk for things to get out of control. 

We may have paved the way to H E double toothpicks with Predators.  The Chinese and Russians, as well as others, will sell just about any technology to anyone.  We have the example of what tech did in the Arab Spring….is possibly doing in Syria.  What happens when the bad guys don’t have to risk their lives, or lose a night sleep, when they go after protestors and arrest or erase them?

The Senatorial Launch System Revealed

Artist concept of SLS on launchpad

Image from NASA of SLS on launch pad

For only $18Billion….and I’m not kidding about the ‘only.’  This is a big budget program on a pitiful credit line.  All the technology development is to happen in the first couple of years of development, before inflation robs the fixed and thus effectively decreasing NASA budget, of its buying power.  The choice of technologies was based on reusing the shuttle solid booster technology, shuttle main engine derivatives and the canceled Constellation’s upper stage engine because they are hydrogen fueled and thus use shuttle Infrastructure.  It will launch either cargo or cargo and the Orion exploration capsule/system into low orbit. 

It’s an impressive beast, it will start with the ability to loft 70 tons into orbit and end with something like 130 tons, significantly more than the Saturn V of Apollo fame.  But the plan is to launch maybe 1 a year, and that will make it terrifically uneconomical.  The intent is to have a booster capable of lifting exploratory craft for Luna and Lagrange Point exploration, with multiple launches it could do a Mars mission. 

In the meantime we are supposedly going to fund the Entrepreneurial Space companies to compete for ISS supply including crew launch and recovery…..

But if we have the ESpace why do we need SLS.  If SLS is going to need to do multi craft build to go further than Luna or the Lpoints why not focus on building up our space infrastructure and refueling capability to support a common set of commercially viable launchers lofting the parts for assembly of the earlier and simpler systems in orbit.  It may seem more expensive at first but in the long run it will become cheaper because the launchers are cheap on a per use basis. 

OK I’m sure they’re promising that SLS will be real cheap per lb to launch because it uses proven technology and it has the advantage of being bigger (bigger is generally more efficient in this game.) But its a Gov’t program w/infrequent launches, using technology that has been chosen to save money up front.  Not a promising Start. 

And it’s quite possible that one of the driving factors in choosing solid booster over pure liquids was to keep the manufacturer in business (I believe there is only one US supplier at this point) Solid fuel rockets are brute simple, on the surface, but brutally complex in detail, and the only other significant market for the stuff is weapons.  With the wind down of the cold war and the use of solids for various boosters the solid rocket industry has hovered on the brink of bankruptcy.  That means the supplier will have the ability to hold NASA over the barrel for providing the boosters. 

So the SLS remains the Senatorial Launch System and a yoke around the neck of our future in space…..Its a pity we didn’t build this system twenty years ago, when it would have had a positive impact….

Laptops and the PC model

The earlier link leads to an interesting article on the PC industry.  The WinTel mass market suppliers have carried the Desktop market model into the Laptop arena and are now reaping the downside.    [This is what the US Car manufacturers did as well, developing too many me-to platforms and then forcing folks to option up singularly unattractive base models of which there were too many as well. ]

The solution is similar to the car industry as well: in the long run there needs to be  an emphasis on base quality and fewer options. (Is it not strange that this is what Apple is doing?)

BUT why not take a step back as well.  Components have gotten smaller and a Laptops frame can only get so small without losing functionality.  All these companies have developed custom interfaces so they can plug in modules for this and that but also standardized the chassis frames so that they can ‘plug in the modules for this and that.’ In other words they should have a platform to move to the Home Build market and let people build their own.  Companies could compete with plastic, aluminum, titanium or bamboo chassis with various levels of cooling sophistication in 17″, 15.6″, 15″, 14″ and tubby 13″.  Keyboard manufacturers could offer various keyboard modules.  You could buy motherboards with a variety of chip solutions .  Graphics solutions.  Phone net solutions.  LCD Panel solutions. Battery solutions.

Now all of this would require the establishment of an interface standard.  IBM did this for the Desktop market almost by accident, but there is no reason that companies like Dell, Asus, Acer, etc could not come together, they build only marginally differentiated systems now, the differentiation mostly based on a ‘keep those rascals out of my hardware’ business model and design history. 

What would this do?  1) Make it cheaper to build ma, pa and baby laptops to be sold in the big box stores. 2) Create a market for high-end technology in moderately tight form factors for a range of suppliers 3) Allow those with the tennies to move into building mainline power user, mainline business and high-end units which I believe will owe more to the MacAir than the ThinkPad or Inspiron of yore.