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Archive for March 2015

Big Fat Patents

 

http://www.popsci.com/boeing-just-patented-force-field-lasers

So here it is, the force field we have all been waiting for.  Well, the patent for it, at any rate.  As far as I can tell (after consult with a couple scientists with fancier degrees than mine), the science is sound.  In theory this might just work as advertised, but there are a heap of roadblocks to overcome on the way to finally being able to repel photon torpedoes.

Anybody remember the foam-cannon?  Back in the late 80’s the military developed a weapon that could immobilize a person by covering them with a quick-hardening foam.  If used properly, it could allow enemy combatants to be incapacitated reasonably harmlessly (thereby giving you the chance to make sure they weren’t civilians) and could be used in softer situations (protests running out of control, for example) where the numbers game meant a high likely-hood of civilian casualties.

But there was a chance that a target could get foam in their face, over the head and thereby suffocate.  This, of course, meant they were just as potentially lethal as any physics-based lead-slinger.  So when they finally got deployed, they were relegated to building insta-barricades (which apparently could be torn down with relative ease).  They couldn’t be deployed where there was even a risk of someone getting foamed in the face and so, a really great idea got relegated to obscurity.

The key to this particular patent (as I see it) is that they are targeting the blastwave.  Rather than trying to stop shrapnel, they are focusing on the invisible killer.  The motion of force through the air that can simply kill you out of hand, no pointy bits needed.  So one could argue that any civilians close enough to be affected by the shockwave are dead no matter what you do, so any damage they might incur by getting hit by a laser is going to be irrelevant.

But, my money is still on this technology getting back-burnered until absolute safety can be proven which (as anyone who has walked down a sidewalk can tell you) is a nigh-impossible thing to prove.

Available resources

http://www.hou.usra.edu/meetings/lpsc2015/pdf/2174.pdf

We’re going to have a Moon-base some day.  At the rate things are going, maybe towards the end of my lifetime, but I think it has become an inevitability, especially now that the taboo of private companies making space-launches has been broken.

We are going to the Moon.  It’s not as sexxy as Mars, so it doesn’t make the papers.  It’s been done before, so it doesn’t make the papers.  There are no aliens, so it doesn’t make the papers.  But that doesn’t mean that great minds and financial resources aren’t looking in that direction.

The paper above is taking a look at the moon from a more structural point of view.  We’ve had experiments done to figure out how to use lunar surface materials in 3d printing machines to make structural components, combine that technology with structurally sound existing geology and we might just be able to build a base sooner than you think.

We don’t *have* to build up, you see.  People have inhabited caves, built structures into the walls of cliffs and into ravines for thousands of years.  We can build down, we can take advantage of what’s already there to build more swiftly, to build more efficiently.  Up can come later.