Monday, December 2, 2013

Wake Up Chief...MJOLNIR's Parts Are In Motion


Any science fiction nerd out there has played (or at least heard of) the “Halo: Combat Evolved” series created by game developer Bungie in 2000. The video game took the first person shooter world by storm, quickly becoming one of the most beloved franchises in the community, spawning several sequels, spin-offs, and millions of dollars in merchandising apparel. Master Chief is a fictional icon of hulking super soldier badassery. But are we actually closer to our very own Master Chief’s now than the game’s 2550 timeline? Like we did with Iron Man a few weeks ago, let’s see if we can’t separate fact from fiction here. We’ll start with the obvious ones first.

Cortana…Artificial Intelligence

If will could make it so than millions of fan-boys worldwide would have already brought Cortana into constitution. Alas, it doesn’t work like that. How it does work is teams of scientists all over the world are working on the Singularity. One such man, Ross D. King, professor of computer science at Aberystwyth University, has created something fairly close to artificial intelligence. His name is Adam. What makes Adam special and separates him from other computers? His ability to think like a human scientist.
Now does that mean Adam is capable of hacking into an alien ship while monitoring the vitals of Spartan John 117, while stealing information and analyzing data from hundreds of computers on a planet simultaneously…more than likely not. Honestly we are still a long way off from an A.I. capable of that kind of function, but Adam is proof that we’re officially on the right track to simulating human reasoning.

Shields Up Spartans!

Who can forget hopping online in the Saturday afternoon to play your buddies across the pond in a friendly match of Free-For-All? After almost getting stuck with the plasma grenade and narrowly escaping death several times you have to jump behind a big rock. You switch to your pistol and stare down the scope as you wait for your shield to recharge so you can run back into the fray, a portable med-kit randomly laying on the ground nearby wouldn’t hurt either.

The med-kit is neither here nor there, the shield however, is what we’re going to discuss next.


The image above is from T.A.Heppenheimer’s book “Colonies in Space.” What you are looking at folks is a proposed plasma shield to block the cosmic radiation from reaching the colonists and causing ill advisable health effects. Wonderful thought, however it was written in 1977 originally, we barely understood how electrons acted in space, and under conditions not that of Earth’s. The book, while delightful, to me seems more Science Fiction than Science Fact, but isn’t that what we’re doing here? Separating fact from fiction?
Truth is, from that quirky design above we have come full circle. Turns out, in development is a piece of technology called PASS (PlasmaAcoustic Shield System) and what it does it utterly incredible. Using lasers it sends out a series of plasma explosions to detonate or deflect incoming projectiles from hitting the user. This sounds different from MJOLNIR but it should because right NOW it isn’t the same, but once again, it is certainly a step in the right direction.
And try not confuse PASS with the overhyped Trophy “Force Field” developed by Israel. You can read more about that blunder here… http://defensetech.org/2006/04/27/so-much-for-force-fields/

Systems Breakdown (All The Working Parts)

According to what I understand of the Halo fiction, aside from biological engineering for the soldiers and the two topics we discussed above, there are several other key components of the MJOLNIR armor. Those are:

1.    The HUD (Heads Up Display)
2.    Secondary ballistics protection
3.    Insulation, Cooling, Biometric Scanners (For vital signs)
4.    Increased mobilization and movement assistance through the suit.


We are working on Heads Up Displays, and are actually pretty far along with the technology. If you want to know more about their functionality in aircraft and on the smaller scale of soldiers in combat, Wikipedia has an excellent page with a wealth of information dedicated to the HUD. For the purposes of this blog we’ll just say it’s where it needs to be and Revision, a military development company, is working on a modular helmet that will incorporate the technology, and it could not look more reminiscent to the Chief himself:



What about secondary ballistics protection? (Aside from his plasma shield of course) I mean…nobody can take a bullet like a Spartan right?? Right??? Well, not necessarily. Turns out a few years back there was a big debacle with the U.S. military and its troops using body armor bought from civilian manufacturers and not Uncle Sam himself. TheDragon Skin armor, as seen in the video if you follow the link, is capable of not only withstanding a ton of gunfire, but after that, if the need arises, a soldier can jump on top of a live grenade. He’ll still most likely die from internal organ damage, but it sure won’t be because the grenade ripped through his Kevlar and cut him in half.
But we can’t have a soldier jumping on a grenade to save his squad and still die, that doesn’t seem right, and America isn’t known for supporting its martyrs. So how do we shield the body, beneath the shield and the super armor? There are two ways to reinforce the Kevlar, Shear-Thickening Fluid or Magnetorheological Fluid. Let’s explore both of these a little bit.

1.    Shear-Thickening Fluid: STF behaves like a liquid until it is struck forcefully. At which points all the molecules in it quickly bind together forming an almost impermeable solid barrier. This colloid (cornstarch & water behave similarly) creates a lightweight alternative to the many layers typically needed in a Kevlar vest.
2.    Magnetorheological Fluid: Like STF this behaves like a liquid that turns into a solid as well but the similarities end there. MF is comprised of oil and iron particles that rely on an electric current in order to ender solid-state.

Both are very different solutions to the same problems and neither are without their drawbacks. You can read more about both and a lot more about LBA over at How Stuff Works with their wonderfully written article about it.
We have biometric scanners (EKG, pulse monitors, etc.) and we even have scaled down ones that would be perfect for this suit. Obviously cooling fans and insulation have come a long way in the past thirty years with computers becoming smaller scale and much more efficient that these wouldn’t even be an issue. But what about the exoskeleton that made the Master Chief move superfast? That made him super strong? What about that stuff!?  

Calm down before you have a nerdgasm. I have some really great news for you. As usual the Japanese have developed some truly amazing technology. The latest advancement in assisted living is HAL (Hybrid Assisted Limb). HAL is an exoskeleton powered by the user’s nerve function that has been granted the prestige of being recognized as a fully-fledged medical device. Take a look at HAL below:


And it’s not just for paraplegics and medical uses. There are reports of the Japanese using modified HAL suits to clean up after the tragic Fukushima nuclear reactor spill. They may not grant the user the super strength of John 117 himself, but that isn’t the intention of these particular suits, but once again, it is a step in the right direction.
I’m sure there are other components I’m missing that go into the MJOLNIR Mark V armor but what it’s important is that the core technology is coming along. Right now if all these devices and individual pieces of tech were combined into one super suit the end result with be bulky, cumbersome, and most likely unusable. But who knows, in ten years since the release of Halo (which by and far was likely not the developers intentions of these gizmos) we have come this far along. Maybe in another ten years we’ll have this stuff scaled down, and maybe even our own personal Cortana’s! I would certainly love to report on that.
You’re dismissed Spartan.


-Ryan Sanders

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