- Joined
- Feb 5, 2010
- Messages
- 3,911
In another thread I was contemplating forging and quenching, and it occurred to me that the methods we use to make knives on earth are pretty crude. Little wonder we have so few knives made of Unobtainium. We haven't invented the methods to properly process it.
So let's examine what those methods might be.
First, it needs to be understood that Unobtainium is a virtually indestructible material... which is good for the end user, but exponentially increases the difficulty of processing it for the manufacturer of quality knives.
When last I checked, a standard batch of Unobtainium required a forging temperature of 2.5 million degrees (F). Since most earth-bound forges have trouble maintaining that temperature for the needed soak time, alternate forging methods must be developed. I propose the use of a quantum wormhole forge, that directly links the space-time coordinates between the knifemakers work shop and the photosphere of a nearby white dwarf star. Of course, to protect the shop for the blast of the forge, you'll need a suitable magnetic envelop to serve as the door for the forge.
Also, because Unobtainium must be quenched as near absolute zero as possible, the only realistic means of quenching is to have a second quantum wormhole that links the work shop with a point in space as least 5 million light years from the nearest heat source. Again the magnetic envelope would be needed, this time to keep the air of the shop from being sucked into the infinite void.
Finally, we must consider the means of hammering and grinding a piece of Unobtainium. Here, I'm afraid, I can offer little help. The only known means is to use hammers and files that are themselves made of well hardened Unobtainium... which creates a conundrum. How does one shape Unobtainium if wone need tools made of Unobtainium to do so?
Perhaps Nick or Rick can weigh in on this, since they have all of the known supplies of Unobtainium.
- Greg
So let's examine what those methods might be.
First, it needs to be understood that Unobtainium is a virtually indestructible material... which is good for the end user, but exponentially increases the difficulty of processing it for the manufacturer of quality knives.
When last I checked, a standard batch of Unobtainium required a forging temperature of 2.5 million degrees (F). Since most earth-bound forges have trouble maintaining that temperature for the needed soak time, alternate forging methods must be developed. I propose the use of a quantum wormhole forge, that directly links the space-time coordinates between the knifemakers work shop and the photosphere of a nearby white dwarf star. Of course, to protect the shop for the blast of the forge, you'll need a suitable magnetic envelop to serve as the door for the forge.
Also, because Unobtainium must be quenched as near absolute zero as possible, the only realistic means of quenching is to have a second quantum wormhole that links the work shop with a point in space as least 5 million light years from the nearest heat source. Again the magnetic envelope would be needed, this time to keep the air of the shop from being sucked into the infinite void.
Finally, we must consider the means of hammering and grinding a piece of Unobtainium. Here, I'm afraid, I can offer little help. The only known means is to use hammers and files that are themselves made of well hardened Unobtainium... which creates a conundrum. How does one shape Unobtainium if wone need tools made of Unobtainium to do so?
Perhaps Nick or Rick can weigh in on this, since they have all of the known supplies of Unobtainium.
- Greg