BlackBat242
SOC-14 1K
Consider me suitably slapped, Hunter.
I keep forgetting that the material has been reprinted, and want to make sure that those I am discussing with also have the article I am referring to... which it seems some don't.
As for the "precipitate" matter, in the surrounding text Marc makes it clear that that effect only applies to an attempt to exit Jump within 100 diameters of a body.
No mention is ever made of this happening under any other circumstance, and considering that many "jumpspace flight-paths" would surely pass very close to large objects within the target system on the way to the planned exit point, if it always happened any time you accidentally passed too close, he would have mentioned it... and he didn't.
The only mentions of mass/gravity effecting Jump in any way refer to its effect during/on transitions to/from normal space and jumpspace.
He also explains long-distance mis-jumps as being the result of somehow accidentally entering an unplanned level of jumpspace. He says that there are different jumpspaces, which yield different distances for the same energy expended. The OTU understanding of Jump theory only allows planned access to one specific type of jumpspace, which provides the results in the book for distance/speed/fuel used/mass of ship.
He does say "Some believe that a proper understanding of the phenomena can produce jump drives capable of greater jumps than are currently available."
I keep forgetting that the material has been reprinted, and want to make sure that those I am discussing with also have the article I am referring to... which it seems some don't.
As for the "precipitate" matter, in the surrounding text Marc makes it clear that that effect only applies to an attempt to exit Jump within 100 diameters of a body.
No mention is ever made of this happening under any other circumstance, and considering that many "jumpspace flight-paths" would surely pass very close to large objects within the target system on the way to the planned exit point, if it always happened any time you accidentally passed too close, he would have mentioned it... and he didn't.
The only mentions of mass/gravity effecting Jump in any way refer to its effect during/on transitions to/from normal space and jumpspace.
He also explains long-distance mis-jumps as being the result of somehow accidentally entering an unplanned level of jumpspace. He says that there are different jumpspaces, which yield different distances for the same energy expended. The OTU understanding of Jump theory only allows planned access to one specific type of jumpspace, which provides the results in the book for distance/speed/fuel used/mass of ship.
He does say "Some believe that a proper understanding of the phenomena can produce jump drives capable of greater jumps than are currently available."