Keith Laumer Wiki
(Bolos with colloidal brains, usually human as CPU.)
 
(A Bolo with a colloidal brain implanted within its control net, a mingling of electronic circuits and human neurons)
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[[File:Bolobook4a.jpg|thumb|left]]
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[[File:Bolobook4a.jpg|thumb|left]]Cybolos. That is one point of warfare that has changed during the past few centuries, though I suspect that the actual
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tactics of mobility and mass and firepower will be little affected. A Cybolo, my downloaded intelligence brief tells me, is
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a Bolo with a colloidal brain implanted within its control net, a mingling of electronic circuits and human neurons
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designed to give the combat machine greater flexibility and a broader decision-making capability, while maintaining an
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electronic system's far greater speed and memory capacity. I, personally, doubt that the combination will be an effective
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one. For one thing, there will be a considerable problem with the cyborgs' exercise of free will, something that is always
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a problem for colloidal-based systems. Those organic brains . . . did humans volunteer to have their own brains
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transplanted to bodies of duryllinium and steel? Or were they harvested from cultures cloned from donor cells? On the
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one hand, the quality of the product yielded by volunteers will be suspect, not least because I realize that it must be
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unsettling to awake in an alien body. On the other hand, cloned brains still have to be trained to be of any use, and the
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best trainer of all in the military arts is experience. Simply downloading information, or imprinting a cerebral cortex with
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electronic data overlays, will never be the same as being there.

Revision as of 04:19, 13 November 2013

Bolobook4a

Cybolos. That is one point of warfare that has changed during the past few centuries, though I suspect that the actual

tactics of mobility and mass and firepower will be little affected. A Cybolo, my downloaded intelligence brief tells me, is a Bolo with a colloidal brain implanted within its control net, a mingling of electronic circuits and human neurons designed to give the combat machine greater flexibility and a broader decision-making capability, while maintaining an electronic system's far greater speed and memory capacity. I, personally, doubt that the combination will be an effective one. For one thing, there will be a considerable problem with the cyborgs' exercise of free will, something that is always a problem for colloidal-based systems. Those organic brains . . . did humans volunteer to have their own brains transplanted to bodies of duryllinium and steel? Or were they harvested from cultures cloned from donor cells? On the one hand, the quality of the product yielded by volunteers will be suspect, not least because I realize that it must be unsettling to awake in an alien body. On the other hand, cloned brains still have to be trained to be of any use, and the best trainer of all in the military arts is experience. Simply downloading information, or imprinting a cerebral cortex with electronic data overlays, will never be the same as being there.