TerraMcGillis:cellular-cyborg - Revision history

Cannonball: /* Second Generation Children */

2017-11-18T23:28:43Z

Second Generation Children

← Older revision		Revision as of 23:28, 18 November 2017
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	Unbeknownst to their parents, the newer children would share none of their DNA. Instead, the genetic templates of successful lancers would be used wholesale and/or combined with other successes to create "batches" of identical clones - whose data would be further used to refine the process when they too came of age. The child's hive colony would then be used to "sculpt" the children during development to ensure a "family resemblance" - drawing on the look of both parents and their grandparents during this process.		Unbeknownst to their parents, the newer children would share none of their DNA. Instead, the genetic templates of successful lancers would be used wholesale and/or combined with other successes to create "batches" of identical clones - whose data would be further used to refine the process when they too came of age. The child's hive colony would then be used to "sculpt" the children during development to ensure a "family resemblance" - drawing on the look of both parents and their grandparents during this process.

			The reason for this were several. While points of similarity between the genetic profiles of successful candidates could be analysed, and their commonalities identified genetics alone don't make a lancer. With genetic factors controlled for, the second generation would provide data on the 'nurture' aspect of lancer creation. The plan is to analyse the upbringing of all candidates (monitored through their hive and regular check-ins), and cross-reference them with successful candidates from the first generation. Prey to this information, the third generation will likely suffer a far more controlled upbringing...

Cannonball: /* Second Generation Children */

2017-10-29T23:25:57Z

Second Generation Children

← Older revision		Revision as of 23:25, 29 October 2017
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	After the first generation matured and were either pressed into service as Lancers (if able) or left to chart their own futures, the Hawthorn Initiative compiled the decades of data it had gathered during their maturation. A checklist of factors supposedly resulting in successful candidates was created and used during the creation of the second...		After the first generation matured and were either pressed into service as Lancers (if able) or left to chart their own futures, the Hawthorn Initiative compiled the decades of data it had gathered during their maturation. A checklist of factors supposedly resulting in successful candidates was created and used during the creation of the second...

	Unbeknownst to their parents, the newer children would share none of their DNA. Instead, the genetic templates of successful lancers would be used wholesale and/or combined with other successes to create "batches" of identical clones whose data would be further used to refine the process when they too came of age. The child's hive colony would then be used to "sculpt" the children during development to ensure a "family resemblance" - drawing on the look of both parents and their grandparents during this process.		Unbeknownst to their parents, the newer children would share none of their DNA. Instead, the genetic templates of successful lancers would be used wholesale and/or combined with other successes to create "batches" of identical clones - whose data would be further used to refine the process when they too came of age. The child's hive colony would then be used to "sculpt" the children during development to ensure a "family resemblance" - drawing on the look of both parents and their grandparents during this process.

Cannonball: /* Cellular-Cyborgs */

2017-10-29T23:24:40Z

Cellular-Cyborgs

← Older revision		Revision as of 23:24, 29 October 2017
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	For the Hawthorn Initiative, augmenting a child is a two-stage process. First, the genetic makeup of the embryo is painstakingly gene-fixed: even without further modification, the resulting child would be healthier and more capable than an ordinary person. And secondly, the foetus – raised in an exo womb – is bonded to a nanorobot hive colony. At every stage of development, these tiny machines work tirelessly to reconfigure, modify, augment, and upgrade every part of the child’s physiology during their growth.		For the Hawthorn Initiative, augmenting a child is a two-stage process. First, the genetic makeup of the embryo is painstakingly gene-fixed: even without further modification, the resulting child would be healthier and more capable than an ordinary person. And secondly, the foetus – raised in an exo womb – is bonded to a nanorobot hive colony. At every stage of development, these tiny machines work tirelessly to reconfigure, modify, augment, and upgrade every part of the child’s physiology during their growth.

	With the child receiving patches OS updates and upgrades to their hive like other children receive vaccines it rapidly~~, it~~ becomes almost impossible to tell the difference between man and machine: the point where biology ends, and technology begins. The result is a synthesis of the organic and artificial - something that is ~~undoubtable~~ human, but capable of so much more.		With the child receiving patches, OS updates and upgrades to their hive like other children receive vaccines, it rapidly becomes almost impossible to tell the difference between man and machine: the point where biology ends, and technology begins. The result is a synthesis of the organic and artificial - something that is undoubtedly human, but capable of so much more.

			==Second Generation Children==
			After the first generation matured and were either pressed into service as Lancers (if able) or left to chart their own futures, the Hawthorn Initiative compiled the decades of data it had gathered during their maturation. A checklist of factors supposedly resulting in successful candidates was created and used during the creation of the second...

			Unbeknownst to their parents, the newer children would share none of their DNA. Instead, the genetic templates of successful lancers would be used wholesale and/or combined with other successes to create "batches" of identical clones whose data would be further used to refine the process when they too came of age. The child's hive colony would then be used to "sculpt" the children during development to ensure a "family resemblance" - drawing on the look of both parents and their grandparents during this process.

Cannonball: Created page with "Return to Terra's Sheet? =Cellular-Cyborgs= For the Hawthorn Initiative, augmenting a child is a two-stage process. First, the genetic makeup of the embryo..."

2017-10-29T23:14:36Z

Created page with "Return to Terra's Sheet? =Cellular-Cyborgs= For the Hawthorn Initiative, augmenting a child is a two-stage process. First, the genetic makeup of the embryo..."

New page

Return to [[Terra McGillis|Terra's Sheet]]?

=Cellular-Cyborgs=
For the Hawthorn Initiative, augmenting a child is a two-stage process. First, the genetic makeup of the embryo is painstakingly gene-fixed: even without further modification, the resulting child would be healthier and more capable than an ordinary person. And secondly, the foetus – raised in an exo womb – is bonded to a nanorobot hive colony. At every stage of development, these tiny machines work tirelessly to reconfigure, modify, augment, and upgrade every part of the child’s physiology during their growth.

With the child receiving patches OS updates and upgrades to their hive like other children receive vaccines it rapidly, it becomes almost impossible to tell the difference between man and machine: the point where biology ends, and technology begins. The result is a synthesis of the organic and artificial - something that is undoubtable human, but capable of so much more.