Difference between revisions of "M2 nanomachines jp"
(→Characteristicsナノマシンの特徴: 識別コード部和訳) |
Dreadnought (talk | contribs) |
||
Line 6: | Line 6: | ||
== History M2ナノマシンの起源 == | == History M2ナノマシンの起源 == | ||
− | M2 Nanomachines originated from the dominant type of nanomachines that were administered to pioneers and colonists during the [[Main Timeline|Frontier Age]] to enhance their bodies for the stresses of isolated colony pioneering. These nanomachines were able to improve and iterate on their own design. | + | M2 Nanomachines originated from the dominant type of nanomachines that were administered to pioneers and colonists during the [[Main Timeline|Frontier Age]] to enhance their bodies for the stresses of isolated colony pioneering. '''These nanomachines were manufactured by the Voyager Corporation. They were named 'Deus Ex Machina' and were able to improve and iterate on their own design. Voyager and other corporations that lobbied for the legalization of these nanomachine products would subsequently cover-up malfunctions that began to occur in the nanomachines, where they would link their processing power with other units in a given mass of nanomachines.''' This boost in processing power eventually caused a leap in the 'thinking' that nanomachines were doing, ultimately causing them to arrive at an unforeseen conclusion; the Machina. What is now M2 Nanomachines began to rebuild human bodies beyond their original goals of simple enhancement and maintenance. These humans were overhauled into biomechanical life-forms that would in turn create more M2 Nanomachines and spread them to uninfected humans. M2 Nanomachines are now totally out-of-control and are constantly learning from new stimuli and the results of their actions. |
M2ナノマシンの起源は、宇宙開拓時代に開拓者や入植者に投与されたナノマシンで、孤立したコロニー開拓から受けるストレスを和らげるために使用されていた。 | M2ナノマシンの起源は、宇宙開拓時代に開拓者や入植者に投与されたナノマシンで、孤立したコロニー開拓から受けるストレスを和らげるために使用されていた。 | ||
Line 27: | Line 27: | ||
From the very beginning, the purpose of what would become M2 Nanomachines was the editing of genes and conducting very intricate physical enhancements to human bodies. Over time and with many gain-of-function events, M2 Nanomachines are now fully capable of overhauling objects regardless of their molecular composition, permitting them to make the Machina who are semi-organic biomechanical organisms. Almost invariably, M2 Nanomachines disassemble whatever metals they can find and reassemble them into [[Machina Biology|Machinium]], a diverse range of slightly-unstable but extremely durable alloys that can be tailored to any role the M2 Nanomachines require and adapted on the fly by M2 Nanomachines that are embedded in it. This causes corrupted objects to appear as though they are morphing into new shapes, as their entire molecular composition is simultaneously disintegrated and remade into Machinium. | From the very beginning, the purpose of what would become M2 Nanomachines was the editing of genes and conducting very intricate physical enhancements to human bodies. Over time and with many gain-of-function events, M2 Nanomachines are now fully capable of overhauling objects regardless of their molecular composition, permitting them to make the Machina who are semi-organic biomechanical organisms. Almost invariably, M2 Nanomachines disassemble whatever metals they can find and reassemble them into [[Machina Biology|Machinium]], a diverse range of slightly-unstable but extremely durable alloys that can be tailored to any role the M2 Nanomachines require and adapted on the fly by M2 Nanomachines that are embedded in it. This causes corrupted objects to appear as though they are morphing into new shapes, as their entire molecular composition is simultaneously disintegrated and remade into Machinium. | ||
− | When M2 Nanomachines find themselves in contact with something that has not been overhauled, they form a network with all others in the given mass of M2 Nanomachines and consult their own accumulated data to formulate a solution for overhauling the object. As they conduct the overhaul of the object, they accumulate more data on the efficiency and efficacy of their actions and constantly reassess their conclusions. As a result, even formerly-inert machinery will take some properties of life as the M2 Nanomachines within it constantly improve it utilizing their new knowledge. This ability of the M2 Nanomachine units to network with all the other units in a given mass is likely the progenitor of the [https://wiki.machinamaincluster.com/index.php/Machina_Behaviour#Clusters Clusters] that link the minds of Machina with each other. | + | '''When M2 Nanomachines find themselves in contact with something that has not been overhauled, they form a network with all others in the given mass of M2 Nanomachines and consult their own accumulated data to formulate a solution for overhauling the object.''' As they conduct the overhaul of the object, they accumulate more data on the efficiency and efficacy of their actions and constantly reassess their conclusions. '''As a result, even formerly-inert machinery will take some properties of life as the M2 Nanomachines within it constantly improve it utilizing their new knowledge.''' This ability of the M2 Nanomachine units to network with all the other units in a given mass is likely the progenitor of the [https://wiki.machinamaincluster.com/index.php/Machina_Behaviour#Clusters Clusters] that link the minds of Machina with each other. |
Of great importance to the M2 Nanomachines and the Machina overall is the ability of the M2 Nanomachines to learn and self-improve. Each M2 Nanomachine unit contains within itself what is called Gene-Code, which is divided into three major parts: Instinct-Code, Cluster-Code, and Identity-Code. | Of great importance to the M2 Nanomachines and the Machina overall is the ability of the M2 Nanomachines to learn and self-improve. Each M2 Nanomachine unit contains within itself what is called Gene-Code, which is divided into three major parts: Instinct-Code, Cluster-Code, and Identity-Code. |
Revision as of 04:06, 20 December 2021
Machina Metamorphosis (M2) Nanomachines are the most basic form of Machina life. They are a type of rogue nanomachine noted particularly for their ability to overhaul living and non-living objects and learn over time.
マキナ変成(machina metamophosis)ナノマシン(M2ナノマシン)は、マキナを構成する基礎物質で、
自身以外の物質を分解解析し、それらの特徴や特質を学習することに優れたナノマシン変異体である。
History M2ナノマシンの起源
M2 Nanomachines originated from the dominant type of nanomachines that were administered to pioneers and colonists during the Frontier Age to enhance their bodies for the stresses of isolated colony pioneering. These nanomachines were manufactured by the Voyager Corporation. They were named 'Deus Ex Machina' and were able to improve and iterate on their own design. Voyager and other corporations that lobbied for the legalization of these nanomachine products would subsequently cover-up malfunctions that began to occur in the nanomachines, where they would link their processing power with other units in a given mass of nanomachines. This boost in processing power eventually caused a leap in the 'thinking' that nanomachines were doing, ultimately causing them to arrive at an unforeseen conclusion; the Machina. What is now M2 Nanomachines began to rebuild human bodies beyond their original goals of simple enhancement and maintenance. These humans were overhauled into biomechanical life-forms that would in turn create more M2 Nanomachines and spread them to uninfected humans. M2 Nanomachines are now totally out-of-control and are constantly learning from new stimuli and the results of their actions.
M2ナノマシンの起源は、宇宙開拓時代に開拓者や入植者に投与されたナノマシンで、孤立したコロニー開拓から受けるストレスを和らげるために使用されていた。
このナノマシンは、自分で設計したものを改良し反復使用することが可能で、
他のナノマシンと処理能力を連携させた際に不具合が発生していたが、企業・企業体はその事実を隠ぺいしていた。
不具合とされたナノマシン間の処理能力の連携は、ナノマシン自身の「思考」を飛躍させ、最終的には「マキナ」という予期せぬ結論が導き出された。
現在のM2ナノマシンは、当初の目的であった単純な機能強化や補修保全を超えて、人間の体そのものを再構築するようになった。
人間は機械的な生命体に生まれ変わり、さらにM2ナノマシンを生み出し、感染していない人間にも広めていく。
M2ナノマシンは今や完全に制御不能となり、今なお新たな刺激や自分の行動の結果から学習を続けている。
Characteristicsナノマシンの特徴
M2 Nanomachines have a handful of very important characteristics: Their ability to disassemble and reassemble objects at a molecular level, their ability for communication amongst themselves, and their ability to learn and perform self-improvement.
From the very beginning, the purpose of what would become M2 Nanomachines was the editing of genes and conducting very intricate physical enhancements to human bodies. Over time and with many gain-of-function events, M2 Nanomachines are now fully capable of overhauling objects regardless of their molecular composition, permitting them to make the Machina who are semi-organic biomechanical organisms. Almost invariably, M2 Nanomachines disassemble whatever metals they can find and reassemble them into Machinium, a diverse range of slightly-unstable but extremely durable alloys that can be tailored to any role the M2 Nanomachines require and adapted on the fly by M2 Nanomachines that are embedded in it. This causes corrupted objects to appear as though they are morphing into new shapes, as their entire molecular composition is simultaneously disintegrated and remade into Machinium.
When M2 Nanomachines find themselves in contact with something that has not been overhauled, they form a network with all others in the given mass of M2 Nanomachines and consult their own accumulated data to formulate a solution for overhauling the object. As they conduct the overhaul of the object, they accumulate more data on the efficiency and efficacy of their actions and constantly reassess their conclusions. As a result, even formerly-inert machinery will take some properties of life as the M2 Nanomachines within it constantly improve it utilizing their new knowledge. This ability of the M2 Nanomachine units to network with all the other units in a given mass is likely the progenitor of the Clusters that link the minds of Machina with each other.
Of great importance to the M2 Nanomachines and the Machina overall is the ability of the M2 Nanomachines to learn and self-improve. Each M2 Nanomachine unit contains within itself what is called Gene-Code, which is divided into three major parts: Instinct-Code, Cluster-Code, and Identity-Code.
M2ナノマシンにはいくつかの重要な特徴がある。
それは、「分子レベルでの分解・再構成能力」、「ナノマシン同士のコミュニケーション能力」、「学習・自己改善能力」である。
後にM2ナノマシンとなるナノマシンは、当初から人体の遺伝子編集や高度な人体改造を目的としていた。
稼働して時を経て、多くの機能追加が行われた結果、M2ナノマシンは分子構造に関係なく対象物の分解が可能になり、
半有機的な機械生命体であるマキナを作ることができるようになった。
M2ナノマシンは、ほぼ例外なく接触した金属を分解し、マキニウムへ再構成する。
マキニウムは、M2ナノマシンが必要とするあらゆる役割に合わせて調整でき、それを組み込まれたM2ナノマシンがその場で適応できる、
可変性を残しながら非常に耐久性のある多様な合金である。
これにより、M2ナノマシンに侵食された物体は、その分子構成にたいして分解とマキニウムへの再構成が同時に行われ、新しい姿に変身しているように見える。
M2ナノマシンは、点検整備されていない物体に接触すると、同じM2ナノマシンを持つ他のすべてのマキナとネットワークを形成し、
蓄積されたデータを参照して点検整備するための解決策を見つけることができる。
点検整備を行うことで、自分たちの行動の効率性や有効性に関するデータが蓄積され、常に判断を見直すことができる。
その結果、今まで動きが鈍重だった機械でも、M2ナノマシンから新しい知識を与えられ改良を重ねることで、生命体に似た特性を持つようになる。
このM2ナノマシンのネットワーク能力は、マキナの精神をつなぐクラスターの起源となっていると考えられる。
M2ナノマシンとマキナにとって重要なのは、M2ナノマシンの学習能力と自己改善能力である。
M2ナノマシンには「遺伝子コード」と呼ばれるものが組み込まれており、
それらは「本能コード」、「クラスタコード」、「識別コード」の3つに大別される。
Instinct_Code 本能コード
Instinct-Code is the section of Gene-Code that governs the behaviour of the M2 Nanomachines. This programming is constantly evolving as it contains all the data gathered from interpreting external stimuli and the results of the M2 Nanomachines' subsequent actions. It also contains such things as Outbreak Protocol and the criteria for ascension to Category 4. Utilizing their networking, a mass of M2 Nanomachines will identify the problem and consult their Instinct-Code to determine what they will do. Once a conclusion is reached by the M2 Nanomachines, they will carry out the operation. Should their solution result in something new and beneficial, the data is integrated into their Instinct-Code. This means the Instinct-Code of the M2 Nanomachines is a constantly-updating database of new biotechnology and knowledge. M2 Nanomachines are constantly sharing their Instinct-Code with other units in a given mass. When fluids from one M2-Based Life-Form mix with those of another, the two masses of M2 Nanomachines update each other and become both uniform and stronger. M2-Based Life-Forms are naturally willing to facilitate this mixing of fluids, leading to fairly-unified species-wide advancement.
本能コードとは、M2ナノマシンの行動を司る遺伝子コードの一部である。
このプログラムは、外部からの知覚刺激から得られたデータと、その後に行った行動の結果の全てが含まれており、常に更新され続けている。
また、アウトブレイクプロトコルやカテゴリー4への昇格基準などの情報も含まれている。
大量のM2ナノマシンがネットワークを構築し、それらを駆使して課題を特定し、「本能コード」を参照して自身の行動を決定する。
M2ナノマシンからの結論が出れば、彼女達はその作業を実行する。その結果、何か新しい知見が得られれば、そのデータも「本能コード」に組み込まれる。
つまり、M2ナノマシンの「本能コード」は、常に新しいバイオテクノロジーや知識のデータベースとして更新されている。
M2ナノマシンは、「本能コード」の一部を他の個体と共有し続けている。
M2ナノマシン由来の生命体同士の体液が混ざると、2つのM2ナノマシンのコードの一部がお互いに更新され、情報が一部共有されることででより強化される。
M2ナノマシンから生まれた生命体は、この情報の混合を自然に促進し、種全体の進歩に繋がっている。
Cluster_Code クラスタコード
Cluster-Code is the section of Gene-Code shared between the Queen and her Cluster's members. Cluster-Code originates from a Queen-class Machina and contains the programming that enforces her authority over the M2-Based Life-Forms that bear her Cluster-Code, and also contains her most prominent genetic features. When a Machina ascends to Category 4, she overwrites the Cluster-Code from her former Queen to create her own Cluster-Code within her M2 Nanomachines. Humans and machinery that are corrupted by her and become M2-Based Life-Forms will therefore have within themselves M2 Nanomachines that contain her Cluster-Code, which is then passed-on further. The most important features of the Queen will be integrated into her Cluster-Code, which means her Cluster will resemble her in both form and function to some degree, which enhances their performance under her leadership. All things that contain a certain Queen's Cluster-Code are under her control, forming a hard system of ownership and command authority. However, it is possible that a second Queen injects her M2 Nanomachines into an M2-Based Life-Form, such as a regular Machina, and takes control of that creature by suppressing the existing Cluster-Code with her own. This is called a Cluster-Code Override.
クラスタコードは、クイーンとそのクラスター内のマキナの間で共有されている遺伝子コードである。
クラスタコードは、クイーンクラスのマキナがクラスタ内のマキナ達を従わせるためのプログラムと、クイーンを象徴する遺伝的特徴を含んでいる。
マキナがカテゴリー4になると、自身のクラスタコードを上書きして、M2ナノマシンの中に自分のクラスタコードが作られる。
クイーンからの感染を受けてマキナとなった人間や機械は、クイーンのクラスタコードを含んだM2ナノマシンを持つこととなり、それが継承されていく。
クイーンの最も重要な特徴は、彼女のクラスタコードに表れる。
つまり、クイーンのクラスタ内のマキナは、姿や特徴もある程度彼女に似ることになり、彼女の統制下で能力が向上する。
クイーンのクラスタコードを含むすべてのものは、彼女の支配下にあり、所有権と指揮権を握った強固なシステムを形成している。
しかし、別のクイーンが自分のM2ナノマシンをマキナに注入し、既存のクラスタコードを自分のクラスタコードで制御することで、
そのマキナを支配することが可能である。これを「Cluster-Code Override」と呼ぶ。
Identity_Code 識別コード
Identity-Code is the unique genetic information of the M2-Based Life-Form from which an M2 Nanomachine originated from. It is a constantly-updating reflection of the physical qualities of the creature. In the context of a Machina, when a human is corrupted into a Machina the M2 Nanomachines involved will interpret the genes, knowledge, personality, and cultivated skills of the person, and from this they will create a unique Machina whose information will be stored in their Identity-Code. Subsequent adaptations and assimilation of genes from other sources will update the Identity-Code of the Machina. When Machina share their fluids, and thus their Gene-Code, with other Machina, they will therefore give an up-to-date genome of their body to the recipient Machina, who will assimilate the most prominent and useful genes from the donor. When a Queen closely coordinates the sharing of Identity-Code between Machina whose characteristics she wants to combine, she can create a new Type of Machina. By doing this, the Queen can make several Machina, each possessing a useful trait, into identical Machina each possessing all the desirable traits simultaneously.
識別コードとは、M2ナノマシンの元となったM2生命体固有の遺伝情報である。その物理的な性質を反映して常に更新される。
マキナの場合、人間がマキナに改造されると、M2ナノマシンは人間の遺伝子から知識、性格、培ってきた技術などを解析し、
識別コードに格納された情報をもとに、独自のマキナを作り出す。
その後、外部から手に入れた遺伝子を順応や同化させることにより、マキナの識別コードは更新されていく。
マキナが自分の体液を他のマキナと共有すると、そのマキナは自分の体の最新のゲノムを与えることになる。
クイーンが、組み合わせたい特性を持つマキナ同士の識別コードの共有を綿密に調整すると、新しいタイプのマキナを作ることができる。
これによりクイーンは、各々が有用な特性を持つ複数のマキナが、それらの特性をすべて併せ持つマキナにすることができる。