Viewing last 25 versions of post by Coriolanus in topic Story-Writing thread (Inspiration-Posting, Roleplay idea thread)

Coriolanus
Wallet After Summer Sale -

**[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]*

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__***Vade Mecum: Terragen Illuminate, The_*+
~+
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Society, Cultures, Sciences, Galactography, Sophonts, History, & Technologies_*+~
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![full](https://vignette.wikia.nocookie.net/masseffect/images/7/76/Codex_ME2_-_data_placeholder.png/revision/latest?cb=20140823043953!

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Technologies@+`__ ~%^[ "_[***sum spuky space-muzak to listen to while reading*_**(Mass Effect 2 Unreleased OST - Squad Selection Theme [A.K.A creepy ambient squad selection music])":](https://www.youtube.com/watch?v=P6E7J1kUUS4) ]^~

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"_***Magmatter & 'Monopoles'*_**"~
[bq]
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- ![full](https://cdn.discordapp.com/attachments/273821395668959232/518554604535808001/Monopolium.png!) ![full](https://cdn.discordapp.com/attachments/273821395668959232/518565096377548801/Negative_and_Positive_Monopoles.jpg!
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^(Left image; self-contained orb of magmatter. Right image; negative [ _***S*_** ] and positive [ _***N*_** ] monopoles.)^
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> %
""[Magmatter":](https://orionsarm.com/eg-article/48630634d2591) is a form of exotic matter which is made up of extremely small atom-like particles, which themselves are made up of a number of different types of "[topological solitons":](https://en.wikipedia.org/wiki/Topological_defect) known as "[monopoles":](https://orionsarm.com/eg-article/48572566653b6). Magmatter "atoms" are much smaller than atoms of ordinary matter; for this reason, magmatter is much denser. Because of the much higher binding energy holding the atoms together, magmatter is also much stronger than ordinary matter and has other useful properties. However, through the difficulties associated with its manufacture and use, and because of "[safety issues concerning close proximity of monopoles to normal matter":](https://en.wikipedia.org/wiki/Proton_decay), almost all of its pertaining technologies can only be directly handled by beings of augmented sophontsce."~% [/bq]
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"_***Diamondoid*_**" ^(& related substances)^~
[bq]
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- ![full](https://orionsarm.com/im_store/adamant.jpg!
)
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^(mixture of carbon allotropes known as "Adamant")^

>
~"Diamond-like; chemical structures or systems based on diamond derivatives and/or stiff carbon bonds. ""Diamondoid"":[](https://orionsarm.com/eg-article/464b9c37d9887) materials are extensively used for building purposes, as they are strong under tension, and under compression; pure diamond itself is brittle, but aggregate materials are both stronger and more flexible. Examples of diamondoid include pure diamond (in particular nanoassembled perfect crystalline diamond), ""Adamant"":[](https://orionsarm.com/eg-article/4603269077db9), graphene, "[carbon nanotubes":](https://orionsarm.com/eg-article/46cce50416388) (+ "[self-healing polyfilaments":](https://orionsarm.com/eg-article/4703b764bcd62)), "[aggregated carbon nanorods":](https://en.wikipedia.org/wiki/Aggregated_diamond_nanorod), ""pandifico"":[](https://orionsarm.com/eg-article/4865aa36cefe5), and diamondoid "[computronium":](https://orionsarm.com/eg-article/4637faafa6437."~) [/bq]
~

 
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"_***Ultimate Muscles*_**"~
[bq]
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>
- ![full](http://cfw.sarna.net/wiki/images/thumb/3/33/Triple-strength_myomer.jpg/200px-1lkjiw8xd2my6to2o4elwbbfav8vbhv.png?timestamp=20100528184753!

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""['Ultimate Muscles'":](https://orionsarm.com/eg-article/4c87bf18e89ff) is nanostructured electromechanical motor material, made primarily of carbon, boron, and nitrogen. In appearance, it is a dull black, and typically formed into threads, cables, sheets, or cylinders. Upon application of a voltage, the ultimate muscle will either contract or expand, depending on the variety (some ultimate muscle types only contract under voltage, some expand, and some can do either)."~

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^"The pressure or tension of ultimate muscle is near the limit of the strength of chemical bonds, commonly exceeding 20 GPa. Since ultimate muscle can exceed the yield strength of many common structural materials, machines made from ultimate muscle can push or rip through steel, rock, concrete, and sapphiroid. High strength carbon and carbon/nitrogen/boron materials can typically resist direct pressure from ultimate muscle, but suitable concentration of force often allows these materials to be defeated."^ [/bq]
~

 
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"_***Nano-Flywheels*_**"~
[bq]
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- **[ "[Nano-Flywheel TOPVIEW":](https://orionsarm.com/im_store/nanoflywheels.jpg) ]*

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The challenge of energy storage and transport has produced many, varied solutions, such as ultracapacitors, metastable materials and antimatter batteries. One mechanical method of energy storage which is widely used for a wide range of applications is arrays of "[micro-or nanoscale flywheels":](https://orionsarm.com/eg-article/48571c952aeb6), on near-frictionless magnetic bearings, embedded in a solid, sealed, evacuated matrix. Energy is stored by the flywheels in the form of angular momentum. To effectively eliminate gyroscopic effects, the flywheels are free-floating within their enclosures. These flywheels are suspended in high-purity vacuum by magnetic bearings and have spin generated by 'touchless' inductance motors, which double as no-contact generators when power is drawn out of them. The matrix itself can be transported safely until the energy is required, then the angular momentum of the flywheels can be extracted and used, often by the generation of electrical power. Although the energy content of fully charged nano-flywheel matrix is quite high (on the same order as gasoline), the power density is somewhat lower than other methods of storage; this is because the energy can only be extracted at a relatively slow rate or the matrix will become damaged by overheating.~

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*[ "[Nano-Flywheel SIDEVIEW":](https://orionsarm.com/im_store/nanoflywheels2.jpg) ]*

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>
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^Note; the small amount of friction on the magnetic bearings can be converted to electrical energy which can be used; however over time this drain of energy will reduce the amount of energy stored, so nanoflywheel matrix is not suitable for longterm energy storage. This technology is most often used in small independent devices (such as swarm bots) which consume energy constantly and are frequently recharged.^ [/bq]

 
*
*[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]**
No reason given
Edited by Coriolanus
Coriolanus
Wallet After Summer Sale -

*[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]*

+*_Vade Mecum: Terragen Illuminate, The_*+
~+*_Society, Cultures, Sciences, Galactography, Sophonts, History, & Technologies_*+~
!https://vignette.wikia.nocookie.net/masseffect/images/7/76/Codex_ME2_-_data_placeholder.png/revision/latest?cb=20140823043953!

+@Technologies@+ ~^[ "_*sum spuky space-muzak to listen to while reading*_(Mass Effect 2 Unreleased OST - Squad Selection Theme [A.K.A creepy ambient squad selection music])":https://www.youtube.com/watch?v=P6E7J1kUUS4 ]^~

~"_*Magmatter & 'Monopoles'*_"~
[bq] - !https://cdn.discordapp.com/attachments/273821395668959232/518554604535808001/Monopolium.png! !https://cdn.discordapp.com/attachments/273821395668959232/518565096377548801/Negative_and_Positive_Monopoles.jpg!
^(Left image; self-contained orb of magmatter. Right image; posinegative [ _*S*_ ] and negapositive [ _*N*_ ] monopoles.)^
~""Magmatter":https://orionsarm.com/eg-article/48630634d2591 is a form of exotic matter which is made up of extremely small atom-like particles, which themselves are made up of a number of different types of "topological solitons":https://en.wikipedia.org/wiki/Topological_defect known as "monopoles":https://orionsarm.com/eg-article/48572566653b6. Magmatter "atoms" are much smaller than atoms of ordinary matter; for this reason, magmatter is much denser. Because of the much higher binding energy holding the atoms together, magmatter is also much stronger than ordinary matter and has other useful properties. However, through the difficulties associated with its manufacture and use, and because of "safety issues concerning close proximity of monopoles to normal matter":https://en.wikipedia.org/wiki/Proton_decay, almost all of its pertaining technologies can only be directly handled by augmented sophonts."~ [/bq]
~"_*Diamondoid*_" ^(& related substances)^~
[bq] - !https://orionsarm.com/im_store/adamant.jpg!
^(mixture of carbon allotropes known as "Adamant")^
~"Diamond-like; chemical structures or systems based on diamond derivatives and/or stiff carbon bonds. ""Diamondoid"":https://orionsarm.com/eg-article/464b9c37d9887 materials are extensively used for building purposes, as they are strong under tension, and under compression; pure diamond itself is brittle, but aggregate materials are both stronger and more flexible. Examples of diamondoid include pure diamond (in particular nanoassembled perfect crystalline diamond), ""Adamant"":https://orionsarm.com/eg-article/4603269077db9, graphene, "carbon nanotubes":https://orionsarm.com/eg-article/46cce50416388 (+ "self-healing polyfilaments":https://orionsarm.com/eg-article/4703b764bcd62), "aggregated carbon nanorods":https://en.wikipedia.org/wiki/Aggregated_diamond_nanorod, ""pandifico"":https://orionsarm.com/eg-article/4865aa36cefe5, and diamondoid "computronium":https://orionsarm.com/eg-article/4637faafa6437."~ [/bq]
~"_*Ultimate Muscles*_"~
[bq] - !http://cfw.sarna.net/wiki/images/thumb/3/33/Triple-strength_myomer.jpg/200px-1lkjiw8xd2my6to2o4elwbbfav8vbhv.png?timestamp=20100528184753!

~""'Ultimate Muscles'":https://orionsarm.com/eg-article/4c87bf18e89ff is nanostructured electromechanical motor material, made primarily of carbon, boron, and nitrogen. In appearance, it is a dull black, and typically formed into threads, cables, sheets, or cylinders. Upon application of a voltage, the ultimate muscle will either contract or expand, depending on the variety (some ultimate muscle types only contract under voltage, some expand, and some can do either)."~

^"The pressure or tension of ultimate muscle is near the limit of the strength of chemical bonds, commonly exceeding 20 GPa. Since ultimate muscle can exceed the yield strength of many common structural materials, machines made from ultimate muscle can push or rip through steel, rock, concrete, and sapphiroid. High strength carbon and carbon/nitrogen/boron materials can typically resist direct pressure from ultimate muscle, but suitable concentration of force often allows these materials to be defeated."^ [/bq]
~"_*Nano-Flywheels*_"~
[bq] - *[ "Nano-Flywheel TOPVIEW":https://orionsarm.com/im_store/nanoflywheels.jpg ]*

~The challenge of energy storage and transport has produced many, varied solutions, such as ultracapacitors, metastable materials and antimatter batteries. One mechanical method of energy storage which is widely used for a wide range of applications is arrays of "micro-or nanoscale flywheels":https://orionsarm.com/eg-article/48571c952aeb6, on near-frictionless magnetic bearings, embedded in a solid, sealed, evacuated matrix. Energy is stored by the flywheels in the form of angular momentum. To effectively eliminate gyroscopic effects, the flywheels are free-floating within their enclosures. These flywheels are suspended in high-purity vacuum by magnetic bearings and have spin generated by 'touchless' inductance motors, which double as no-contact generators when power is drawn out of them. The matrix itself can be transported safely until the energy is required, then the angular momentum of the flywheels can be extracted and used, often by the generation of electrical power. Although the energy content of fully charged nano-flywheel matrix is quite high (on the same order as gasoline), the power density is somewhat lower than other methods of storage; this is because the energy can only be extracted at a relatively slow rate or the matrix will become damaged by overheating.~

*[ "Nano-Flywheel SIDEVIEW":https://orionsarm.com/im_store/nanoflywheels2.jpg ]*

^Note; the small amount of friction on the magnetic bearings can be converted to electrical energy which can be used; however over time this drain of energy will reduce the amount of energy stored, so nanoflywheel matrix is not suitable for longterm energy storage. This technology is most often used in small independent devices (such as swarm bots) which consume energy constantly and are frequently recharged.^ [/bq]
*[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]*
No reason given
Edited by Coriolanus
Coriolanus
Wallet After Summer Sale -

*[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]*

+*_Vade Mecum: Terragen Illuminate, The_*+
~+*_Society, Cultures, Sciences, Galactography, Sophonts, History, & Technologies_*+~
!https://vignette.wikia.nocookie.net/masseffect/images/7/76/Codex_ME2_-_data_placeholder.png/revision/latest?cb=20140823043953!

+@Technologies@+ ~^[ "_*sum spuky space-muzak to listen to while reading*_(Mass Effect 2 Unreleased OST - Squad Selection Theme [A.K.A creepy ambient squad selection music])":https://www.youtube.com/watch?v=P6E7J1kUUS4 ]^~

~"_*Magmatter & 'Monopoles'*_"~
[bq] - !https://cdn.discordapp.com/attachments/273821395668959232/518554604535808001/Monopolium.png! !https://cdn.discordapp.com/attachments/273821395668959232/518565096377548801/Negative_and_Positive_Monopoles.jpg!
^(Left image; self-contained orb of magmatter. Right image; positive and negative monopoles.)^
~""Magmatter":https://orionsarm.com/eg-article/48630634d2591 is a form of exotic matter which is made up of extremely small atom-like particles, which themselves are made up of a number of different types of "topological solitons":https://en.wikipedia.org/wiki/Topological_defect known as "monopoles":https://orionsarm.com/eg-article/48572566653b6. Magmatter "atoms" are much smaller than atoms of ordinary matter; for this reason, magmatter is much denser. Because of the much higher binding energy holding the atoms together, magmatter is also much stronger than ordinary matter and has other useful properties. However, through the difficulties associated with its manufacture and use, and because of "safety issues concerning itclose proximity of monopoles to normal matter":https://en.wikipedia.org/wiki/Proton_decay, almost all magmaof itters crpeartaion and manipulationg technologyies can only be directly ushandled by augmented sophonts."~ [/bq]
~"_*Diamondoid*_" ^(& related substances)^~
[bq] - !https://orionsarm.com/im_store/adamant.jpg!
^(mixture of carbon allotropes known as "Adamant")^
~"Diamond-like; chemical structures or systems based on diamond derivatives and/or stiff carbon bonds. ""Diamondoid"":https://orionsarm.com/eg-article/464b9c37d9887 materials are extensively used for building purposes, as they are strong under tension, and under compression; pure diamond itself is brittle, but aggregate materials are both stronger and more flexible."~

^"
Examples of diamondoid include pure diamond (in particular nanoassembled perfect crystalline diamond), ""Adamant"":https://orionsarm.com/eg-article/4603269077db9, graphene, "carbon nanotubes":https://orionsarm.com/eg-article/46cce50416388 (+ "self-healing polyfilaments":https://orionsarm.com/eg-article/4703b764bcd62), "aggregated carbon nanorods":https://en.wikipedia.org/wiki/Aggregated_diamond_nanorod, ""pandifico"":https://orionsarm.com/eg-article/4865aa36cefe5, and diamondoid "computronium":https://orionsarm.com/eg-article/4637faafa6437."^~ [/bq]
~"_*Ultimate Muscles*_"~
[bq] - !http://cfw.sarna.net/wiki/images/thumb/3/33/Triple-strength_myomer.jpg/200px-1lkjiw8xd2my6to2o4elwbbfav8vbhv.png?timestamp=20100528184753!

~""'Ultimate Muscles'":https://orionsarm.com/eg-article/4c87bf18e89ff is nanostructured electromechanical motor material, made primarily of carbon, boron, and nitrogen. In appearance, it is a dull black, and typically formed into threads, cables, sheets, or cylinders. Upon application of a voltage, the ultimate muscle will either contract or expand, depending on the variety (some ultimate muscle types only contract under voltage, some expand, and some can do either)."~

^"The pressure or tension of ultimate muscle is near the limit of the strength of chemical bonds, commonly exceeding 20 GPa. Since ultimate muscle can exceed the yield strength of many common structural materials, machines made from ultimate muscle can push or rip through steel, rock, concrete, and sapphiroid. High strength carbon and carbon/nitrogen/boron materials can typically resist direct pressure from ultimate muscle, but suitable concentration of force often allows these materials to be defeated."^ [/bq]
~"_*Nano-Flywheels*_"~
[bq] - *[ "Nano-Flywheel TOPVIEW":https://orionsarm.com/im_store/nanoflywheels.jpg ]*

~The challenge of energy storage and transport has produced many, varied solutions, such as ultracapacitors, metastable materials and antimatter batteries. One mechanical method of energy storage which is widely used for a wide range of applications is arrays of "micro-or nanoscale flywheels":https://orionsarm.com/eg-article/48571c952aeb6, on near-frictionless magnetic bearings, embedded in a solid, sealed, evacuated matrix. Energy is stored by the flywheels in the form of angular momentum. To effectively eliminate gyroscopic effects, the flywheels are free-floating within their enclosures. These flywheels are suspended in high-purity vacuum by magnetic bearings and have spin generated by 'touchless' inductance motors, which double as no-contact generators when power is drawn out of them. The matrix itself can be transported safely until the energy is required, then the angular momentum of the flywheels can be extracted and used, often by the generation of electrical power. Although the energy content of fully charged nano-flywheel matrix is quite high (on the same order as gasoline), the power density is somewhat lower than other methods of storage; this is because the energy can only be extracted at a relatively slow rate or the matrix will become damaged by overheating.~

*[ "Nano-Flywheel SIDEVIEW":https://orionsarm.com/im_store/nanoflywheels2.jpg ]*

^Note; the small amount of friction on the magnetic bearings can be converted to electrical energy which can be used; however over time this drain of energy will reduce the amount of energy stored, so nanoflywheel matrix is not suitable for longterm energy storage. This technology is most often used in small independent devices (such as swarm bots) which consume energy constantly and are frequently recharged.^ [/bq]
*[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]*
No reason given
Edited by Coriolanus
Coriolanus
Wallet After Summer Sale -

*[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]*

+*_Vade Mecum: Terragen Illuminate, The_*+
~+*_Society, Cultures, Sciences, Galactography, Sophonts, History, & Technologies_*+~
!https://vignette.wikia.nocookie.net/masseffect/images/7/76/Codex_ME2_-_data_placeholder.png/revision/latest?cb=20140823043953!

+@Technologies@+ ~^[ "_*sum spuky space-muzak to listen to while reading*_(Mass Effect 2 Unreleased OST - Squad Selection Theme [A.K.A creepy ambient squad selection music])":https://www.youtube.com/watch?v=P6E7J1kUUS4 ]^~

~"_*Magmatter & 'Monopoles'*_"~
[bq] - !https://cdn.discordapp.com/attachments/273821395668959232/518554604535808001/Monopolium.png! !https://cdn.discordapp.com/attachments/273821395668959232/518565096377548801/Negative_and_Positive_Monopoles.jpg!
^(Left image; self-contained orb of magmatter. Right image; positive and negative monopoles.)^
~""Magmatter":https://orionsarm.com/eg-article/48630634d2591 is a form of exotic matter which is made up of extremely small atom-like particles, which themselves are made up of a number of different types of "topological solitons":https://en.wikipedia.org/wiki/Topological_defect known as "monopoles":https://orionsarm.com/eg-article/48572566653b6. Magmatter "atoms" are much smaller than atoms of ordinary matter; for this reason, magmatter is much denser. Because of the much higher binding energy holding the atoms together, magmatter is also much stronger than ordinary matter and has other useful properties. However, through the difficulties associated with its manufacture and use, and because of "safety issues concerning its proximity to normal matter":https://en.wikipedia.org/wiki/Proton_decay, almost all magmatter creation and manipulation technology can only be directly used by augmented sophonts."~ [/bq]
~"_*Diamondoid*_" ^(& related substances)^~
[bq] - !https://orionsarm.com/im_store/adamant.jpg!
^(mixture of carbon allotropes known as "Adamant")^
~"Diamond-like; chemical structures or systems based on diamond derivatives and/or stiff carbon bonds. ""Diamondoid"":https://orionsarm.com/eg-article/464b9c37d9887 materials are extensively used for building purposes, as they are strong under tension, and under compression; pure diamond itself is brittle, but aggregate materials are both stronger and more flexible."~

^"Examples of diamondoid include pure diamond (in particular nanoassembled perfect crystalline diamond), ""Adamant"":https://orionsarm.com/eg-article/4603269077db9, graphene, "carbon nanotubes":https://orionsarm.com/eg-article/46cce50416388 (+ "self-healing polyfilaments":https://orionsarm.com/eg-article/4703b764bcd62), "aggregated carbon nanorods":https://en.wikipedia.org/wiki/Aggregated_diamond_nanorod, ""pandifico"":https://orionsarm.com/eg-article/4865aa36cefe5, and diamondoid "computronium":https://orionsarm.com/eg-article/4637faafa6437."^ [/bq]
~"_*Ultimate Muscles*_"~
[bq] - !http://cfw.sarna.net/wiki/images/thumb/3/33/Triple-strength_myomer.jpg/200px-1lkjiw8xd2my6to2o4elwbbfav8vbhv.png?timestamp=20100528184753!

~""'Ultimate Muscles'":https://orionsarm.com/eg-article/4c87bf18e89ff is nanostructured electromechanical motor material, made primarily of carbon, boron, and nitrogen. In appearance, it is a dull black, and typically formed into threads, cables, sheets, or cylinders. Upon application of a voltage, the ultimate muscle will either contract or expand, depending on the variety (some ultimate muscle types only contract under voltage, some expand, and some can do either)."~

^"The pressure or tension of ultimate muscle is near the limit of the strength of chemical bonds, commonly exceeding 20 GPa. Since ultimate muscle can exceed the yield strength of many common structural materials, machines made from ultimate muscle can push or rip through steel, rock, concrete, and sapphiroid. High strength carbon and carbon/nitrogen/boron materials can typically resist direct pressure from ultimate muscle, but suitable concentration of force often allows these materials to be defeated."^ [/bq]
~"_*Nano-Flywheels*_"~
[bq] - *[ "Nano-Flywheel TOPVIEW":https://orionsarm.com/im_store/nanoflywheels.jpg ]*

~The challenge of energy storage and transport has produced many, varied solutions, such as ultracapacitors, metastable materials and antimatter batteries. One mechanical method of energy storage which is widely used for a wide range of applications is arrays of "micro-or nanoscale flywheels":https://orionsarm.com/eg-article/48571c952aeb6, on near-frictionless magnetic bearings, embedded in a solid, sealed, evacuated matrix. Energy is stored by the flywheels in the form of angular momentum. To effectively eliminate gyroscopic effects, the flywheels are free-floating within their enclosures. These flywheels are suspended in high-purity vacuum by magnetic bearings and have spin generated by 'touchless' inductance motors, which double as no-contact generators when power is drawn out of them. The matrix itself can be transported safely until the energy is required, then the angular momentum of the flywheels can be extracted and used, often by the generation of electrical power. Although the energy content of fully charged nano-flywheel matrix is quite high (on the same order as gasoline), the power density is somewhat lower than other methods of storage; this is because the energy can only be extracted at a relatively slow rate or the matrix will become damaged by overheating.~

*[ "Nano-Flywheel SIDEVIEW":https://orionsarm.com/im_store/nanoflywheels2.jpg ]*

^Note; the small amount of friction on the magnetic bearings can be converted to electrical energy which can be used; however over time this drain of energy will reduce the amount of energy stored, so nanoflywheel matrix is not suitable for longterm energy storage. This technology is most often used in small independent devices (such as swarm bots) which consume energy constantly and are frequently recharged.^ [/bq]
*[ Link Repository ], [ Images ], [ Lore ], [ Sci-Fi ]*
No reason given
Edited by Coriolanus