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Introduction

CBR JGWRR

Excessive Use Of Fissiles Advocate
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Aug 22, 2021
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The TerraGen Dominion
Volume 1: Sol System


It was the first century.

Mankind's Darkest Hour.

In 1918 Classical Calendar, after four years of fighting one of the most horrific wars in Human history, peace was finally declared.

It was not to last.

In 1945 Classical Calendar, following another horrific conflict that saw the deaths of tens of millions of people end with the nuclear devastation of Nagasaki and Hiroshima, a frail peace descended on the world.

It was not to last.

The untimely death of President Franklin Roosevelt put into jeopardy the tentative alliance between the United States of America and the Soviet Union, and tensions spiraled into what we now call the First Cold War. Numerous local conflicts were fought as proxy wars between the two global powers, and hundreds of billions of dollars were spent by both sides on their respective campaigns as the fate of the planet rested on the doctrine of mutually assured destruction. Highly notably, in 1969 Classical Calendar, the first moon landing took place.

The world breathed a sigh of relief in 1991 Classical Calendar as the Soviet Union collapsed, and with it, the end of the First Cold War.

It was not to last.

Tensions between East and West never truly ceased. US policy of the expansion of NATO into a defensive alliance, and Russian desire for friendly nations on the western border led to the first true war on European soil of the twenty first century. Outright war on Russia's western border had been delayed by the militarily strong US presidents of Clinton, Bush, Obama and Trump, but the Biden administration saw Russia take advantage of the weaker US leadership to begin an offensive war in Ukraine; an act which would have almost certainly seen full scale response from any of his predecessors, Biden instead largely left the US role at pro-western propaganda and trying to take former Russian weapons exports. Russia had been expected to sweep to victory by many people in a matter of days; renewed fears of a Russian invasion of Europe became a topic of worry for many, especially in Eastern Europe. Instead the war ground on to a bloody stalemate as a desperate Ukraine fought on, and Russia was discovered to be a paper tiger dependent on conscripts and badly maintained equipment, mauled even more in the propaganda sphere where they were too left behind. Eventually, backed by Western support both on the record and off, Ukraine begin to push back.

Russia was left with the choice of continuing with failing strategies that were leaving it weaker and weaker while collapsing the value of it's weapons exports, or to use nuclear attack, or ask for Chinese aid.

Unwilling to risk nuclear response, and unwilling to pay the price of Chinese aid, Russia fought on.

Eventually, after a very great deal of US negotiations with anti-Chinese nations like India, China took the opportunity to end the war; in the summer of 2025 Classical Calendar, everything east of the Urals was seized in a matter of days in a show of joining the western world. Putin was deposed, and the world celebrated the new peace.

It was not to last.

The new tensions were marked by increasing US and European decadence as the centre of power and influence shifted to the Far East. The vast resources of Siberia were stripped by the economic might of China to fuel the rise of a new Chinese hegemony that led to the formation of what the West would call the Indo-Pacific Defence Alliance. (IPDA) China in response poured development into Africa, aiming to secure the continent with a network of client states. IPDA then acted to contain the threat, backing dissident forces. Clashes broke out as native groups formed reactionary African independence movements that rejected the neo-colonialism of Western megacorporate entities, Chinese hegemony and IPDA efforts, and demanded a free liberated Africa. Once again, mutually assured destruction reared it's ugly head as improving technologies in areas such as weak AI, 3D printing and information availability threatened a global crisis as drone warfare exploded in utilisation after US dissident groups published open source designs for printable firearms and combat drones.

The United States' 2032 Classical Calendar election saw dissident sentiment peak after massive scale Democrat and Republican election fraud leading to returning more ballots than there were Americans, with millions taking to the streets in protests; the military stepped in to force a ceasefire, unwilling to either allow civil war or dissolve the government. Revanchist US military elements realised that the only way for the US to regain the upper hand was to utilise the Moon as the platform for American expansion. A massive expansion of NASA was launched, when then led to follow-up missions by the European Union, IPDA and China that saw their own Lunese expansion as essential to contain US expansion.

The War Of Three Billion began in cis-lunar space, 2040 Classical Calendar, so named because of the rough estimate of the minimum casualty count that followed the detonation of US launched fusion-boosted warheads in low Earth orbit above the Indian Ocean causing EMP effects to cripple the Far East, which caused reprisal attacks by Chinese and IPDA forces on Luna and the detonation of their own fusion-boosted warheads above the eastern coast of the USA.

Earth would recover, but was effectively knocked out of the war. The Lunese powers themselves, being now
de facto independent, unleashed the powers of genetic engineering to create the Superiors, a super-human master race designed to operate vast exoselves consisting of their factories and their combat drones. Peace settled as the Lunese powers expanded across their now homeworld to fill it within decades, the Earth merely a blue speck in the endless black sky.

It is now After Aldrin 131.

The race for Luna is over. Peace has settled as Superiors trade influence, knowledge and resources in a desperate struggle to build their own power while avoiding a devastating war.

It is not to last.


The race for Mars has begun.






About The Historian
I am Gamma One-One-Zero Of Mare Serenitatis. I am a Provolve created by the United Republic of Mare Serenitatis; you would likely understand my shape best if I describe myself as an octopus derivative. I have included a picture:
20230614124837_1.jpg

The United Republic of Mare Serenitatis is one of the oldest Lunese colonies, dating back to the first American colonies on Luna. It was used as a springboard and home base for mining into the volcanic sea and the asteroid impact residue beneath, as well as returning to the site of one of the original landing sites of Pre-Superior mankind.

URMS is one of the few democratic regimes on Luna, maintaining the appearance of equality for Superiors, Baselines, NeoGens and Embodied-AI, although in practice the military dictates everything, as with all things on Luna.

URMS is one of hundreds of competing Lunese states. We have twelve hundred Superiors managing more than a hundred million drones of all types, with around twenty thousand Baselines and five thousand Provolves like myself.

My direct Superior calls herself Idmé Hencaal:
20230615155556_1.jpg
While it is difficult to understand the schemes of Superiors, she is a significant power within URMS, one of the top specialists in provolution - she was the dominant force behind the creation of Gamma Project, my people. And she intends to win.





After Aldrin 131 – SitRep

In After Aldrin 131 – or 2100 Classical Calendar if you prefer – cis-lunar space is divided.

Earth is now united under the New United Nations of Earth; the old nations have been completely done away with and replaced by a system of districts, and an all new constructed language supercedes all pre-War Of Three Billion languages. It has no known Superiors, but higher than 99.9999% of all Baselines, and is the only planet that is naturally inhabitable at this point in time, which gives it access to vast amounts of genetic data that Luna cannot have by curse of barrenness, and therefore, its Earth's main bargaining asset.
It is a blockaded planet, with Lunese dominance over cis-Lunar space being sufficient to effectively cut Earth off from accessing space - an Earth-launched vessel of like-for-like design is simply unable to fight off a vessel launched from Luna because of how much more mass must be fuel to reach space.

Luna however is not united - Superiors juggle for supremacy in shifting webs that act, react and counter-react extremely quickly. The dominant warfare on Luna consists of electronic warfare; outright destructive war has been avoided since the War Of Three Billion. All Lunese Superiors however, are wary of Earth becoming a dominant power, and while competition is fierce, no one takes their eye off the threat of Earth for long.

Our time is therefore that of the Second Cold War.

All sides contemplate Mars. Mars itself is home to a breakaway faction that left Earth before the War Of Three Billion, but were not able to fully establish themselves; it's few pioneers delve into the crust of the red planet to build homes secure from the radiation, harvesting Oxygen and water from the regolith and ice caps.

The Superiors all scheme on expansion to Mars, but without cohesion no one Superior can afford to risk dividing their efforts.

The UNE also schemes plots to take Mars, but there is very little they can do except to leap our technology. But we Provolves, Baselines and Embodied-AIs trust our Superior leadership not to let that happen.





Those who've been following my "Life2.0 - A Broken Shackles Narrative" might remember a brief conversation on the merits of the Orion drive, and it was commented that no Stellaris AAR/Narrative had featured them.

Until now.​

This Narrative takes the Under One Rule Origin, a few ideas I have had to cut from Life 2.0 because of the decision to compress it's timescale, and a few of my background ideas that have been covered before but will be taken in a different direction. As can be gathered from the post so far, this will be not be a normal one of my narratives. HaMaadimi Imperium fundamentally was a positive outlook on the future of mankind, while the Prikkiki-Ti was a very dark AAR, I did not get to take them in the direction I intended to. (that will be seen in Life2.0 though) The Yabuntu Iriphubliki was another positive outlook in general.

This one is not like those; while it will not be grim-dark where there is no point caring about the characters because the setting itself is screwed, it will be much less positive in outlook, and it will be per aspera ad astra. Characters will not have the general plot armour that my characters are used to having; only the two named characters in this post have plot armour, and the others may well face death as pawns on a board they barely understand, victims of the machinations of those who manipulate minds and men to war and death to grow their own power. Nevertheless, there will also be heroes with blasters and blades who will not go quietly into the night, who shine on as paragons.

It will also be the first AAR/narrative of mine to feature Psionics as a major theme, although that will be limited compared to Stellaris, even into Volume 2 - I just don't like dealing with Shroud Entities.

A last comment is that I am unsure if I am allowed to have two AARs/Narratives running simultaneously, however, this one will be much less frequently posted on, as - unlike any previous AAR or narrative of mine - I will actually be editing and proof-reading these ones. Normally I only ever post the first draft.

And, as a point of tidiness, and because I have noticed that it doesn't work on mobile, the main font used will be Arial, in Bold.
 
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Glossary, People and Places
Documentation

A
Aeroponics:
The practice of growing crops in extremely carefully controlled conditions in air with nutrients supplied by aerosol delivery.

After Aldrin:
Dates formatted according to years since the first man stepped on the Moon; 20/07/1969 is 01/01/0001

B
Baseline:
The standard natural genetic dataset of a given lifeform.

Bobrick-Martire Drive:
A sublight speed space-folding metric that allows for propelling spaceships with normal energy amounts.

C
Classical Calendar:
Dates formatted in the BC/AD and BCE/CE systems.

D
Delta-v:
Essentially, how much capacity for velocity change a rocket possesses before it must refuel or be refuelled.

Dyson Swarm:
The far more technologically feasible idea for harvesting and exporting solar power than the much more well known Dyson Sphere, an eventually vast array of solar panel satellites and transmitters that export power and import construction materials and volatiles.

E
Embodied-AI:
In an effort to try to develop a legal status for AI citizens, Superiors have arbitrarily decided on a standard that in order to qualify as a being, an AI must be confined to a single host body that can be subject to imprisonment and/or capital punishment in the same way a biological entity can be subject to imprisonment and/or capital punishment; no body, no rights.

F

G

H

I

J

K

L
Lazurogenetics:
The study and usage of DNA and other recovered material from fossils to modify extant related forms to attempt to resurrect extinct species. Following mid-first century revelations of recovered blood cells, DNA, proteins, bone cells and more from several dinosaurid varieties, in combination with mass popular appeal of the initially deemed fanciful idea of bringing back dinosaurs, led to the development of the extremely controversial field of lazurogenetics. The first major success story of lazurogenetics was splicing mammoth cold-weather adaptions into Asian Elephants to create neo-mammoths who could be let loose in Siberia, following successful experiments by ecologists Sergei and Nikita Zimov with other cold-weather adapted mammals in helping to slow and reverse permafrost loss.

M
Microwave Power Beaming:
While the technology was proven to work by the start of the first century, it wouldn't be until the development of orbital habitats built from exported Lunese material that the first industrial-scale microwave power transmitters began to be used. Power would be collected from solar panels - at first orbiting Earth, but later but from Mercurian material with added steam turbines that recovered energy from waste heat - and used to make a microwave ray that would be directed at a rectenna, which converted the incoming microwave into electricity with mid-first century designs achieving 95% conversion efficiency, which powered a transmitter that beamed power onto additional relays or the final destination rectenna. While each relay did reduce output due to conversion inefficiencies, the sheer excess of energy available by these means more than made up for it. It also had safety advantages over laser-based systems, as the chief drawback - the large wavelengths making dishes measured in tens to hundreds of square km necessary - means the power-density is too low to be hazardous.

N

O
Orbit, Stationary: An orbit in which an object appears stationary when viewed from the orbited body in question; in practice it is not stationary as such but moves at an angular velocity that covers the same arc as the planet's own angular velocity. Geostationary orbit is specifically around Earth, but colloquially is used for other bodies.

Orion Drive:
Using pulses delivered by detonating nuclear bombs to either push against a heavy reinforced plate behind a ship, or to push against tethered plates that are in front of a ship; the latter is more complex to make and use, but faster and smoother.

P
Provolve:
A non-Human species uplifted to sapience.

Q

R

S
Space Elevator:
While not yet buildable for Earth as we lack sufficient materials, Space Elevators are possible for other planetary bodies, and even some moons; the constraint for moon deployment is that - from memory - stationary orbit above them is generally not possible because of the host planet's gravity and interactions with other moons. They are possible for the Moon, but the counterweight is constrained to be at either Earth-Moon L1 or L2, and therefore needs active station-keeping. While they arel usually conceptualised as needing to be on the equator, this is not actually a requirement, it's only suboptimal (more expensive to build, longer transit time, lower payload flow rate, lower maximum payload, etc.) It is the counterweight that is required to be at stationary orbit height.

SpinBed:
Centrifuges in which two occupants lie down on either arm, and are spun at sustained rates over a whole off-duty time period to give the body the same average experience of gravity as Earth-like environments. An initial acclimatisation period of lower accelerations is necessary. Approximately halfway through, the beds are rotated 180 degrees in order to ensure uniform distribution of gravity, especially for smaller centrifuges where the differential of angular velocity is high.

Solar-Steam Turbine:
Photovoltaic solar power works best with high intensity incoming light, which means the best place for it is as close to the star as possible. The problem being that the hotter the panels get, the shorter their working lifespan and the less efficient they generate electricity. Early methods to avoid this consisted of not using photovoltaic panels, but instead reflector arrays that focused light and heat onto water, which would boil into steam, and subsequently used for steam turbines. Improvements in PV panel technology led to adoptions of hybrid-technologies to push efficiency higher.

T
TerraGen:
All inclusive term for life originating from Earth.

ThoughtDrop:
A mind-machine interfacing device composed of a neural link that interprets thought and a holographic display that projects the thought or thoughts into the air around the person. This allows for people to "freeze" a thought and hold it in place - for example, in composing documents, or allowing others to see their thought process.

Transfer, Bi-Elliptic:
Bi-Elliptic Transfer orbits require an extra burn over Hohmann Transfers, but can be more fuel efficient in cases where the new orbit's maximum radius is just over 11.94 times further out, and is always more fuel efficient after 15.58 times further out. Can be combined with planar change burns for lower delta-v cost, and necessarily takes in excess of twice as long as an equivalent Hohmann Transfer. Sometimes much longer.

Transfer, Hohmann:
Hohmann Transfer orbits are used to transfer from one co-planar orbit to another with one initial burn (possible correction burns may be needed later, but the ideal is one burn) and then coasting the rest of the way, then burning again to circularise. Slow, but fuel efficient.

U

V
Volatiles:
Used exclusively in the astrogeological sense; gases (and ices) nitrogen, carbon dioxide, ammonia, hydrogen, methane, sulfur dioxide, water, etc. that are essential for atmosphere generation, life, and chemistry.

W

X

Y

Z

A

B

C
Corvus Sapiens:
Beta Project. Corvids were selected for Provolution first for two simple reasons; low body mass, and, highest existing intelligence per body mass. While significant increase in size was necessary to accommodate sapient level brains, they retain flight capability and remain much smaller, and therefore require much less ship around them, than Humans, offering massive advantages in naval operations for areas where Superior-exoself operation is insufficient.

D

E

F

G

H
Homo Sapiens:
Baseline Humanity; the foundation of TerraGen civilisation.

Homo Superior, Alpha:
Alpha Project. Early genetically engineered and cybernetically enhanced Humans. For a rough example of their capabilities, see "Family", Life2.0. (noting of course that Atalyah HaMaadimi would hate the "Superior" term) Early Lunese realised that they would need to maximise Human potential, as they lacked the redundancy Earth possesses to allow for sub-optimal organisation. The Alpha Project - to develop Homo Superior - was therefore begun with the expectation that eventually it would replace Baseline Humanity, and become a new, vastly improved standard, with the capabilities of Baseline Humanity being aimed at with Provolves and Embodied-AI, with the hope to improve them further later on. Unfortunately, this vision was soon replaced as the breakdown of nationally sourced Lunese colonies saw Superior society fracture, and egalitarian notions of improvements for all lost amid the pressures of constant conflict.

I

J

K

L

M

N

O
Octopus Sapiens:
Gamma Project. Provolution effort to make sapient octopi as multi-dextrous clerks; names are their numeric in ascending order.

P

Q

R

S

T
Tyrannosaurus Sapiens:
Delta Project. Lunese efforts can ill-afford to frivolously invest their resources; unlike Earth-based efforts in bringing back the most famous of dinosaurs that aim to be authentic recreations, T. sapiens are bred for war. Following the pack hunter interpretation of Tyrannosaurid behaviour, lazurogenic efforts focused on honing the new Tyrannosaurs into recognising Humans as pack leaders. Various age groups perform different roles. Younger, more agile T. sapiens corner the prey into a kill zone composed of older T. sapiens backed by armed Humans. While T. rex already had one of the strongest bites in the natural world - mid-first century experiments determined theit bite would be able to penetrate steel armour plate used on lighter armoured vehicles - T. sapiens has been further enhanced with stronger and lighter bones, stronger muscles, camouflage capability and augmented with lung-exhaled catalylsed reactant based fire breathing capability.

U

V

W

X

Y

Z

A

B
Birch, Paul:
1st century Baseline scientist who developed proposals for lots of useful objects that will eventually get used in the narrative.

Bobrick, Alexey:
1st century Baseline scientist who, with Gianni Martire, developed sublight speed solutions to the Alcubierre metric.

C

D
Dimitri, Victor:
UNE President, elected 2100 CC. Staunchly anti-Lunese independence, and a combat pragmatist who considers irradiating Earth further less important than winning the war; also supports numerous efforts to record Earth's biodiversity, and was actually elected on a campaign promise of delivering orbital wildlife habitats that could house refugee wildlife from all over Earth in safe reservations.

E

F

G
Gamma One-One-Zero:
Male Gamma. First person narrator, secretary to future Legendary Paragon Idmé Hencaal, once she earns the title.

H
Hencaal, Idmé:
Female Superior. Expert gene-engineer, personally responsible for the life-extension capability of the Superior.

I

J

K

L

M
Martire, Gianni:
1st century Baseline scientist who, with Gianni Martire, developed sublight speed solutions to the Alcubierre metric.

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

A

B

C
Cis-Lunar space:
The region of space between geostationary orbit and lunar orbit, with normal travel times for conventional rockets being in the region of under a day for a normal transfer, with Lunese and UNE defences designed on that assumption.

Copernicus, Crateris:
Best source (read as 'least bad') of Uranium on Luna; roughly 2 PPM. What Uranium it does produce is near-exclusively assigned to military use.

D

E

F

G
Geostationary orbit:
A stationary orbit above Earth, cluttered with all manner of satellites and habitats; primarily communications hosting and recycling industries.

H

I

J

L
Low Earth Orbit:
Another densely settled region where swarms of clean up droids work tirelessly to recover and recycle debris from rocket launches amid civilian Earth-launched rockets and Lunese patrol ships.

K

M

N

O

P
Plinius, Crateris:
An early domed habitat, begun AA 73, completed AA 105, Plinius has been transformed into the largest inhabitable area on Luna as of the first century at 1320 km^2 and is one of the few areas to have open green spaces dedicated to wildlife. Connected to the underground vactrain system, it is considered one of the first "wonders of Luna", and is a tourist destination for Lunese residents and civilian visitors. Residence however, is reserved to members or employees of the Plinius Nature Preserve Association.

Q

R

S
Serenitatis, Mare:
Basalt sea rich in metal oxides, and one of the earliest maria visited by Humans. The settlement is one of the oldest extraction centres on Luna and dominates Luna exports thanks to it's locally built space elevator, and vactrain network that connects to the other US-origin Lunese settlements. A permanent flotila of warships is on standby in underground hangars.

T

U

V

W

X

Y

Z

A

B

C
Cis-Lunar Cooperative:
A trading coalition responsible for negotiating common-interest import/export arrangements for the whole of Cis-Lunar space. Works in partnership with the Geostationary Alliance where possible as imports especially are opportunities for mutual gain. Unlike the Geostationary Alliance, does not operate it's own naval assets or legislature owing to the much greater cultural differences between cis-Lunese habitats that don't apply to geostationary habitats.

D

E

F

G
Geostationary Alliance:
The Geostationary Alliance is a collective framework for the betterment of residents of geostationary orbit, handling the operation of communually-obtained defence infrastructure and warships, the negotiation of communal import and export agreements, and the hearing of inter-habitat financial and legal disputes. A representative body, where members are appointed by individual habitat governments.

H

I

J

L

K

M

N

O

P
Plinius Nature Preserve Association, PNPA:
A coalition of ecologist-aligned Superior, Baseline and Provolve scientists and their retinues with a mission of preserving natural wildlife from Earth and developing wildlife suitable for life on Luna. A substantial amount of engineers and architects are also hosted to maintain and operate the construction and mining equipment used to build the dome, with ongoing research into creating a Lunar bubble to contain an eventual Lunese atmosphere.

Q

R

S

T

U
United Nations of Earth:
Successor state to the former nations of Earth. Unlike the UNE of Stellaris, this form implemented dozens of draconian reforms to prevent another War of Three Billion. Orders of magnitude more population than all the Lunese factions combined. Desperate for any advantage over the Lunese powers to break their blockade.

United Republic of Mare Serenitatis, URMS:
Our protagonist faction. Relatively well established with good trade connections.

V
ComSync Industries:
Initially US-backed space infrastructure construction conglomerate that won the corporate merger wars of the 2050s. One of the most powerful in soft-power corporations of the time period, and mouth piece of the UNE in exchange for lucrative government comms contracts. Operates a network of communications broadcasting and relay satellites, and licences out access. Major target of Lunese interest.

W

X

Y
Yabuntu Iriphubliki iNyanga:
'People's Republic of the Moon'. A largely-cameo only version of the Iriphubliki from one of my old AARs from back before they left the Sol System with the Ukuvikela, with mild setting-appropriate alterations in backstory to suit the alternate setting. Let's face it, it just wouldn't be a humanocentric narrative of mine without Africans In Space.

Z


https://www.nasa.gov/offices/ipp/ce...ries/Inflatable_Aeroponic_System_BBlinds.html - the basic technology used for growing food outside Earth and it's easy access to soil for crops.

https://core.ac.uk/download/pdf/42822614.pdf - the tale of the Roman who wanted to conquer China, and the implications for rocketry.

https://arxiv.org/pdf/2102.06824.pdf - one of the most interesting proposals for space-folding warp drives we have, and the inspiration for the setting's warp drive.

http://buildengineer.com/www.paulbirch.net/index_orig.html - archive of Paul Birch's website. While none of the engineering studies he writes are in use yet in the narrative, they will be coming up once we move past the initial stages; most especially "Orbital Ring Systems and Jacob's Ladders", "Terraforming Venus Quickly", "Terraforming Mars Quickly" and "Supramundane Planets"

https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2010GL043061 - distribution of Lunese Uranium and Thorium

https://colossal.com/mammoth/ - why we should bring back mammoths. (and save African and Asian elephants along the way)

https://i.pinimg.com/originals/c2/19/1c/c2191cc7136f4b2f4093b55ec6e5d6ec.jpg - labelled map of the Moon

https://www.sciencedirect.com/science/article/abs/pii/S0094576515001344, https://www.esa.int/Science_Explora...ue_of_artificial_gravity_for_astronaut_health - Prototyping the basis of the SpinBed technology

https://arxiv.org/ftp/arxiv/papers/1410/1410.6865.pdf - Mineral resources on the Moon

https://www.newscientist.com/article/dn14977-astronauts-could-mix-diy-concrete-for-cheap-moon-base/ - Lunacrete

http://path-2.narod.ru/design/base_e/nswr.pdf - Nuclear Salt Water Rocket concept

http://panoptesv.com/SciFi/LaserDeathRay/DamageFromLaser.php - laser weapon mathematics, design and damage methods

Note - for reader convenience, all dates are in Classical Calendar.

2020s:
This period was dominated by the fallout of the NATO-Russian proxy war in Ukraine, and the rise of early weak-AI that - while not truly intelligent - did manage to simulate the targeted capability of an intelligent agent applied to particular fields. Certain far-eastern states realised the implications early, and began massive restructures of the education systems to actively plan for post-Human workforces composed of weak-AI managed by Humans.

2030s:
The "Roaring Thirties" saw massive technological progress as weak-AI integrated projects took over the vast majority of formerly Human jobs. Massive unemployment followed in the west as weak-AI integration was cheaper than the high price of labour, leading to heavy restrictions on further AI development in the west. This crippled it's growth potential as the rising eastern economies exploited their reskilling of the younger generations to achieve orders of magnitude output increases per Human, and laid the foundation for Utopian Abundance living standards, which the west saw as a threat. While at first the US led the way in Lunese colonisiation and the settling of low Earth orbit, geostationary orbit and Cis-Lunese space, it wasn't enough to keep them competitive, especially given the rapid response in turn by the Far-East to launch their own catch-up programs. Realising that the far-east was not prepared for EMP attack, the west began preparations for pre-emptive strikes before they were completely obsoleted.

2040s:
The era of the War of Three Billion. The sudden detonation of EMP weapons above the Far-East, and their reprisal attacks, systemically wipes out the highly-electronic depending Western and Far-East powers through taking out the weak-AI integrated systems they relied on ceased to function; with these functions integrated at every level of society - agriculture, aquaculture, communications, logistics, education, governance - the systemic collapse that followed saw the deaths of billions before unaffected nations were able to organise relief efforts. It would be several decades before recovery.

2050s:
One of the outcomes of the 2040s was massive-scale emmigration from Earth off world from the war-affected regions by anyone who could obtain transit. This had interesting social implications as the new arrivals were extremely anti-war and desired to leave the conflict of Earth behind, traits that the Proto-Superiors of Luna found to be highly useful as the hostilities of their own national origins ceased to matter. In 2057 however, the first generation of true Superiors began developing in their artifical wombs.

2060s:
The rise of the true Superiors was almost immediate; even as children, the staggering advances in intelligence soon set them apart from their parents, and the gulf only widened as they began to use their enhanced minds and their exoself-abilities to run robotics at an even greater capability than the older weak-AI systems could. As they grew into teenagers, the true extent of just gone horribly right the efforts to create Homo Superior had been.

2070s:
The problem with Homo Superiors however, was they had effectively no social bonding; they were all complete sociopaths and psychopaths who viewed the existence of other Homo Superiors as threats, and the older Homo Sapiens as tools. Lunese society - once considered a rising terror that would usurp Earth forever - collapsed, with vast numbers of Homo Sapiens and the first Beta Projects fleeing off world. Fortunately for Lunese society, the Superiors figured out that they had to be nice to their underlings, and their own selfishness led to altruism that made people return.

2080s:
Lunese Superiors begin to see themselves as caretakers of lesser creatures, and while still extremely competitive amongst themselves, a vast amount of their efforts go into the new art form of gene-engineering flora and fauna to survive on Luna.

2090s:
The UNE, having recovered and now setting it's sights back on the stars, attempts to break out of the Lunese blockade. A brief conflict based on UNE nuclear thermal rockets and Lunese Hydrogen-Oxygen rockets leads to the conclusion that cheaper to mass produce and launch Lunese rockets are better. The UNE realises it must change the paradigm.

2100s:
The UNE changes the paradigm, and Earth once again becomes the focal point.

4O-OVVrsFb-opHZ_5l0eK2MRBPU3MxILIWBCU8rboDI.png


Don't know why the background screwed up... Just about legible though.

A


Aluminium:
A relatively weak metal, but with exceptional lightness, ease of working, and ease of recycling. Abundant on Luna, and dominates metals exports.

B

C
Carbon:
While some reserves of Carbon exist on Luna and in some asteroids, the main source of Carbon is Earth.

Crops:
Aeroponic farms in space are a mid-first century innovation, with ships, stations and habitats alike being able to grow the main varieties of plants identified as the easiest to grow in space. More difficult plants that aren't as easy to grow tend to be considered as delicacies exported from the habitats that can grow them.

D

E

F
Fungi-derived Food:
In a bid to make use of every resource, the use of edible mushrooms to use waste products beneficially has taken hold. Considered a lower form of food compared to aeroponics, but the hardships resulting from the War of Three Billion did a great deal to overcome that reluctance.

G
Genetic Data:
One of Luna's few imports, but one which Lunese Superiors are prepared to pay greatly for, especially in living and healthy specimens.

H
Human Beings:
Being the most valuable commodity Earth can export, Human trafficking - both in legal emigration and illegal slave shipments - exist to supply the demand. One of the few areas where UNE and Lunese efforts are united is in efforts to stop the latter, however enforcement against MegaCorps, the Geostationary Alliance and the Cis-Lunar Cooperative is difficult.

I
Iron on Earth in the mid-first century is in very high demand for the forming of steel, and therefore forms a major export to the Geostationary Alliance, although asteroid tug-ships run by Cis-Lunese Cooperative members also do lucrative acquisitions. Lunese demand for steel is mainly met by the wider availability of Aluminium and Titanium. One of the more common mineral resources.


J

K

L
Livestock:
Far more so than on Earth, the option of eating meat is very resource intensive; even to the very wealthy Superiors, meat is a delicacy. Various Lunese habitats are competing in adapting livestock to be raisable on Luna, and even some habitats, and the long-term projection indicates it will be cheaper in time.

M

N
Nitrogen:
With only trace amounts available on Luna, it is one of the economically viable exports from Earth, and is essential for farming.

O
Oxygen:
A vital volatile needed by macroscopic life in order to live; it's production as a waste by-product of Lunese mining means early second century Humanity largely can take it for granted anywhere in Earth's gravitational well unless they encounter rapid unplanned disassembly of their habitat or spacecraft.

P

Q

R
Lunese Regolith:
The cheapest building material anywhere in the Earth's gravitational well, being one of the few Lunese materials that actually costs more to get into space than it does to extract. Lunacrete is composed Lunese regolith mixed with Sulphur, and heated to over 140 degrees Celcius to cause the Sulphur to melt. Layered on thickly it acts as a blocker of gamma rays and protection from micrometeorites. An internal glaze is added to make the Lunacrete airtight. Touch-up repairs are necessary, but by the early-second century this is generally the job of a robot.

S
Silicon:
Being a critical component for electronics, demand for Silicon is high throughout the Earth's gravitational well. Lunese exports dominate, being among many materials too expensive for Earth to export economically.

Sulphur:
The other component of Lunacrete, Sulphur is mined and refined from the relatively common Lunese mineral troilite, the extraction of which also supplies Iron.

T
Titanium:
An early first century wonder material that is a little over half as dense as most carbon-steels, can resist higher temperatures before melting, significantly greater yield strengths. While very costly on early to mid first century Earth-based mining, improved technology going into the late first century and early second century, coupled with the availability on Luna has significantly reduced it's cost.

U

V

W
Water:
Lunese exports dominate the water reserves of off-Earth Humanity, however it is somewhat scarcer than Oxygen.

X

Y

Z

https://www.projectrho.com/public_html/rocket/enginelist3.php#boomboom - Examination of the propulsion system

https://www.projectrho.com/public_html/rocket/realdesigns2.php#id--Project_Orion - Same site, discussing the ships

https://www.projectrho.com/public_html/rocket/supplement/GA-5009vIII.pdf - General Atomic 4kt vessel declassified report

https://apps.dtic.mil/sti/pdfs/ADA306631.pdf - C.J. Everett and S.M. Ulam's original report on "On a Method of Propulsion of Projectiles by Means of External Nuclear Explosions"

It's worth noting that - with the exception of plot-relevant information that I want to hold back - I will be using this post to document everything I think of, and therefore this one will get edited. A lot.

I would appreciate if people mentioned if there's an idea in here that's of particular interest to them.
 
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Another CBR JGWRR AAR so soon! (checks notes) We're getting two AAR's at once? Neat!

A last comment is that I am unsure if I am allowed to have two AARs/Narratives running simultaneously
Yes, running multiple AARs simultaneously is allowed. It's just not attempted all that often.
 
Yes, running multiple AARs simultaneously is allowed. It's just not attempted all that often.
Indeed. Certain HistoryDudes tends to run like five at a time.
 
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Technically it's another narrative. My laptop is over ten years old - maybe twelve - and it is suffering age-related issues now, and it can't run Stellaris anymore. To the point where I'm seriously considering putting Stellaris on the backup laptop I take with me when I fly out to my African Queen, as it might actually run better on that these days...

I miss the days when it could handle thousand star galaxies. I downloaded a mod that has fifty stars, and even that still pushes the poor thing.
 
I liked that backstory! It looks like a lot of interesting stuff is to come.

China was rather opportunistic there.

Indeed. Certain HistoryDudes tends to run like five at a time.

He's a force of nature.
I have 4 right now, of which 2 are pure narrative and one is part narrative (hybrid), so, yeah, it's allowed.
 
Yes, there are a lot of interesting things coming, as the narrative begins with focusing on Luna and Earth, but will expand throughout the Sol system and far out into the trans-Neptunian objects over the next century. We'll see the beginning of terraforming projects too, very late in the narrative once things are sufficiently united to give stability needed for the century plus duration processes.

Honestly, I've been expecting China to attack Russia to take Siberia since Ukraine survived day six of the war.
 
The First Orions
The First Orions

What none of the Superiors foresaw was the new UNE president, Victor Dimitri, authorising the use of Orion Drives to launch warships that could fight like for like against Lunese ships. Dimitri was determined to bring Luna under control by any means, and the centrepiece of his strategy was to authorise extremely controversial launches of Orion drive "single stage to anywhere" vessels. These vessels could launch with meganewton thrusts and exhaust velocities in excess of 19km/s even in these early ships, at the same time. (in time, giganewton thrust and 30+ km/s exhaust velocity systems were developed)

This terrified the Superiors.


They could do meganewton thrusts of course, that had been possible since before the first century, but our exhaust velocities struggled to break 9km/s with meganewton thrusts on our best nuclear thermal rockets, and 19km/s was simply impossible for a practical viable rocket. And because of our reserves of Uranium being highly limited - our best deposits, south of Crateris Copernicus, wouldn't even be considered for mining on Earth for being too low to be economic to recover - we were largely restricted to the older LF/Ox reactants, which struggled to achieve exhaust velocities even a quarter of these new Orions.

And of course, these things were propelled by mass-produced nuclear weapons; whatever they don't use to travel, they can use in orbital bombardment.

I remember the conversation where my Superior discussed the danger with me still.



"You asked for me, Domina?"

"Yes. One-One-Zero, we stand on the brink. I need someone I can trust to bounce thoughts off."

She stands beside the window to the grey beyond. I realise the question is loaded; if she can't, I am dead. If I say yes and turn, I am dead. If I leave, I will be dissapeared. I have only one option. "Ready, Domina."

She places a holomodel of a newly launched ship in front of me. I can barely see it, being in shadow cast against the blast beneath it. "Earth has created ships that can beat our own. This is a warship, accelerating at three standard gravities. Either it will ram us, in which case it will arrive in an hour, or it wil attempt to orbit, which means it will arrive in little under two."

I work out the numbers. If they go for a straight ramming, that'll be a terajoule impact at least... It must be a ship then, a single bomb could be built to deliver that. "Is there a way to counter them Domina?"

"No. All our long-range anti-ship weapons are designed on the assumption of almost a whole day to attack while our opponent coasts."

"We'll have to engage it in orbit then Domina."

"That is what the others are planning."

"You have a different idea, Domina?"

"What do you know of Mercury, One-One-Zero?"

"It's the first planet of the system, Domina. Local temperatures are extremely high. High metallic content. Mountainous terrain."

"Such propulsion systems make manned missions to Mercury feasible. Or, the gas giants."

"Everyone else is thinking about Luna and Earth and maybe Mars, but you want to go even further, Domina?"

"Exactly. Imagine the possibilities."

I do. What a Superior could do with the competitionless gas giants... They could build a system-conquering power out there. "I can, Domina. I can."

She smiles.
 
Concessions
Concessions

The UNE warship was eventually driven away, forced into returning to Earth before it became stranded for lack of fuel. Lunese defensive artillery forced it into dodging manoeuvres, unable to hit due to the travel time and the rocket's much greater acceleration potential now it's mass was much lower. Ultimately it had been an unarmoured, unweaponed - apart from the obvious - test ship. It had done nothing more than be target practice. Despite that, it grabbed the attention and fear of nearly all Lunese Superiors.

Our defences had achieved nothing. Defences that had cost a substantial amount of our economic net gain to build, rendered obsolete.

An enemy vessel was able to remain in orbital bombardment range for almost two hours.

Over the next sixteen hours frantic negotiations of new mutual defence pacts took place, and this spirit of unity continued until the broadcast of Victor Dimitri's fleet. The moment the crew of the test vehicle returned, Dimitri held a press conference celebrating their bravery and what they achieved, and declared the UNE's resolve to achieve freedom for humankind. The feed then panned out over an underground bunker containing an assembly line mass-producing similar warships.

He then uttered a sentence that went down in history.

"We do not do these things because we wish to get involved in war, but because we wish to avoid it. If my Lunese counterparts are willing to meet me at the table of diplomacy, then war can be, and I hope must be, averted. But this blockade that prevents the manifest destiny of mankind will be ended, either at the negotiating table, or in the destruction of Lunese colonies. For the sake of humanity, for the sake of life itself, I ask my counterparts to chose peace."



Idmé awaits me with her head in her hands. ThoughtDrops hung in the air all over the room as the sum of her thoughts exceeded even her memory. I stand in the circular doorway. "Can I help, Domina?"

"We have just had the worst disaster in Lunese history."

"I agree, Domina. But I believe it gives opportunity too."

"You think we can negotiate the acquisition of one such ship then head out."

I enter, moving carefully to avoid her ThoughtDrops. "It sounds plausible to me, Domina. He must know he has to make concessions."

"Dimitri is 'negotiating' from a position of strength. He will dictate terms of surrender."

"What about trying an underling instead of Dimitri, Domina?"

She looks at me. Then around me as new ThoughtDrops appear, containing questions she needs answering. "We need to find out who we can get one from, what their price is, and what we can barter to obtain that price."

I collect the ThoughtDrops, and bow. "I will get started immediately, Domina."

She activates her exoself communications network. "As will I."
 
It looks like that was a short war.

A new empire from the outer Solar System... This'll be interesting. How will it be rendered in the game? A different Solar System completely, as the UNE seizes control of Sol? Or is the UNE doomed?
 
No point fighting a hot war you can't win when you can fight a subterfuge war you can.

As far as a map goes, think in terms that each planet is it's own system in Stellaris terms; it isn't quite a perfect analogy obviously, but not far off. The UNE's fate is up for grabs at this stage, as our protagonists have options. Lots of options - they could infiltrate the UNE and take it down from within, they could steal a ship and head for Mercury, they could steal a ship and head for the outer planets, they could head for Mars like the other Superiors are considering.

But, at the moment, the UNE is winning, and that will remain the case until their technology lead in this critical area is neutralised.
 
Meeting Gioranno
Meeting Giordano
20230620185145_1.jpg

Naturally, Lunese Superiors of all kinds began legal and illegal methods of trying to obtain any information or artefacts relating to the new Orions. And all the information and trinkets would flow through the two powers between Earth and Luna; the Geostationary Alliance, and the CIs-Lunar Cooperative.

Both endeavoured to remain independent of both Lunese and UNE control, and all parties knew that both would play the Lunese and UNE against each other to prolong their independence. In practice, they depended on us and the UNE for trade for immigration, volatiles, construction equipment and raw materials of all kinds; a tricky game, but one they had learned to play well.

The Cis-Lunese were obviously closer to us, while the Geos were closer to UNE interests. And that meant our usual contacts in the Cis-Lunese couldn't help us beyond trading sensor logs and observation reports. And at first, the Geos couldn't offer any more than that.

However, there is a major weakness in the Geos that the Cis-Lunese don't have. The fact that they share a single orbital altitude and plane means they have a far more cohesive governance framework that can be considered as a unified state, and therefore, can have ambitious individuals who will partner with Lunese Superiors in exchange for rising the ranks. As a result, we networked and influenced and bribed and coerced our way to Bruno Giordano.

Now Bruno was a defector from the Orion development project; he duplicated all the data he could get, stowed away on a UNE freighter and claimed asylum at the first habitat he got loose on. Very, very hush-hush, naturally; he did not want to be found by UNE International Security Agents. But he did want to be found by us, knowing that we would be happy to oblige.

And so, we met up on a Cis-Lunese freighter that my mistress owned via a complicated to trace sequence of charters and owners to be doing a Aluminium haul from Luna to GeoBase-1, but in practice various officials had been bribed and blackmailed to ensure he got on the freighter safely.



I propel myself through the hatch, grateful that the jet propulsion method my ancestors had used back in Earth's seas had been retained; it made zero-gravity movement very easy. Bruno sees me immediately, and turns looks through a window-display. Trying to convey feeling calm and collected. I join him, looking at the stars. I begins the code phrase. "What is the music of life?"

He replies the second phrase. "Silence, my brother."

I conclude. "Welcome home."

"You're Gamma One-One-Zero?"

"In the tentacles."

The tension drops from his shoulders. "Damn I'm glad to be out of it."

"Less than a day, and you'll be safe on Luna."

"Let's hope they don't try to intercept. Are you authorised to negotiate, or are you just running in her place?"

"I've been given authorisation, yes."

"My price for selling the information is really simple. Victor's International Security Agency has my sister in custody as a hostage. I need her extracted to safety."

That I was not briefed on. "This was not something I was briefed on as a potential price. Could I have a moment to contact Ms Hencaal and get her consent?"

"That's fine. But there is a deadline; I had to escape on my limited annual leave, which means I am supposed to be back at work in three days. Day four, and my sister is at risk."

"Extract on day three or before, got it."

I wasn't looking forward to my mistress' response here.
 
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Interesting. How unified is Luna here? And how common are traitors to the UNE?

How are the two space powers represented in the game?
 
It's unified in the sense that it's residents consider themselves Lunese before their particular colony, but there's no Lunese government overall.

Hostage taking by UNE-ISA is a precautionary measure owing directly to the importance of the program.

Stellaris just... doesn't.
 
Operation Valerica, 1
Operation Valerica, Part 1

Naturally, Mistress Hencaal already had a plan ready to go before we docked at the L1 Elevator; as we checked off, a consignment of automated satellite resuppliers (i.e. an easy way to get someone to low Earth orbit for a trans-atmospheric insertion) was being loaded. As the Lunese elements of the team were being dispatched to rendezvous with the elements already Earth-side, Bruno and I met Ms Hencaal in her quarters back at Mare Serenatatis.



"Ms Hencaal."

"Mr Giordano, welcome to Luna."

"Let's get to business. First, my sister. Then I'll talk."

She closed her eyes. Dozens of ThoughtDrops appeared for Bruno to peruse, detailing plans, counter-plans, involved agents, schematics for the hostage facility, transport routes, timetables; anything he would want to know. "A gesture of good faith."

He smiled, and offered his hand to shake.

In one moment, a partnership was formed that would change the course of history.
 
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Well, I wonder if the outcome of this will inspire any other treason...
 
Operation Valerica, 2

Operation Valerica, Part 2

The biggest problem that Operation Valerica faced should have been obvious.

Our problem was, we didn't think of it.

Among mid-first century Baselines, a key concern was the osteoporosis-effect of low-gravity. Now, solutions to this were developed; firstly medical, then gene-tweaking based. But the easiest was making SpinBeds. Early models were developed on Earth in the mid-first century,and by today, SpinBeds maintain your body at 2g on a twelve hour sleep cycle, 3g on an 8 hour sleep cycle, or 4g on a 6 hour sleep cycle, allowing us to have all the advantages of low gravity and high gravity lifestyles. Our bones and musculature effectively experience the same average strain as a resident on Earth. It is a critical tool in enabling habitat sizes to increase without access to artificial gravity (we're working on that, but no success yet) as spinning a habitat to provide equivalent of gravity means geometries are limited in a way that using SpinBeds is not; you are limited to circles and cylinders for your shapes without them. Worse still, trying to move heavily armoured habitats at substantial accelerations has immense power requirements, which is why early space stations were practically paper next to our present habitats that can withstand weapons fire.

The trouble is, our Lunese operatives - in a lesson Ms Hencaal would never forget afterwards - were used to operating in the 1/6th gravity of Luna.

As it turned out, this was a rather critical disadvantage.

See, on Luna, if you fire a kinetic weapon, the ballistic trajectories are completely different to the exact same ammunition shot from the exact same weapon being fired by the exact same person in the exact same way down on Earth. In effect, all our guys were shooting far too low.

This meant that shots that should have hit would fly between the legs. More than one Lunese operative was accused of aiming for the location of Human genitalia when they were actually trying to hit centre mass.

Now, our team was good.

But training on the fly in hostile territory to aim differently was not that easy. As my Mistress put it when she searched for an upside:

"Well, at least they will underestimate us in future."
 
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Lol. They forgot about gravity. It's one of those things that you just assume will always be the same, so I can't blame them.

Excellent bit about how important gravity is, by the way.