Futuristic Theology TECH:
Civic: Virtual Life License
Virtual Cathedral
Simulated Heaven Console
Virtual Seminary schools
Gtech Inquisition
Binary Sabotage
Flesh Festival (ceremony that is about being a real unmodfied human..as seen in A.I0
Civic: Futuristic Theology (Anti Gene enhancement, Anti Exocortex networks)
Unit: Futuristic Inquisitor
Animamaterials
Anima Nucleosynth Chamber
Anima Research Lab
Corporation: Anima Biologicals
Creation dogma
Society: Artificial Life Licenses
Simulated Cathedral
Simulated Seminary Schools
Civic: Artificial Life Extermination
Soul Emulation
Soul emulation means to capture 100% of whole species identity and transfer it to another body [Avatar/ Battlestar Galactica (2005)
Economy: Symbiotic Economy
Avatar Mecha
Symbiotic Clones
Soul Emulation Reactor
Soul Regeneration Motherzepplin
Essence Transitors
Homo Sapien Design (world project)
Mind Replication (World Project)
Existence Research Center
Beacuse it comes down to the fact that the Metamorphasis GPS is a quantitative advancement, not a qualitative one. Quantitative advancements should be buildings/units/improvements, not techs. Ditto with Terapixel Photography, that is simply the resolution getting bigger, not an actual qualitative advance in the science of photography. The list goes on, but I can't get to all of them right now.
but the same can be said with TECHS games--->board games, and Controlled fire--->firemaking, and bronzeworking----->ironworking. They are quantitative advances too.
and what about the domestication Techs (poutry, horse, elephant, canine)..they are all the same things..different animals.
So GPS gets better and you beleive it shouldn't have a new Tech..wouldnt the same argument hold true for Calvary, boats, and aircraft? We have Tech barbed wire, radio, televison...etc..
Supersonic Flight gets better when you research Hyper flight. They are technically the same thing..same science..one is faster..but they have techs..why cant GPS?
Next Genetation GPS = 200-500 lbs satellites ~1,000 in orbit
Metamorphosis Gps = nanosatellites= 10-20 lbs satellites. ~10,000 in orbit
Maximillian GPS =picosatellite s= -1-2 lbs satellites =~100,000 in orbit.
and each generation is supremely more powerful than the last in communications, which allows petabyte, exabyte, yottabye bandwidth respectivly.
Each tech has stuff to be added. Each technology is a collection of advances the power future advances.
Classification groups
3 microsatellites of Space Technology 5
[edit]Minisatellite
The term "minisatellite" usually refers to an artificial satellite with a "wet mass" (including fuel) between 100 and 500 kg (220 and 1,100 lb),[citation needed] though these are usually simply called "small satellites". Minisatellites are usually simpler but use the same technologies as larger satellites.
Examples: Demeter, Essaim, Parasol, Picard, Microscope, Taranis, Elisa, Smese, SSOT, Smart-1, Spirale, Jason-1, Jason-2.
[edit]Microsatellite
Microsatellite or "microsat" is usually applied to the name of an artificial satellite with a wet mass between 10 and 100 kg (22 and 220 lb).[citation needed] However, this is not an official convention and sometimes microsats can refer to satellites larger than that. Sometimes designs or proposed designs of these types have microsatellites working together or in a formation. The generic term "small satellite" is also sometimes used.
Except the mass, the size of satellite is important too.
Examples: Astrid-1 and Astrid-2.
[edit]Nanosatellite
The term "nanosatellite" or "nanosat" is usually applied to an artificial satellite with a wet mass between 1 and 10 kg (2.2 and 22 lb).[citation needed] Again designs and proposed designs of these types usually have multiple nanosatellites working together or in formation (sometimes the term "swarm" is applied). Some designs require a larger "mother" satellite for communication with ground controllers or for launching and docking with nanosatellites.
[edit]Picosatellite
Picosatellite or "picosat" (not to be confused with the PicoSAT series of microsatellites) is usually applied as the name of an artificial satellite with a wet mass between 0.1 and 1 kg (0.22 and 2.2 lb).[citation needed] Again designs and proposed designs of these types usually have multiple picosatellites working together or in formation (sometimes the term "swarm" is applied). Some designs require a larger "mother" satellite for communication with ground controllers or for launching and docking with picosatellites. The CubeSat design, with approximately 1 kilogram (2.2 lb) mass, is an example of a large picosatellite (or minimum nanosat).[citation needed]
[edit]Molecularsatellite
Molecularsatellite or "molesat" is usually applied as the name of an artificial satellite with at least one dimension sized from 100 to 10000 nanometres with a wet mass between .001 gram and 10.0 grams. Current designs of this class of nanotech satellite work together in an amplification formation an asterism pattern (sometimes the term "constellation" is applied). Proposed designs require an asterism with a larger "picosat" satellite amongst its formation for amplified communication with ground transponders. Molesats have the capacity to act either as a passive or active satellite:[citation needed]