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Additionally, if there are any Pops on the planet without the Cybernetic, Mechanical, or Machine traits, they are all killed and an Organic Slurry deposit is added. If the planet is terraformed into a Machine World, the Paradise Made modifier is also removed. If the planet is being terraformed into either a Machine or Hive World the following modifiers are also removed: The following planet modifiers are always removed when terraforming a planet: Doing so inflicts a −20% happiness penalty on the planet for the duration of the procedure. It is possible to terraform inhabited planets if the empire has the Ecological Adaptation technology. Relic Worlds and Ecumenopolises can never be terraformed through the regular mechanics. The expansion planner screen can also be used to find these candidates. Only habitable worlds or uninhabitable worlds that have the Terraforming Candidate modifier can be terraformed. The world must be surveyed and within the empire's borders. Terraforming is started via a button in Planet Detail view. Such a system would reach the distance to Mars (1 AU) in 30 minutes, pass Voyager I in less than 3 days, pass 1,000 AU in 12 days, and reach Alpha Centauri in about 20 years.Terraforming requirements
Ftl terraforming full#
As an example, on the eventual upper end, a full scale system (50-100 GW) will propel a wafer-scale spacecraft with a meter class reflector (laser sail) to about c/4 in a few minutes of laser illumination allowing hundreds of launches per day or 100,000 missions per year.
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This approach also eliminates the conventional optics and replaces it with a phased array of small low cost optical elements.
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This approach is analogous to building a super computer from a large number of modest processors. Maintaining phase integrity is one of the key challenges. The system is phase locked using a coherentīeacon that is either carried by the spacecraft or reflects off the spacecraft.
Ftl terraforming driver#
The photon driver is a laser phased array which eliminates the need to develop one extremely large laser and replaces it with a large number of modest laser amplifiers in a MOPA (Master Oscillator Power Amplifier) configuration with a baseline of Yb amplifiers operating at 1064 nm. Recent developments now make both of these possible. they outline the fundamental physics that drive the economics and derive an analytic cost model that allows us to logically plan the path ahead.įor relativistic flight (over 10% of lightspeed) development of powerful lasers to push ultra-low mass probes is needed. Fortunately, integrated photonics is a technology driven by vast consumer need for high speed data delivery. To afford the full-scale realization of this vision we will need to bring to fore integrated photonics and mass production as a path forward. The path ahead requires a fundamental change in the system designs to allow for the radical cost reductions required. In addition to the technological challenges, we must face the economic challenges to bring the vision to reality. We have made enormous technological progress in the last few years to enable this long-term vision. Directed energy relies on photonics which, like electronics, is an exponentially expanding growth area driven by diverse economic interests that allows transformational advances in space exploration and capability. In addition, the same technology will allow for long-range beamed power for ion, ablation, and thermal engines, as well as long-range recharging of distant spacecraft, long-range and ultra high bandwidth laser communications, and many additional applications that include remote composition analysis, manipulation of asteroids, and full planetary defense. Large scale directed energy offers the possibility of radical transformation in a variety of areas, including the ability to achieve relativistic flight that will enable the first interstellar missions, as well as rapid interplanetary transit. This allows us to make economically informed decisions and create a logical path forward to interstellar flight. Researchers have derived an analytical cost model which is driven by the fundamental physics of the proposed system. Integrated photonics and mass production of most of the modular systems will be fundamentally necessary to afford the full-scale realization of this vision. A recent paper looks at how different technological improvements will make it more feasible and improve the costs. This has been funded with over $100 millon and it builds upon the technology of the $600 billion laser and photonics industry. Arrays of lasers can be used to push light weight solar sails to other stars.
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