Overall

[NirViaje]

Issue by NirViaje Monday Oct 29, 2018 at 13:57 GMT Originally opened as https://github.com/derekoutis/ExponentialDeepSpace/issues/1

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0 K2LRchain

https://github.com/ExponentialDeepSpace/exponentialdeepspace.github.io/issues/2#issuecomment-433602055

Why we need industry in deep space

• the anchor for the next leap
• payloads for LEO/other orbit structures

the EDS

Exponential Deep Space

Why asteroid #3

• Natural M-type, recycling of billion-years scrap metal
  • easy, 70Fe30Ni
  • (million tones enable industrial space city
  • (further to C/S-type with vehicle and equipment #27
• challenge
  • rotation of asteroids
  • material property and limits
  • robotics in the space (at the exponential scale

How we do

• 5 Solar furnace

  • 4 magnetic shield and torquer

• 6 Forming and shaping

• 7 Robotics

What will this impact

• enable heavy structure in large-scale
• space industrial base and city (for multi-purpose
• the gate of the interplanetary era for human being
  • industrial/inhabit base
  • vehicle for interplanetary transfer
  • extend the industry to C/S-type, and further
  • large scale science research/industry
• ROI

How to do

It's a long journey.

• The digital world is easy to be exponential, while the atoms don't.
• To exponentialize the physical world, what we need are model and resource.
• It's a data drive company at first, evaluate the models in physics by stages.
• Close loop the mass and the resource.

(KSP+Kaggle+Linux+Redhat

Community

How to make the Apollo-scale project done while roughly not by the government?

• KSP+Kaggle for distributed open source contribution of the problem solve
• grow up the new generation
• bootstrap the simulated project detail at Phase I, kick-start the physical evaluation

Why start as simulation

• for a large project at this scale, the plan should be systematic
  • evaluate the situation from all directions
• make everybody stand on the same page
• can be extended to games/other related

Evaluate experiments

• 15 parts of 6 sections in the first stages
• 6 (?) of them should be physically evaluated in the first (6) years

Engineering

• demonstration and research on the ground/water tank
• space evaluation of sub-systems
• (dedicated detector

Time and roughly budget frame

• GDoc sheet
• products
  • KC Communication unit
  • MPT
  • Kaggle mode
  • Cabin

Team and community

• crews
• more

Afterword

other project

• NASA
  • Lunar
  • NIAC, e.g.: Project RAMA
• Dyson sphere start from 1km sq
• private sectors
  • PRes
  • DSI

Conclusion

• EDS in 20 years