@IEEEorg@IEEEXplore I have been working on digital twin encoding technologies. A python library "mupy" encodes physical hardware as a digital twin objects. This system focuses on providing 3D prints mostly, but that is just the start. #DecentralizedManufacturing, #DigitalTwin
https://t.co/IBn3v9gXnj
@itsDanielSuarez read all your books and I am working on Critical Mass now. Its awesome, cant put it down! I think the DeltaV Series will be considered an important prerequisite literature for those who wish to be involved in standing up an economy in space.
No one asks a jujitsu fighter to debate another jujitsu figher to see who the best fighter is. They just fight. It's similar in science, we don't debate, instead we use the scientific method. Debating is for those who like to make others look like assholes.
There is a mindset aspect to this, too. Some people love to cook some love to code. Point is you are smarter than you think, and this stuff is even easier than you would believe.
People who have never spent a day learning advanced physics or how to program code love to talk about how these subject matters are so difficult. I think you would need actual experience to know that. I think you're just afraid of being seen as a beginner who asks questions.
This stuff is so easy it's ridiculous, but I'll admit this much: Learning to apply said advanced knowledge in the real world is very hard but not for the reasons you think.
#OpenHardware was a good start, but we need to think BIGGER. As an ultimate test... What kind of software system or utility would the community require to efficiently design and manufacture an advanced spacecraft system? I claim mupy is one tool we will need.