TDBM, I would argue is the most important step. A single discovery could have hundreds of different ways to coordinate with existing technologies. As for RPP, often the people who are best at creating and the ones who are best at distributing are very different. It’s a shame the distributor gets the lion’s share, but such is life. There are also levels below technology creation. Before the technology can be applied, it’s principles must be experimentally tested. Before an experimental test can be conducted, a theory must be developed to explain what you are testing for although some technologies skip this step. The experimenter and the theorist often receive even less than the applier who receives less than the distributor.
TDBM, I would argue is the most important step. A single discovery could have hundreds of different ways to coordinate with existing technologies. As for RPP, often the people who are best at creating and the ones who are best at distributing are very different. It’s a shame the distributor gets the lion’s share, but such is life. There are also levels below technology creation. Before the technology can be applied, it’s principles must be experimentally tested. Before an experimental test can be conducted, a theory must be developed to explain what you are testing for although some technologies skip this step. The experimenter and the theorist often receive even less than the applier who receives less than the distributor.