Synthesizing light fields, synthesizing 3D acceleration fields for sustainable global and heliospheric systems

Filed as: Synthesizing light fields, synthesizing 3D acceleration fields for sustainable global and heliospheric systems

Thank you for sharing this. I liked that you did not follow the crowd. If the software and technology is shared openly with the world, it could help grow new global and space industries and applications. When I see these still, I think of all the people and systems and groups that make it possible. The most serious problems I see are weight, battery low energy density, and limited vision of users. Many could make displays like this; what matters is what is shown and what it intends to encourage.

For comparison, to run a fusion plant, or space propulsion system, or wingless hypersonic systems, or earth-to-orbit-by-fields, you need coordination of billions of independent systems, each with deeper and connected abilities.  Sustainable global infrastructure systems, to care for and enable the human and related species, requires much greater ability and vision than a demo that tried to coordinate 8100 devices.  It is not necessary to use motor devices for this, but one can also use fields. Perhaps more efficiently and faster.

Perhaps there will be robot and drone Olympics one day, or Nobel prizes in technologies that affect all living things.

Perhaps countries should show their drone coordination skills by doing peaceful but dynamic things.

Perhaps they should trying lifting a ship to orbit, or catch cargo containers from orbit to docking stations. With some vacuum capable drones to help.

The people doing these demos today might be the trillionaires of new industries a few years from now.

Filed under #GravitationalEngineering, #ElectroMagnetoDynamicFieldMethods, #SyntheticGravitationalFields, #GlobalOpenNetworks, #SustainableGlobalSystems

Richard Collins, The Internet Foundation