This paper presents a new architecture option for low Earth orbit (LEO) Space-based Solar Power (SBSP) using wireless power transmission (WPT) and a space power relay (SPR) for Earth and Space energy. The goal is to determine the technical viability of this new space power concept to provide energy to the Earth and to a variety of space architectures and determine the possible reductions in mass to orbit.

The process itself of colony establishment on the Moon and running it for the first decades will provoke significant evolution of the humanity.

Today, we are used too much to steal, buy, recruit ready made inventions, not to invent by ourselves. We are a little bit afraid of radical changes and taking significant risks. We have lost a lot of that spirit of discovering and creating new things which was common in the past centuries. For that we can thank our instincts, intellectual divide, and modern business management quasi-sciences.

What if the aliens are trying to contact us time after the time as a group mind, because individual contact with the single human due to our intellectual capacity differences is simply impossible? How to respond to them this way properly? How to identify the contact? How will exchange of the information look like?

What would the contact between the two thinking beings look like in humans interpretation?

As humanity prepares to extend its reach beyond low-Earth-orbit for the first time since the 1970s, a new symbol of international cooperation is needed to further promote the message of peace and collaboration such exploration entails. The space race that occurred between the USSR and the USA is an ill-suited model for long-term sustained space exploration because it is too costly and too resource-intensive for a single nation to bear. While competition is healthy for technology development, the success of a sustained space exploration strategy lies beyond technological capabilities. It lies in international cooperation,space policy, and public support.

For the last two years I have been focused on developing alternative solutions for Space-based Solar Power (SBSP). This started with an extensive review of past concepts to determine why SBSP remained uneconomical forty years after its invention by Dr. Peter Glaser. The conclusion was that locating the SBSP Satellites in GEO posed a substantial mass penalty on the Satellites due to the need for a very large satellite transmitter and the need for in-space transportation from low Earth orbit (LEO) to geostationary orbit (GEO). So the question then became – If not GEO where?