The Shepherd @ShepherdsTale

First generation kings were the only free thinking people. Identity with them. They did their best for self preservation and prosperity. Controlled their environment, food, security, resources, etc. They relied on no one. They enforced their will. They had to obey no one. Free.

First generation kings were the only free thinking people. Identity with them. They did their best for self preservation and prosperity. Controlled their environment, food, security, resources, etc. They relied on no one. They enforced their will. They had to obey no one. Free.

First generation kings were the only free thinking people. Identity with them. They did their best for self preservation and prosperity. Controlled their environment, food, security, resources, etc. They relied on no one. They enforced their will. They had to obey no one. Free.

First generation kings were the only free thinking people. Identity with them. They did their best for self preservation and prosperity. Controlled their environment, food, security, resources, etc. They relied on no one. They enforced their will. They had to obey no one. Free.

First generation kings were the only free thinking people. Identity with them. They did their best for self preservation and prosperity. Controlled their environment, food, security, resources, etc. They relied on no one. They enforced their will. They had to obey no one. Free.

First generation kings were the only free thinking people. Identity with them. They did their best for self preservation and prosperity. Controlled their environment, food, security, resources, etc. They relied on no one. They enforced their will. They had to obey no one. Free.

First generation kings were the only free thinking people. Identity with them. They did their best for self preservation and prosperity. Controlled their environment, food, security, resources, etc. They relied on no one. They enforced their will. They had to obey no one. Free.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.

@elonmusk @engineers_feed Ion propulsion is an electric propulsion method that can be used in any environment, and it can propel things to unimaginable speeds. It has the potential to be far superior to our current propulsion methods. The only difficulty is we cannot yet store enough power onboard.