Dear FE'es, explain please.

True, NASA has never been to space.  However, NASA has sent manned and unmanned objects into space (just like most other national and private space agencies).

NASA has not sent any manned or unmanned objects into space.

NASA has not sent any manned or unmanned objects into spaceorbit.

There is no great difficulty in reaching space under FET.

My theory maintains that an object can only reach outer space if its mass is greater than the atmolayer's, since the DEF holds the atmolayer. Thus, DEF is the boundary between outer space and the atmolayer.

My theory maintains that an object can only reach outer space if its mass is greater than the atmolayer's, since the DEF holds the atmolayer. Thus, DEF is the boundary between outer space and the atmolayer.

What does mass have to do with leaving the atmolayer? 

Well, the DEF holds the atmolayer. Thus, to go through the DEF and into outer space, an object must have a mass greater than the atmolayer's. However, the limit could be bigger, because we do not know how much mass can the DEF really hold.

Well, the DEF holds the atmolayer. Thus, to go through the DEF and into outer space, an object must have a mass greater than the atmolayer's. However, the limit could be bigger, because we do not know how much mass can the DEF really hold.

With enough force, a 2x4 can penetrate a brick wall.  What's so hard about penetrating the DEF?

Well, when you have a massive object accelerating up, you have a massive force.

Well, when you have a massive object accelerating up, you have a massive force.

Then what keeps the FE from penetrating the DEF?  You can't get much more massive than the FE, can you?

Uh, the formation of the DEF requires the FE. The bow shock, remember?

Uh, the formation of the DEF requires the FE. The bow shock, remember?

So is the FE being accelerated (pushed from the bottom) by DE into the vacuum of space, or is the FE being accelerated by some other mechanism into a DE medium that forms the bow shock in front of the FE? 

BTW, how can energy form a bow shock anyway.  I thought that bow shocks were a phenomenon exclusive to fluids (liquids and gasses).

So is the FE being accelerated (pushed from the bottom) by DE into the vacuum of space, or is the FE being accelerated by some other mechanism into a DE medium that forms the bow shock in front of the FE? 

The FE is being accelerated (not "pushed") by the DE. The DE encounters an obstacle and forms a shape similar to a bow shock in front of the FE. Thus, the DEF forms: the DEF acts as a lid for the atmolayer and the objects inside of the FE.

BTW, how can energy form a bow shock anyway.  I thought that bow shocks were a phenomenon exclusive to fluids (liquids and gasses).

The composition of the DE is unknown. As divito once mentioned, Dark Energy is probably just a name for the mechanism.