You asked them the big question about the bow shock moving?

They're quite probably behind the bow shock that's moving in.

The fact that the bow shock isn't there is important for a number of reasons.

Yeah, a lot like the stuff coming from the bow shock zone up ahead, I'd say.

I was worried maybe we not find much ice near this bow shock.

For decades it was assumed that the Sun had a bow shock.

I thought you said it was just more turbulence from way out at the bow shock.

What's with the Eight out at the bow shock?

Should we dive straight into the nose of the bow shock?

Earthside wants to know how we can stop bow shock from moving in.

This challenges some recent models that argued no bow shock at all would be found.

But then, so had the news that the solar system's bow shock was moving inward.

Several other young stars in this region exhibit similar bow shocks.

Another surprise came when no bow shock was found.

Wiseguy's orders were to focus on the bow shock problem.

Hard to do, through the plasma plume and the forward bow shock.

High Flyer would also venture out there, getting data on the bow shock.

These findings challenge recent predictions that no such bow shock would be encountered.

The bow shock moves in, there is plenty electrodynamic energy.

However, it does not exhibit a particularly high space velocity or any other indicators such as a bow shock.

It has been long thought that a bow shock was present around the heliosphere of our solar system.

Like the prow of a ship, bow shock spreads out from it.

Then they will not move the bow shock.

The dust in this bow shock can be detected using an infrared telescope.

A 3-D model that includes the bow shock region as an outer boundary may be more realistic.