Here's a breakdown:

* Galactic plane: This is the flat disk-like region where most of the Milky Way galaxy's stars, gas, and dust reside.

* Ecliptic plane: This is the plane in which the Earth and other planets in our solar system orbit the Sun.

Therefore, our solar system's orbit around the Milky Way is not aligned with the galactic plane. Instead, it's tilted at a significant angle. This means our solar system is essentially "bobbing" up and down as it orbits the galaxy.

This tilt has some interesting implications:

* Perspective on the Milky Way: From Earth, we see the Milky Way as a band of light across the sky. This is because we are looking along the edge of the galactic disk. If our solar system's plane were aligned with the galactic plane, we might have a more face-on view of the Milky Way.

* Exposure to galactic material: The tilt could influence how our solar system interacts with the galactic disk. For example, it might affect the amount of galactic material that enters our solar system.

While the tilt is significant, it's important to remember that the galactic plane is not a rigid, flat surface. It has a certain thickness, and stars and gas are distributed throughout this region, not just in a perfectly flat plane.