I see a planetary suicide right now and I don't even need to look into space.
The constant stretching of such tidal deformation would create friction within the planet that would soak up some of its orbital energy, causing it to edge closer to the star.
How exactly does the energy of tidal energy being expressed inside the planet affect its speed relative to its host star? There is no external friction in empty space so how does the speed disappear?
A planet that stretches and contracts in orbit also wobbles, which does something similar to its orbit. Loss of speed often results in lowered orbit, and thus more wobbling, in a feedback loop.
Part of it is transfered to the mass being orbited. In the same way a wobbling wheel makes the road vibrate a little bit. This is the gravitational part.
It's not a perfect metaphor, but it should be enough to visualize what happens.
Culturally speaking, heavy metal is one of the quietest, most reclusive and slow moving music genres.
What really has power, culturally speaking, is pop music. It can turn any other genre into a bag of mushy catch-phrases.
So, yeah, you look like a fool for making this comment. The metal genre is an icy cold belt, not a heated core.