In what form? Like a really hot rock that warms the earth around it for a few decades? That’s dangerous in itself, and, like my example about electrical batteries, susceptible to their own runaway reactions that cause fires or explosions.
That’s what I’m getting at in my first comment. Any explosive is inherently in a state of high stored chemical energy. That energy will want to come out somehow. And if it isn’t released, it will always stay there, ready to be released at any time.
It’s the equivalent to stacking a bunch of really heavy objects on really high shelves above where people walk. When that energy gets released, it’s going to be really destructive. And if that energy gets released in an unsupervised, unplanned way, people are gonna get hurt.
In what form? Like a really hot rock that warms the earth around it for a few decades? That’s dangerous in itself, and, like my example about electrical batteries, susceptible to their own runaway reactions that cause fires or explosions.
Ok, bad idea. But making the trigger/reaction mass unusable?
That’s what I’m getting at in my first comment. Any explosive is inherently in a state of high stored chemical energy. That energy will want to come out somehow. And if it isn’t released, it will always stay there, ready to be released at any time.
It’s the equivalent to stacking a bunch of really heavy objects on really high shelves above where people walk. When that energy gets released, it’s going to be really destructive. And if that energy gets released in an unsupervised, unplanned way, people are gonna get hurt.