This may be. But then, you have two choices: let humans hit the growth ceiling, which will result in mass starvation and death, or lift the ceiling. Technology is the very thing that allows us to continuously lift the ceiling, so it's obvious that any solution not involving mass murder will have to come from technology.
a) the lifting of the ceiling is subject to diminishing returns on resources invested
b) once the ceiling has been lifted it will require some continuous expenditure of resources to stay suspended
c) the higher the ceiling and the more people there are under it, the worse the crashing down will be if/when that happens.
We have pretty good predictions about world population. So anyone screaming about exponential growth should STFU and bring real counterarguments to those predictive models (and their results). And second, the ceiling doesn't have to reach the heavens (and once technologies have been "unlocked" they don't really require any expenditure to keep them around), it has to cover those predicted 10-12 billion people.
The solar system has enough resources for trillions of humans. Earth can sustain ~12 billion people almost indefinitely.
That said, yes, without cooperation and foresight there will be a crash. And a next one, and a next one, as long as we are here and we are dumb. Once one of that changes, the crashes will be very much complete black swans. (And we can - to a certain degree - try to buffer reserves to meet those future challenges. But we're unable to keep CO2equiv emissions low enough to reverse warming, so it's a bit too early to worry about black swans.)
Our continuing progress and well being does not rely on unbounded growth of energy use until it inevitably hits a ceiling; we can expect total energy demand to stabilize at some level (though higher than the current one), and there's no reason why we couldn't meet that energy demand with sustainable means. There's no revolution needed to lift the ceiling - the ceiling we need is within sight, and we can reach it with straightforward application of current technology, e.g. increased adoption and economy-of-scale cost reduction of currently available solar and battery technology among others.