You are right, one might happen before the other one. However it's impossible to measure when the bubble might pop, whereas looking at how much money hyperscalers and governments put into this might provide a quantitative metric.
nitpick about what you said: you don't wanna postpone that plan too much. At 40 you won't have the energy to keep up with the needs of the kid. You will hate your life and you'll make a ton of mistakes. I had them young, and my career and financial situation weren't affected at all.
I recently built this page which uses data like CapEx from the quarterly forms of the 5 biggest hyperscalers, or how many data centers are being built, and it calculates a composite index showing how likely it is for the AI bubble to pop.
It's tech bros like you that are to blame for the shortage of radiologists supporting statements since 2016 which state that radiologists will disappear. Your great SOTA LLMs will tell you to walk 5 mins to the car wash instead of taking the car.
You are confusing the job with a subset of tasks. Some tasks can be automated, some won't. That doesn't mean LLMs, which cannot tell how many r's are in strawberry, will replace anyone.
I designed Comrade to have a "common sense" engine, where each plan/action goes through a filter before being suggested to the user to be approved. This is particularly enforced when the agent goes on a web page. It will always be aware of the source of the prompt, and if it's different from the Electron app where the user can interact with the agent, it will drop that instruction altogether.
I have created my own engine for testing the simulations in TypeScript. There is no external logic circuit library under the hood.
The simulation itself is tick-based with a light event-driven flavor. Each tick
I compute an evaluation order using a topological sort of the circuit graph (based on wire connections). Then I iterate through components in that order, gathering inputs from connected wires.
Each component runs an evaluate() function, producing outputs and a nextState.
Outputs propagate through wires immediately within the same tick.
In the article I have also talked about a different game as well that teaches players how chips work. I have added that here too: https://select.supply/game/chipbuilder.
I revived Encarta's Mindmaze and added a new game teaching how to build chips on my affiliate website select.supply. The games are 100% free and no account is needed. I used to spent lots of hours on Mindmaze and just wanted to relive that experience again.