59 karma · joined March 21, 2022
> Assume a computer would need several minutes to simulate everything that would've happened in the stick. I clearly got the output faster than a computer (and with more precision), so does this imply I'm doing anything particularly fascinating?
You assert that you have output faster than a computer with more precision. However, you do not have any empirical data, just observable data; as stated by zdragnar:
> The difference between you breaking a stick and the computer modeling it is that you've measured nothing. You don't know, with any precision, the amount of force you used, the rate the stick broke at, how much mass remains in the two pieces and how much was lost to splintering, etc.
Then you further state that you can measure those with a ruler and a scale; however, this inherently takes time with significant uncertainty in your measurements and calculations. Whereas a computer will provide all of those numbers.
The other thing to consider is the method of simulation such as finite-element analysis (FEA) and the resolution you need. You can get segmented data all the way to down a specific volume of that stick, good luck with the hand calculations on that.
But I am also likely wrong, so I am hoping someone can challenge/confirm this thought.
Most of the time, technology that is leading edge is only there for a short period, as its either bought out or lacks funding. With IBM, they have the funds to start revolutions, and have a larger vision at play. However, quantum computing is not a widely accepted concept due to a lot of its complexities, which is likely why its such a niche area. Given time and money, which IBM can handle, something will happen.
However, one additional step I do is find out of the products are also listed on Alibaba or similar. As you often can find a bed being sold by a large company in America for $5,000.00, and it is actually purchased from an Asian market as a set of multiples (4 or 5) at $200.00/ea unit. Any chance of that being tracked as well?