6 ms·
Is this for real? This is like someone with no background in physics or engineering wondering "can a LLM predict the trajectory of my golf ball". They then pon
by spiralcoaster 6mo ago
Is this for real?
This is like someone with no background in physics or engineering wondering "can a LLM predict the trajectory of my golf ball". They then pontificate about how absolutely complex all of the interacting phenomenon must be! What if there was wind? I didn't tell it what elevation I was at! How could it know the air density!? What if the golf ball wasn't a perfect sphere!!? O M G
And then being amazed when it gets the generic shape of a ballistic curve subject to air resistance.
This speaks far more to the ignorance of the author than something mind boggling about the LLM.
- teaearlgraycold 6mo agoMost amazement focused at LLMs comes from technical ignorance. Someone getting 100 lines of html that roughly conforms to their prompt is astounding to a muggle. To a web developer it’s a mild convenience.
- shdudns 6mo agoTo be fair, a golf ball's trajectory is hardly ballistic given its relatively large surface to volume ratio. Never-mind the dimples are there to cause a turbulent boundary layer to lower drag.
- zebrastaff 6mo ago[dead]