> LLMs don’t miraculously know how to create code – it’s learning from what’s available to it online already. Do you think it’s learnt from closed code such as Microsoft software, or anything from Apple? No. It’s taking advantage of the generosity and sharing spirit of the open-source community.
So if I learn from open source community, pick up good coding habits, patterns etc., and then apply what I've learned to write new code - does this also constitute stealing? While IP laws are without doubt not without fault, I'm rather more used to people claiming that they are too strict, if anything. Now, the author essentially claims that we need to introduce on top of copyright also "trainingright" (or "learningright"?), essentially extending the definition of "derivative works" to plus infinity. This doesn't sit right with me.
On the other hand, if a LEO satellite's electronics get fried, sooner or later it will burn up in the atmosphere since it cannot maneuver anymore, and if it carries a load of weapons-grade uranium it's going to be a somewhat unpleasant event, as you imagine.
R.I.P. dear friend, you will be missed and remembered.
Also, in Hebrew an orange is a "tapuz" (תפוז), which is short for "tapuach zahav", or a "golden apple" [https://he.wikipedia.org/wiki/%D7%AA%D7%A4%D7%95%D7%96]. A pity that this isn't highlighted, given that Hebrew is supported in Duolingo.
Therefore, if you are unhappy with a measure, it means solely that it doesn't capture all of your preferences properly. Which is a technical problem rather than a philosophical one.
> As particles from the sun hit the atmosphere, they excite the atoms in the air. These excited atoms start to glow, creating brilliant displays of light called auroras.
The process is a bit more nuanced than that. The modern mainstream understanding is that the growing pressure of the solar wind makes the tail of the magnetosphere "contract" (sort of pushing it inwards from the sides), which leads to reconnection of magnetic field lines. Once the reconnection occurs, the magnetic field lines that remain bound to the geomagnetic dipole accelerate the particles on them towards the Earth => they slam into the atmosphere, exciting the atoms and generating the aurora.