Nah, it's a catchall for discrediting anyone without actually going to the trouble of dismantling their arguments.
In my country, while we were under communism the equivalent was the phrase "the people's enemy". Once you were labeled with that, you were effectively an outcast and would leave the country, if you got lucky.
If you weren't you got a "fair" trial and were shipped to an island called Naked island where you'd be breaking rocks the whole day, every day.
By the end of the 80s that term was thrown around in tandem with several others, but by that time it was so overused nobody gave a single shit about it. The "far-right" label is reaching the same point.
My explanation wasn't any better, so let me try again.
The L1 blockspace would be enough just for the whales, institutions or countries to transact on.
Not 1 transaction/block, but just the most valuable txs would/could be done on L1 due to the costs.
I think he worded it awkwardly and that wasn't what he meant.
Maybe the meaning is that the L1 blockspace would be enough for just the biggest txs that will ne able to afford it.
I was under the impression I was replying to someone else. New to nostr, not really getting who I'm answering to on what.
Asking this question reveals the lack of understanding about the topic.
If somebody invented an ASIC that is so powerful that just one machine replaces the entire current hashrate, what do you think will happen?
Will everybody except that one guy with that one ASIC just stop mining and leave OR will they try to get a few of those as well?
The limiting factor, in todays world, is energy.
Efficiency improvements have been happening the whole time and energy expenditure isn't going down.
Why do you think that is?
You completely missed the point of bitcoin mining. The energy expenditure is the main factor that keeps the network secure.
ASICS get more efficient all the time and hashrate keeps going up because of it, but the thing that should be looked at is energy expenditure. That's the real cost of network security.
Texas proved that miners can serve a role in stabilising the grid by providing extremely fast response time with regards to adjusting supply/demand ratio.
They are especially useful in areas where energy production is highly weather-dependant and thus unstable.