There is nothing that forbids me to install more than one of those $300/800 Wp systems in general. But I am no longer allowed to just plug them into the next wall socket according to local regulations, and inform my utility after the fact. If I want more than 800 Wp, I have to apply for a larger system, and I have to get it approved. If for instance, I want 10 kWp, I buy 12 of them, costing me $3600, a power management system for maybe $1500, and I need a board certified engineer to approve the setup. At the end, I'll pay maybe $8000 for the whole 10 kW setup, but not $50,000.
I work in localization. Technical writing is often easier for machine-translation systems, because the writing is (ideally) deliberately clear, concise, and structured.
The terminology issue you mention can be addressed at least partially by feeding any such machine-translation system a list of words and phrases to keep as-is in the target text.
Fiction, meanwhile, often involves complicated and subtle wordplay, which no AI system is going to handle very well.
Already thrilled to learn what erotic literature..
.. will read like, after it has been dragged through the automatic translation process. Even the automatically translated descriptions of sex toys on Aliexpress are hilarious, and those are really short and not sophisticated.
I can see it now:
"I put on my robe and wizard hat..."
How about giving the choice for an analog control and taking the wasted extra money spent on computer chips + design + digital display and making the motor last longer?
I would love it if some manufacturer would produce tried-and-true analog designs without all the extra add-on, planned-obsolescence, enshittified bullshit. I suspect this approach would do quite well in the market, at least in certain product categories -- blenders, ovens, washing machines, etc.
Actually, this reminds me to take a look at Lehman's catalog, see what they're getting up to these days. I bumped into them quite by accident ages ago when a relative was living in Amish country. Poking around their website just now, I see things like ovens and hand-cranked mixers. A bit pricey, but no "ET phone home" rubbish and solid workmanship.
(Crikey, slashcode still doesn't render bulleted lists correctly. How stupidly embarrassing.)
Einer Expansion von 500 km/sek pro Million Parseks entspricht nach EINSTEIN und DE SITTER eine mittlere Dichte von rho = 10^-28 gr/cm^3. Aus den Beobachtungen an selbstleuchtender Materie schätzt HUBBLE rho ~ 10^-31 gr/cm^3. Es ist natürlich möglich, dass leuchtende plus dunkle (kalte) Materie zusammengenommen eine bedeutend höhere Dichte ergeben, und der Wert rho ~ 10^28 gr/cm^3 erscheint daher nicht unvernünftig.
Helvetica Physica Acta, Vol. 6, p. 122
An expansion rate of 500 kilometers per second per million parsecs is equivalent to an average density of rho = 10^28 grams per cm^3, according to EINSTEIN and DE SITTER. From the observation of self radiating matter HUBBLE estimates rho ~ 10^31 grams per cm^3. Of course, it is possible, that radiating plus dark (cold) matter put together result in a massively larger density, and the value rho ~ 10^28 grams per cm^3 seems not unreasonable.
As you can see, Zwicky himself coins the term Dark Matter as the place holder for non-radiation stuff out there to resolve a discrepancy of 1 to 1000. Better measurements of the Hubble constant, which at the time was estimated to be 500 km/sec per million parsecs, and is now estimated to be 70 km/sec per million parsecs has shrunk the discrepancy to about 1 to 5, but still, Dark Matter is exactly that, postulated stuff to make up for a discrepancy.
So you are taking the easy way out, the Ignoramus Ignorabimus.
Whenever people agree with me, I always think I must be wrong. - Oscar Wilde