Nedokončil studia na vysoké škole života. Mužský rod, tykej mi. ADHD. ⁂ 🇺🇳 🇪🇺 🇨🇿 🇺🇦 🇬🇱 Moderator of f.cz. We recycle waste heat of our datacenter. If you read this on bsky I can't interact back unless you follow @ap.brid.gy SpráFce obsahu instance f.cz. Odpadní teplo datacentra ISP SPOJE.NET, kde tohle běží, se využívá. Solární cyklista, cestovatel. Linuxák, ex-programátor (Arachne), ex-muzikant. Fanoušek kosmického výzkumu, vědy a techniky. Zakládající člen Pirátů. 🐧 🚀 🐘 🚲
Nedokončil studia na vysoké škole života. Mužský rod, tykej mi. ADHD. ⁂ 🇺🇳 🇪🇺 🇨🇿 🇺🇦 🇬🇱 Moderator of f.cz. We recycle waste heat of our datacenter. If you read this on bsky I can't interact back unless you follow @ap.brid.gy SpráFce obsahu instance f.cz. Odpadní teplo datacentra ISP SPOJE.NET, kde tohle běží, se využívá. Solární cyklista, cestovatel. Linuxák, ex-programátor (Arachne), ex-muzikant. Fanoušek kosmického výzkumu, vědy a techniky. Zakládající člen Pirátů. 🐧 🚀 🐘 🚲
The huge colliders are special case, that now there is AFAIK no special prediction in physics, which can be confirmed or falsified at higher energies. Somehow it is probably not the direction to find any new physics (which would be cool). Also the dark matter detectors are somehow infamous as spending huge amount of money for (predictably) finding nothing.
The situation in astronomy is very different and of course we need new telescopes and new ideas for telescopes. Lot of them would have to be placed in space, probably.
So, somehow the discussion "what next in science" makes sense, and I would not probably bet on particle colliders to be the right answer. Still, over-relying on LLM-líke AIs si ridiculous. Of course, science needs new (not necesarily "more") empirical data and also, for huge amounts of data, some automation to process them.
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