Planetary geophysicist who understands the gravity of a situation. Trying to follow Jesus. Associate prof @BaylorGeo, formerly @eapsMIT/@LamontEarth/@LPItoday
This is what stardust looks like!
These are fragments of the famous Murchison meteorite. The black grains are mostly carbonaceous chondrite matter, but they also contain pre-solar silicon carbide particles from nearby supernovae.
If this is true, using the best public estimates we have of LLM resource use, solving this Erdos problem took 0.6–6.3 kWh of electricity and about 3–31 liters of water.
So that is less than three almonds worth of water and the electricity equivalent of 2-20 miles of EV driving.
@jonwins@FoulTerritoryTV ABS works well now, but it’s low-hanging fruit for cheating (batters and catchers will find ways to get real-time information about whether to challenge).
When that inevitably happens, umpires will get the earpiece.
@muhendisIiktr That's a vesicular basalt (formed from lava with lots of holes where gas bubbles exsolved from the lava). This is a good start, but practically any other rock would be more difficult to hold.
@NeilShenvi The problem hinges on what you expect others to do. If the outcome is a toss-up, blue is heroic. If polling suggests that only 2% of people are planning to push blue, the answer is different.