Waymo vehicles can operate 24/7 with no breaks. According to a Princeton University study, 50% of Uber drivers work for less than 15 hours per week. In California, Uber drivers are limited to 12 hours in a 24-hour period and must take a 6-hour break once they hit that limit. So, of course, a Waymo vehicle is going to complete more trips in a day than 99% of Uber drivers. So what? What does that matter? I'd rather know if the trips were completed faster, if the on-time completion rate was better, or if the accident rate is lower.
The crazy thing here is that it's perfectly possible to make Li-ion batteries that do not burst into flame when damaged. Few people do it because Li-ion batteries are often treated as a commodity and bought from the lowest bidder, not necessarily the safest battery. There needs to be standards for Li-ion batteries to withstand physical damage, and device makers should require these safety standards.
As an example, see this video showing cells being punctured without bursting into flames:
I completely agree. My monitors are all wider than tall, so vertical space is at a premium. But there's plenty of horizontal screen real estate. Yet Windows 11 forces the taskbar to be at the bottom of the screen, where it takes up precious vertical screen space.
If you read the paper (https://arxiv.org/ftp/arxiv/papers/2306/2306.06301.pdf) it's interesting to see that the U of Illinois team tested samples given to them by the Rochester team. The paper also notes that the Rochester team observed about a 35% success rate in producing material that exhibited room temperature superconductivity. The material itself is hard to fabricate. That could explain the difficulties other teams have had in replicating the results. Although the results here are interesting, we're still a long step from a practical room temperature superconductor. Research like this is making incremental progress and offering us insight that might someday lead us there..
"Nuclear war can ruin your whole compile." -- Karl Lehenbauer