I’d love to see the health outcomes of this sort of approach in general. One thing that has always irked me though is that we don’t directly test for cholesterol, we test for the expression of cholesterol carrier protein, and as far I know, don’t distinguish Apo versus Holo. Just presuming that expression scales linearly with cholesterol levels with no deviations for genetics (among other factors) just feels like an enormous leap of faith.

You can bank on energy consumption rising year over year for the next lifetime or so. We have completely run out of low hanging fruit in terms of cutting back like moving from incandescent to LED lighting, installing heat pumps to replace resistive heaters…ect. Solar, wind and other green sources ARE very much the future (assuming we want to have a future at all), but their variable output doesn’t mesh super well with how electrical grids are handled today. Batteries and other storage options are no where near ready and may never be for grid scale. This is where nuclear shines, that steady trickle over many, many decades as a bridge to a future with a redesigned distribution network and other technologies we can’t even conceive of yet. The thing is it’s a long term play, there’s a massive upfront cost and the people involved the project today may not even be alive or seeking any sort of political office in 20 years when it’s completely validated. Even if these plants can’t get online fast enough to meet the peak demands in the near-term, there’s nothing stopping them from scaling out solar and/or wind farms to pick up the slack.

It’s awesome to see these projects are still alive and kicking but they feel like a relic of a past era nowadays. Much like how stock ROMs on Android have improved to the point that rooting isn’t really beneficial in most cases anymore, the stock firmware on the majority of routers is perfectly serviceable. I’m sure there are still some corner cases where they are as transformative as ever though.