Bobby’s mum and dad decided that the only way to pull off a Sunday afternoon quickie with their 10-year-old son in the apartment was to send him out on the balcony and order him to report on all the neighbourhood activities.

The boy began his commentary as his parents put their plan into action.

“There’s a car being towed from the parking lot,” he said. “An ambulance just drove by.” A few moments passed.

“Looks like the Anderson’s have company,” he called out. “Matt`s riding a new bike, and the Coopers are having sex.”

Mom and dad shot up in bed. “How do you know that?” the startled father asked.

“Their kid is standing out on the balcony too,” his son replied.

How does that work out in terms of energy consumption though?

If NVMe is at least 10x faster, but consumes 5x more power, it will use less energy to read or write the same amount of data overall.

Agreed about the data farming, but I would recommend reading this if you haven’t already. Not properly implementing the conventions is basically step 1 in that article.

“We are dropping carplay and android auto because mobile phones distract the driver”

But the dashboard looks like this

When they’ve reached end of life for the car, they are still useful.

EVs require high energy density so they get replaced when they don’t store enough energy for their weight. However for grid storage, weight doesn’t really matter (at least not as much) so a battery with 80% of its original capacity is a good (and cheap) solution.

When the market is mature, it will good for car owners who need to replace their batteries because the old one still has value.

This is a massive waste and is effectively a subsidy for the fossil fuel industry. There are already existing laws for battery and electronics manufacturers to be responsible for their waste. Why isn’t the fossil fuel industry responsible for paying to clean up its waste (CO2)?

The technology sucks too (no pun intended), even carbon capture at source isn’t that efficient when the concentrations are high. Trying to capture CO2 from air where is around 400 parts per million (0.04%) is a complete waste of time and money.

For those interested, these guys have done the math. Using Exxon’s target for future cost of this technology ($100/tonne which is already 1/10th of todays costs, $1000/tonne), it will cost $3.6 trillion a year to absorb how much CO2 we produce. More if we want CO2 levels to come down.

The only effective way to combat CO2 is to stop digging up fossil fuels.

91% on Chrome mobile behind PiHole. Fairly good for a minimum effort whole network solution.

Nobody’s mentioned it, but the main thing for me is that the screen aspect ratio isn’t any good.

I’ve always preferred bigger screens and bigger phones and willing to pay a bit extra for a foldable screen now they’ve been on the market for a while. I doubt they’ll last as long as a normal phone screen, but they generally review well and I get they impression they are more durable than most people expect.

But… the main benefit of a big screen (for me) is for watching videos. If it’s not 16:9 (or close to it) then what’s the point? I don’t need to multitask on my phone, I’ll switch to a laptop for that - I’ve had phones that do split screen for years and it was a cool gimmick for a while, but I’ve never really made good use of it.

If anyone can tell me of a phone with a big screen and 16:9 aspect ratio then I’d be willing to reconsider…