The AI bubble should burst soon.

100% agree with the MBA assessment.

Maybe we should "recycle" radioactive waste (looking at you Cs-137) into sealed thermopiles to send to 3rd world countries to use as power sources. Likely just as safe...

But there are many reasons an emergency vehicle might deviate from a prescribed route, and the strobe or transponder systems are much better at adapting to that. Not to mention if you clear the whole planned path immediately, in most US cities, will cause traffic congestion that could take hours to recover from. A system that follows the emergency vehicles and continually adjusts their next couple of blocks allows for much better traffic flow overall.

It's been happening since the 1980s. I remember when Fargo, ND installed emergency vehicle priority in like 1984, and used flashing strobes on emergency vehicles to turn lights green for as far the strobe could be seen.

This is what happens when the laws/rules are stacked against the small people.

My local dollar general (about the only general merch store in my town), is so disorganized that I can never match up products to shelf tags anyway....

Fair Issac was suppose to take out gender/racial and other biases from lending. It was supposed to be a way to subjectively evaluate applicants.

The amount of waste per KWh produced is among the lowest of all the fuels we use for energy production. Remember one truckload of fuel lasts about 6 years in a nuclear reactor (not all the fuel is replaced every 2-year refueling cycle, only about 1/3 of the fuel is replaced)..nuclear plants in the USA have a capacity factor of well over 90%, some near 99%, meaning a 630MW plant is pumping out 630MW 99% of the time.
A single BWR fuel rod (30,000 of them in a BWR-4 like DAEC) produces 2400MWh of electricity in its lifetime. A typical 460W PV panel will produce about 17MWh in its lifetime.

CANDU has a nasty positive void coefficient, not seen in BWRs and PWRs, so CANDU is not allowed by the NRC in the USA. DAEC is a BWR-4, IIRC, with a Mark-I containment (inverted light bulb with torus)

I saw this wondering why bed controls leave the LAN?
I mean, is there a reason for you to adjust your bed when you're away from home?
Something like Bluetooth comms with the bed to allow smartphone apps to control the bed sound better suited. Plus there should always be local controls, so on comm failure, you can still have some control of the bed.
But then I read this part:

A yearly subscription of $199 to $399 is required for temperature controls

So you pay $5000 for a bed and you still don't own it.

Would the debugging been easier in Java, Rust, Javascript, or C#?

This isn't a case were they can just jump frameworks every couple of years to whatever is trendy...

https://x.com/tiangolo/status/1281946592459853830?lang=en

Don't have a WSJ subscription, so couldn't read article, but can the companies accurately define what they want? Generative AI (what most people think AI is now), is very new and rapidly changing, so they are not going to find people with much experience or training on it. They will have to make the investment on training the right people....
Kinda of like this.