There are 2 parts at work. The focus reflex and the blink reflex. The window between them is the dangerous part. If the pulse is fast enough ( a few ms) then the eye can’t focus, and it’s fairly safe (unless you were already focused on the emitter). If the pulse is low enough power then the blink reflex kicks in and protects your eye.

Hitting a mosquito is a hard task, tracking one is even harder. It’s better to use an ultra short pulse, with a bit more power. You can also shift the frequency. If it’s an infrared laser then the eye won’t lock onto it, and will struggle to focus it dangerously.

This idea was tried previously. If done right, it doesn’t take much energy to damage a mosquito’s wings.

Secondly, a laser is only a real issue for vision if the eye focuses on it. With a continuous beam, it would be instinctive, making it dangerous. If the pulse is short enough however, the eye won’t have time to focus and so the power will be safely spread out, even inside the eyeball.

https://en.wikipedia.org/wiki/Tachyonic_antitelephone

Basically, an “instant” communication device can create paradoxes.

E.g.

Earth sends mars a instant message. Mars the relay’s it via normal radio to a passing ship/probe moving at 0.99C. That probe then sends an “Instant” message to Earth.

The final message will (depending on alignments etc) arrive before the original was sent. If the message the voids the reason for the original message to be sent then a paradox happens.

You can make similar things happen with any form of FTL communication. C isn’t technically the speed of light, it is the speed of information. It just happens that light has no other speed limiting, and so moves at maximum speed.

I thought it was mostly a jamming type effect. The memories are often still here, but become progressively less accessible. They then degrade from lack of use.

It might well be that a lot of memories still exist for longer than it seems. Even if not, stopping the degradation, and allowing new memories to form would allow people to remain cognitive and functional for a LOT longer.

A lot of the big building companies, in Europe, treat solar panels as a premium option and so charge a larger profit margin on them. Installing solar, while constructing the house is a LOT cheaper and easier than retrofitting them later.

The panels have gotten cheap enough that it’s no longer a real cost burden, Vs the cost of the house.

I’ve also got a steam deck. Unfortunately it just doesn’t cut it for games like satisfactory or factorio.

Luggables are quite common for gamers who travel a lot. I can’t take a tower into hotels easily, but most of my free gaming time is on the road. I know quite a few people with portable gaming systems.

My current laptop is rocking a 4080, with a water cooling loop. It has to fall back to internal graphics when on battery. The batteries just can’t provide the current required.

I’ve played with some qidi printers. I’ve found they are not the most reliable printers around.

It was a older machine however, so it might have been a unit issue, rather than a company one.

Octoprint is amazing. I’ve used it for years with my old ender 3.

Unfortunately £1678 (Core 1 + indx) is well outside my max budget for a hobby machine.

That was definitely a nail in the coffin, as far as I am concerned. They’ve not passed my ‘sniff test’ since the start. The legal threats just show that they are doubling down, rather than backtracking.

Prusa has at least built up some credit with the community. Bambu came in planning on locking people in.

Not even playing lip service to supporting the open source stuff they built upon. They’ve also recently been trying to lockdown and paywall (or just drop) features. Including legal action against people trying to undo the damage.

The general sniff test is they are trying to lock people in before milking them for all they can.

Both of those have a lot of bang for their buck. I had also missed both completely. 👍

QM isn’t insane to understand. It’s main issue is that it doesn’t map well/at all to our normal experience. You need to dive into the maths, and accept what falls out.

The main deeper level here is how the blurring happens. The photons explore all possible paths. The result is an integral of them all. In general, vast areas cancel out, leaving classical (ish) behaviour. This makes sense mathematically, but has no classical analogy to compare to.

It’s quantum mechanical, so the maths gets complex. It can be simplified in a useful way however.

Basically, atoms can absorb photons and then re-emit them. You can think of the photon flying past at C, but getting absorbed and emitted along the way, adding delays. In QM however, neat particles don’t exist, it deals with quantised, probabilistic waves. The above effect gets blurred over the waveform. No one atom definitely absorbs it or doesn’t, it gets blurred together into a general slowing of the wavefront.

I’ve got a ulefone 27T pro. It carries a lot of weird functions, despite being a modern phone.

It’s frustrating. My phone is fairly new, but also has the IR emitter. In a perfect world, I would set it up as a “TVbGone” type setup. Unfortunately all the apps have disappeared from the play store. Also, all the GitHub repositories are so old they don’t work with modern android.

Have you found an app that still works with an IR blaster? My phone has one, but none of the apps work anymore.

He just really likes pressure.