The problem is that YC-type opportunities are limited to those living in maybe 3 cities. Most places in the world do not have the funding opportunities. Shaping the narrative such that YC-style incubation is the "default" only benefits YC so they will have an increasingly large pool of applicants where they can pick the cream of the crop. This does not serve founders well as they would be wasting their time networking to nowhere when instead they should be building and selling.
The tar, assuming it comes with a Makefile, should have a Make install command or equivalent. On Debian/Ubuntu based systems, the convention is to use checkinstall to keep track of installation. Another new trend in recent years is to install third party packages to /opt.
Depends on how tight the beam is and how high gain on the receiving antenna. For a point of reference: radio transmitter => light source, focused beam => light focused with a lens, antenna gain => strength of lens. If you have any questions, just visualize the system (or draw it out) as a series of light sources and light sensors. RF and light are both radiation and follow the Maxwell equations. (Optics are sometimes considered to have additional properties mostly due to limitations in our current understanding of certain RF spectrums, see terahertz bandgap but by and large they follow the same rules).
If it is strong enough to affect the human physiology then it can be detected regardless how short lived it is. If your neighbor honks the car 3 times at 3 in the morning you will still hear it even though it is only for a few seconds. If you are watching a real-time football match on LTE and drives through a tunnel with no signal, there will still be a interruption even if the tunnel is very short.
If the signal is strong enough, you can easily design a pocket detector. A PCB attached to a pocket protector with antenna tracings for multiple spectrums and a buzzer. No need to get fancy, a few passives off the shelf will do the trick. Or just get a SDR scanning multiple spectrums and have a threshold trigger above a specific power level. This is beginner radio stuff, I am sure their local hardware tech support can whip one up under a day.
If neural interfacing technology (such as neuralink) becomes mainstream and widespread, let's hope they are properly grounded and tuned else you will be walking with a timebomb in your head.
Gitea/Gogs are great (self-hosted) alternatives. They preserve GitHub's UI and more importantly are just as fast. UI and speed are usually most people's complaints about Gitlab.
That is not a good idea. Focus on one topic at a time. Otherwise you will have a half baked understanding of both. It is probably great for Hacker News types who love STEM. For most children, having to simultaneously learn multiple things in class will not be viable.
Julia has a heavy Lisp heritage. If you want a clearer comparison, see Dylan. On the topic of Lisp, Julia's parser is written in a custom version of Scheme called femtolisp.
By being in a country that is a nuclear armed superpower with veto rights on the UN Security Council. Stuff like outer space treaty only matters when the bigger players are willing enforce it.
It may mean we might finally have a method for reliably updating big neural networks instead of having to do continuous on the fly retraining. (Imagine future neural networks on your smart car having "upgrade packs" or country specific data that can be used to fine tune the main network in a matter of minutes) A high-level form of patch-and-diff for networks. There is probably a ML Ops startup opportunity somewhere in this.
This is the long-term consequence when you force out a CEO that has an engineering background and replace him with a lawyer over perceived social juatice reasons. The market is now more fragmented (see Brave) and nobody is better off for it.
You can update FPGAs over-the-air, the are reconfigurable silicon. You already have this for your CPUs whenever you install an "Intel microcode update".