That is usually how males and females of a species are differentiated in general: males have the small gamete and females have the large one. (As you said, some individuals may not produce gametes so it only applies in general).
Of course humans are a lot more complicated. We have a concept of gender which doesn't necessarily align with biological sex, and many people modify their sex characteristics to match their gender, so applying generalizations blindly gets you nowhere.
Seems like a massive overestimate; my quick calculation got a number an order of magnitude lower, and that's assuming 60% of the world's population fully charges a smartphone every two days.
It shows that it's possible to send entangled photons over existing fiber infrastructure without building something totally new, which as I understand it has applications in cryptography, secure communications, and quantum computing.
TLDR: Researchers were able to send and receive entangled photons over a fiber optic cable that was simultaneously carrying a classical (non-quantum) signal typical of high speed telecommunications. They managed to accomplish this without the classical signal significantly interfering with the quantum measurements.
This was all done in a laboratory using a combination of standard telecommunications equipment for the classical signal and specialized equipment for the quantum signal. It was NOT done on a fiber carrying real internet traffic as the article would suggest.
Yeah, my keyboard just straight up didn't work when I got my laptop; thankfully the issue was already fixed in a newer kernel so I just had to update (using a USB keyboard, lol).
Ah okay, yeah using warm water (near human body temperature) makes sense to me. The person you replied to said hot water so I assumed you were talking about that.
Why not just roll back to the previous version? The Pixel 4a isn't supported anymore so it's not like you're missing out on security patches or anything.
Me substituting u=tan x into the integral.