rishabh

It's a surface integral of a vector F over a surface S. I guess they are extending the joke from 1D to a 2D surface which is smoothly integrated (peeled).

If the numbers are correct, it would mean about 30 times more influence, not 3

Can it be because of the fact that they do deliveries in the US using cars mainly while in Europe it's mostly with bikes/e-bikes?

A woodchuck would chuck as much wood as a woodchuck could chuck if a woodchuck could chuck wood. It's a classic tongue twister! Would you like to try another one?

I got this from Gemini.

Percutaneous: means "through the skin"

Transhepatic: means "across the liver"

Portal vein: a major vein that carries blood from the intestines to the liver

Transplantation: surgical procedure involving the removal of an organ or tissue from one person (donor) and placing it in another person (recipient)

Just use LLM these days!

It's actually 17+4=21

Didn't happen to me on windows! ¯⁠\⁠_⁠(⁠ツ⁠)⁠_⁠/⁠¯

I think they got confused between 'unreal' and 'ethereal'.

These qubits oscillate at microwave frequencies where the quantum information is stored. This means they need to be kept at a temperature where the microwave frequencies are completely devoid of any thermal noise. For microwave frequencies, this temperature is just a few millikelvins above absolute zero. Unfortunately, the temperature is required due to the fundamental nature of thermal noise due to temperature. Making the qubits out of room temperature superconductor would not solve the problem of the need to cool them down - unless they can be operated at higher frequency. There are quantum computers made using light/optical photons which do operate at room temperature because optical photons are at much higher frequency which has no thermal noise even at room temperature.

So, in conclusion, everytime you hear about superconducting qubit, they are always in a giant dilution refrigerator which gets bigger for more qubits as more connections from room temperature to qubits are needed.

For now they are only being used for research purposes. For example, simulating Quantum effects in many atom physics and implementing error correction for future quantum computers. Any real applications still need some time but the pace of development is really quite something.

I read it as "Iron man".

Ein Deutscher kannst das auch verstehen.