mbt2402

soon they will require you to badge out as well, is my guess. full on factory worker punch clock style.

its good to hear that they are trying to put energy where it is needed. I have some more questions:

• How many north koreans work abroad? Roughly speaking, is it common? How does the employment process work: do they sign up with an agency, which arranges the out-of-country work? Are there incentives?
• Is the amount of north koreans working abroad increasing or decreasing?
• How much direct investment is there from china, russia, etc in north korean industry? I.e. are there many international companies operating on north korean soil, joint ventures included? Does the DPRK feel like it is getting meaningful technology transfer out of these arrangements?
• Similarly, how many north korean companies operate abroad, including joint ventures? Do these companies employ mostly DPRK citizens?

1. how do people inside the DPRK regard the recent turmoil in south korea?
2. how relevant do people inside the DPRK see the conflicts in the middle east, ukraine to their own national security? And do they feel that their affinity with russia/china/iran has increased or decreased in the last 10 years?
3. In the last trump presidency, there was a meeting which appeared to be PR. How did people inside the DPRK regard the last trump presidency, and how do they feel about the incoming one?
4. How has the relations of DPRK with Cuba changed since the new south korean embassy?

yapdollar reference

laser targeted comedy. reminds me of an old friend who was genuinely a prolog fanatic.

that's peak do it

i will watch this

rip quan stay safe every1

No

no the point is that you can transfer /quantum/ states by only directly sending /classical/ information

close! Let me give some more detail.

There are 3 "objects" to consider here

• the initial state I want to teleport, call it |ψ>
• the bell pair, |β₀₀>, which consists of /two/ entangled photons "P1" and "P2".

First, I make a bell pair (P1,P2), and apply some quantum operation interacting P1 with |ψ>. Then I measure P1 and |ψ>, which will give me two bits of information "M1","M2". I send to my friend over the optical fibre: the photon P2 (quantum), and M1,M2 (classical). Then, they can apply some operations which are decided by M1,M2 onto P2 and they will get back the original state |ψ>.

there is an analogy to RSA (if you're familiar), where the shared bell state is kind of like the key pair, encryption corresponds to combining the original state and measuring, and decrypting corresponds to applying the operations to the other half of the bell pair.

The advantage here, over sending the initial state |ψ> directly over the optical fibre, is that the bell state can be established by e.g. a third node sending half of a bell pair to each party, so that we only need to communicate classically to achieve quantum teleportation.

But also, quantum teleportation is a means of moving quantum states between different /types/ of qubit - of which there are many, which are good for different things.