• 0 Posts
  • 32 Comments
Joined 1 year ago
cake
Cake day: July 8th, 2023

help-circle
  • Calling HITMAN a crappy live service thing is hardly fair. True, the always online part feels really unnecessary, but beyond that it is a stellar single player game with the best Hitman gameplay of the last two decades, a large selection of excellent maps with variants and extra missions, as well as a really impressive rogue-like mode added later for free.

    The elusive targets and seasonal content can be completely ignored, and the game would still be a major milestone in modern singleplayer games.










  • It’s for sure not the same as BioShock, with traversal and exploration the biggest difference, but it has similar vibes, at least as far as I have played. And at least in comparison with Dishonored.

    You’re (mostly) alone in a giant, isolated station where a terrible disaster has happened, and must inject yourself with magic goo to be able to handle it’s warped former inhabitants. There’s definitely more of a stealth vibe than in Bioshock, but the feeling was similar for me.

    In contrast, Dishonored takes place all over a crowded city with regular interactions between NPC’s which you can manipulate from the shadows. Most enemies can be killed or KO’d very straightforwardly, and there’s just much more of a revenge power fantasy about it.

    But I digress. I can understand the comparisons to Dishonored, they just aren’t that similar in my mind.











  • The “message” does not have any local effect on reality - when you measure your particle, you have no way of figuring out if its partner was already measured elsewhere. The effect it does have is on the global state, maintaining the correlation that was encoded from the start.

    If you write up the density matrix for the system before and after measurement of one of the particles, you can see that while the density matrix changes, it does not change in a way one can measure.

    What I will concede is that before the first measurement the global state is |00>+|11>, afterwards it is |00> or |11>. This projection appears to happen instantaneously, no matter the distance, which is indeed faster than light.

    But calling the wave function collapse a signal or a message or a transfer of information is misleading, I would say. In your example, we know that the initial state is |00>+|11>, and that the result of the first measurement is then, say, 1. Then no further information is required to know that the other measurement will result in 1. No messages required, no hidden variables, simply the process of elimination.

    I would like to say that this is indeed a confusing subject, but that the math is clear, and that I am arguing what is my impression of the mainstream view in the field.