To introduce quantum networks into the marketplace, engineers must overcome the fragility of entangled states in a fiber cable and ensure the efficiency of signal delivery. Now, scientists at Qunnect Inc. in Brooklyn, New York, have taken a large step forward by operating just such a network under t...
But how is the latency for online gaming? It'd be awesome if it's near instantaneous, or limited only by the net code.
Everyone hating on that setup are a bunch of morons.
There's a good reason to put your patch panels on a separate rack then all of your switches like that, because eventually you'll have to roll them around. At which point, you're going to need some slack in the lines, like when you're hooking up a tow line to your hitch.
That's all I see here: preparedness. Separate racks for switches and patch panels, and a lot of slack for when you got to roll them around, or some shit I don't know.
I just know that I see foresight and planning when I look at that picture, not sure why everyone else doesn't.
That's a big misconception with what quantum internet is (and what quantum entanglement actually allows for) as explained by this physicist:
https://www.youtube.com/watch?v=u-j8nGvYMA8
Quantum Internet doesn't mean that you can transmit data faster than the speed of light.
Quantum Internet just means you get an ultra secure connection, but it's super susceptible to noise (in other words, you can't send a lot of data reliably and it would be terrible for that).
At best this would be useful for being absolutely sure that some encryption keys were sent successfully without being intercepted by anyone else.
This is one of the few instances where it's appropriate to post Sabbine, and she isn't spreading misinformation. I used to enjoy watching her videos. On topics of physics she's good. But holy hell some of the shit takes she's had deviating from the areas she's educated in.
With my limited knowledge in the subject, after reading their paper, what I understand is, although they say it like it was a great success, their experiment, in its current state, will fail at scale. But, it is a progress compared to previous methods. Also, photons do not play nice.