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  • actually, since each 1 bit = 1 hz

    300thz = 300.000.000.000.000 hz = 300.000.000.000.000 (bits) /8 (byte) / 1024 (kb) / 1024 (mb) / 1024 (gb) / 1024 (tb) = 34,1060513 tbps on each wire

    of course the safe speed would be lesser

  • YESSS!!!! 25MBs per second X 10 = 2.5GBs per second!!!!

  • @djsuperstar717 err... that's actually 250MBps, learn your math

  • @Rayz093 My math is fine,

    From all the excitement, I mistakenly thought 1GB = 100MBs

  • @djsuperstar717 haha, don't mind don't mind, i was excited my send when i glance over and saw 2.5GB/s

  • yeah it affects our economy as in they get more jobs and money while we get 4000p tv and lose jobs very very smart form of making money for them

  • @JogBird I read an article, 3 years ago, that said tv manufacturers were looking into quantom dot technology for making ultra high definition tvs. UHD tv's have 16 times the number of pixles of a 1080p display! Those boobs should look real good at 4320p right? A demonstration of UHD has been seen at CES recently.

  • great another thing that won't help the american economy

  • @GivingMindlessAdvice Their economy affects ours.

  • @GivingMindlessAdvice

    Right, because the largest sector in the USA (entertainment) won't be able to use this at all, say to stream full 1080p (or even 4k in the future) directly to every home in the country.....blind sighted moron.

  • Magic. Got it.

  • might make for a good CBRN sensor

  • nice

  • better narrator GREATLY appreciated :) @diginfonews

  • yea but how fast can it cook my mccain oven wedges

  • 8K video here we come!

  • @chikotube Pfft. Give me 24K and we're talking.

  • Quantum dot not feather... sheesh, like that needed to be said.

  • Right now Japan has the most powerful super computer.Just imagine this technology in combination with their K computer.

  • good news for biomedical nanotech

  • nice work...

  • I Seriously hope the actual device to process and encode the signal but I know it won't be... and even if it is, the device won't fit be able to fit into any consumer based products in the next 5 years...

  • At first I thought this meant more data on Fiber Optic Internet, but then he started talking about medical research in the video.. I hope its both?

    I started to say, the only crappy thing is, state side, its STILL not cheap enough for most ISP to invest in last mile FIOS. You'd think with all the cost advantages over copper, that they would think long term and invest. BUT NOOOO.. So frustrating.

  • @MRSketch09 for medical use aspect think "Star Trek medical tricorder" as an extreme application. They are talking about an optical transmission channel that ignores skin. Though, obviously the context is more medical research than clinical use to display formation of molecules and cells without being invasive or interfering directly with a living organism.

    This is definitely interesting stuff!

  • @utubesqueeze To keep things simple. I'll just thank you for trying to explain it to me. I don't honestly know enough about the medical field to connect any dots here.

    But whatever it can do, it can do at a higher quality. I do get that. o.-

  • How will computer processing and memory be increased? Can you have 10,000 cpu with memory talking to each other on an internal network on a chip.

  • "high resolution imaging and measurement of new molecules or cells"

    I felt my hair stand on ends when I heard that. This is really something.

  • holy fuck this is amazing

  • @stoopidvideo People with a vision.

  • Cool

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