New Fiber Optic Technology

[hdtvproducts1]

thorfiber has excellent fiber optic transport

[Callofduty71282]

Is it just me or does this look kinda wrong......

[noomtrang]

เขียนอะไรกันอ่านไม่ออก



[lexichronicle2]

The description explains that the helical shape is polarising the light travelling through it by selectively transmitting certain polarisations, like the polarisers in a monitor. This kind of thing is already done to some extent with normal fibres, which dump some of the noise / unwanted signal into the cladding by controlling how thick the core and cladding are in relation to each other. I think one possible use of this helix is a magnetic field sensor.

[david99275]

@lexichronicle2 it is not called cable it is called fiber there is a difference

[AlphaPegasii]

LOL only one of them will get to fertilize the ovum!

[LANN98]

ironic that this was from earbot.com

[PlKatxu]

The audio span out of this video. YAY for twisted Fiber Optic, now i cant listen Fred's voice.

[vrshowdown]

so this is what going to make all them to spin in 1 direction?

[FrankaDith]

Is this a salt shaker?

[ronaldgrider]

Is it to my knowledge that the positive and negative protons are being seperated, pure genius if it really works.

[id104335409]

light is polarized. Now the cable can be twisted, but what about the intensity of the light, now that is halved?

What is the application of this discovery. It is not even a discovery because it can be deducted. Duh!

[domyaska]

thanks a lot for sharing

[samsondd]

interesting video!

(audio?...i didn't hear anything!)

[grimrepr]

thats pretty cool.. I like fiber optics

[KOs231]

I think this video is trying to show us that with current fiber optic transmission,..some of light (photons) escapes the glass core. And they seem to have found away to contain all the light within the cable...This could increase the transmission distance and void the need to have to many intermediate devices that re-boost and re-transmit the signal..

[onegumas]

@KOs231 It shows selective transsmition, IMO. Look at spins

[johnnytheprick]

very interesting and i loved the music. was the artist lenny kravits?

[tacoman8200]

woop-dee-do

[catcootal]

this video which lacking sound !represents the propagation of photons of the laser in the fiber optics( single mode propagation ) it is not new

[ebrahimebram]

so whats good about this, whats the advantage, difference?, can some one explain to me please

[AZ377]

yeah ! WTF

I hear nothing

[0007justis]

there is no audio??????????

[tech4156]

i see the menamorphic laptitude erandum is flowing through bilateral data stream thus giving the light anagoraphic inhabitations. so theoretically x*=+±§ over diode (-9-) will inheritently visavie ergo. SIMPLE lol

[jackasstorcoleman]

ok... nerd

[Nivlac1982]

hey jack ass he was speaking gibberish

[ArjenDijksman]

Great innovation! In the original video, there is audio, google: chiralphotonics nsf_animation.

Maybe it could be useful to try to modelize the photons as little spinning needles as explained on my channel (first sequence on polarization).

[RuggedIrish]

Okay... I don't get it, but I'm so overwhelmingly fascinated. And yet there are only 16 (now 17) comments to this video. Forget that... How do I find out more information? I'm 25 btw... Late I know, but passionately interested with ample free time if necessary; and I percieve it will be. Guide me.

[KraftPaper]

google till your eys hurt buddy! guide yourself

[fergawdsache]

This is all well and good, but its useless without dilithium crystals to osscilate the dysorbic membrane, and as centurio 3000 is at war with us, the chances of getting any more Di is pretty slim, give me old fashioned fibre optics any day.

[777molotov777]

that is interesting the light from the diode is forced to go only forward and so that the information in the fiber would be fast and more precise !

[luke08uk]

u r all bofs

[KCR07UK]

But they do get you Fibre-Optic broadband, Luke.

[velvetree]

I'm sorry but, we really didn't know that? It's like a big long screwed up pool table, if you hit the angle just right with thr right spin on it and it will bounce down the rails to the hole at the end of the optic. Those photons that hit the bank or inner core dead on will enter the cladding (non reflective) I would be more interested if they made a Tesla coil shaped fiber optic and what automatic polorization of photons might occur.

[Bammok]

coiling the fibers would reduce the light by forcing it to bend. this has little effect on the polarity of the photons. they are twisting the glass im guessing inside the fiber strand

[shiroakaishi]

you could detect changes in the light's polarity to detect wether the filament was rotated along its long axis, like a sort of rotational accelerometer.

[MattBlytheTheOne]

maybe photons could be filtered to automatically "find" their own path reducing the need for hard wired circuitry...

[MattBlytheTheOne]

yeah!

[MattBlytheTheOne]

interesting breakthrough that photons have polarity. I wonder what the implecations are and also what this technology could be applied to? Perhaps we could have photons travelling in both directions down the core and up the outer sleeve? Or perhaps photons have the ability to "store and carry" information?

[Maux99]

haha, lots of ppl do... im 14 too

[clulesskid]

i am 14 and i get it im scared of myself

[lokourah]

so that how the lasers beams works.. interesting

[nourlines]

Hein ??? !!!!

xD

[raiek]

negga what? lol xD

[JDGnaedinger]

huh?