Good Teacher! I watched so many other videos for physics but I don't get what they are saying. But he seems to know what he is talking about, and I get it!
@peterAKAsleepy Because it's stretched so thin, and from gases that are reacted inside of it in the process of making the fiber optic, it's actually super "bendy" :P
I think that there should be a video that explains how this technology works over long distances. That is to say, the concept of fiber optics is limited by a property of refraction, that is, that not all the light is reflected (only 90%). With that in mind, couldn't the light eventually be absorbed by the cable's interior? I would really like to see an explanation of how they overcome this problem.
Nevertheless, very informative video and I enjoyed it. :)
very informative video
mrapcomian 4 months ago
Good Teacher! I watched so many other videos for physics but I don't get what they are saying. But he seems to know what he is talking about, and I get it!
lisa850331 8 months ago
3:09
GelandnaleG 1 year ago
So you got glass size of a hair in optic cables? wont that easily break? Or did i just understand it wrong, coze it sound ridicolous to me :)
peterAKAsleepy 1 year ago
@peterAKAsleepy Because it's stretched so thin, and from gases that are reacted inside of it in the process of making the fiber optic, it's actually super "bendy" :P
Check out How Its Made: fiber optic cables
Bluesteel202 1 year ago
I think that there should be a video that explains how this technology works over long distances. That is to say, the concept of fiber optics is limited by a property of refraction, that is, that not all the light is reflected (only 90%). With that in mind, couldn't the light eventually be absorbed by the cable's interior? I would really like to see an explanation of how they overcome this problem.
Nevertheless, very informative video and I enjoyed it. :)
Dralzun 2 years ago