Null
Snug
Select instance - Invidious
invidio.us
He managed to make me turn it off after 2 seconds, I think that's a new record.Select instance - Invidious
invidio.us
You can respond in the comments.nobody being able to respond at all
He managed to make me turn it off after 2 seconds, I think that's a new record.
I hate it when people fake interest and use it as an introduction "Hey everybody, how's it going?", it's even worse at that speed and even worse when done in front of a camera with nobody being able to respond at all.
Instant dislike.
How do I roll my eyes at someones post?
Like this?
AFAIK you need special glass, if you want to allow a high throughput of uv light - that's talking about thin panes. Are there even optic fibres, that are relevant uv light transducers?I'll just note that as far as I've heard yet, there's no evidence supporting your assertion that plastic causes cancer. Meanwhile ultraviolet light, especially UVB and above it is ionising and therefore potentially cancerous. Filreoptics transmitting light subterraneously would include quite a lot of UV including UVB and above, so those people with light complexions would need to wear sun hats indoors, and some sort of cover in bed, and maybe gloves and socks too. You can make filters to eliminate UV and you could even make the fibre optics out of such glass, but the light emitted tends to eliminate some blue light as well, so your indoor light would tend to be more red or orange than outdoor light.
It's the thing that makes plastics soft, that cut the strands of plastic to make it foldeable, that let's go of the material (especially when warm) and then the rest-plastic becomes brittle. Those things go inside cells and cut things there, in high quantities the cell can not live.I'll just note that as far as I've heard yet, there's no evidence supporting your assertion that plastic causes cancer.
Finally a good reason to keep my socks on! I'll tell the wife.and socks too.
Yes, I heard at school that plain glass attenuated UV (one of the reasons you can't get a suntan indoors), but looking at more up-to-date sources I've been unable to confirm this, so I'm not sure if glass has changed, or my school teacher was simply attributing the lack of tanning indoors incorrectly. I think I did caveat my post somewhat because I wasn't sure how much UV came through fibre optics, but maybe I didn't caveat it enough.AFAIK you need special glass, if you want to allow a high throughput of uv light - that's talking about thin panes. Are there even optic fibres, that are relevant uv light transducers?