DeismAccountant
DeismAccountant OP t1_jadwsa6 wrote
Reply to comment by Coomb in [Light/Optics] What is the Irradiance range of human vision? by DeismAccountant
As I said, I generally accept the range of 380-780nm (although I hope to see experiments on expanded human vision in the future) as the limits of wavelength when building the axis opposite to irradiance, and 555nm is all the site gave me.
For now I’m hoping I can find a way to trace a feasible range on the chart in the last page.
Your comment is appreciated. I know someone else left a reply but I think they’re shadowbanned?
DeismAccountant OP t1_ixxs9eo wrote
Reply to comment by ozspook in What is the the irradiance (W/m^2) range of human vision? by DeismAccountant
I also got a potential max of 30 μm. I’d just prefer something agreed upon.
DeismAccountant OP t1_ixxk2zz wrote
Reply to comment by ozspook in What is the the irradiance (W/m^2) range of human vision? by DeismAccountant
What would you propose as an alternative maximum to infrared then? 300,000nm? 20,000nm?
DeismAccountant OP t1_ixvzbjf wrote
Reply to comment by Bbrhuft in What is the the irradiance (W/m^2) range of human vision? by DeismAccountant
Wait is this maximum or minimum?
Thank you so much but I’m sorry I’m so confused. Unless one is minimum and the other maximum.
DeismAccountant OP t1_ixvjoqy wrote
Reply to comment by ozspook in What is the the irradiance (W/m^2) range of human vision? by DeismAccountant
It’s the peak/maximum of infrared too though? It equals 1mm, and is where infrared and radio meet?
Edit: Microwaves before Radio.
DeismAccountant OP t1_ixtilm5 wrote
Reply to comment by purpleoctopuppy in What is the the irradiance (W/m^2) range of human vision? by DeismAccountant
So 10^-12 as the minimum? Thanks!
Now how to make that apply to 1,000,000nm and 10nm respectively 😅
DeismAccountant OP t1_jae4zo7 wrote
Reply to comment by Coomb in [Light/Optics] What is the Irradiance range of human vision? by DeismAccountant
In terms of irradiance, it’s the closest thing I have. At least it outlines where the visual spectrum is so I can zoom in on it Like this. Would you at least say it’s accurate?